GOID	Gene	TERM	ONTOLOGY
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233,geneDR005232,geneDR005231,geneDR005228,geneDR005227,geneDR005224,geneDR005221,geneDR005217,geneDR005216,geneDR005215,geneDR005210,geneDR005209,geneDR005208,geneDR005207,geneDR005206,geneDR005204,geneDR005200,geneDR005198,geneDR005197,geneDR005193,geneDR005190,geneDR005188,geneDR005181,geneDR005179,geneDR005178,geneDR005177,geneDR005175,geneDR005164,geneDR005161,geneDR005160,geneDR005159,geneDR005157,geneDR005155,geneDR005154,geneDR005153,geneDR005151,geneDR005149,geneDR005145,geneDR005144,geneDR005143,geneDR005141,geneDR005138,geneDR005135,geneDR005134,geneDR005133,geneDR005132,geneDR005128,geneDR005124,geneDR005116,geneDR005111,geneDR005108,geneDR005107,geneDR005106,geneDR005104,geneDR005103,geneDR005098,geneDR005095,geneDR005091,geneDR005090,geneDR005089,geneDR005087,geneDR005085,geneDR005083,geneDR005079,geneDR005078,geneDR005075,geneDR005072,geneDR005071,geneDR005068,geneDR005065,geneDR005063,geneDR005061,geneDR005060,geneDR005051,geneDR005048,geneDR005047,geneDR005045,geneDR005044,geneDR005040,geneDR005038,geneDR005036,geneDR005033,geneDR005031,geneDR005021,geneDR005020,geneDR005019,geneDR005012,geneDR005010,geneDR005009,geneDR005007,geneDR005005,geneDR005004,geneDR005003,geneDR004997,geneDR004995,geneDR004994,geneDR004992,geneDR004990,geneDR004989,geneDR004985,geneDR004983,geneDR004981,geneDR004980,geneDR030254,geneDR030251,geneDR030248,geneDR030242,geneDR030241,geneDR030240,geneDR030238,geneDR030236,geneDR030228,geneDR030226,geneDR030219,geneDR030209,geneDR030207,geneDR030205,geneDR030204,geneDR030203,geneDR030198,geneDR030197,geneDR030195,geneDR030190,geneDR030188,geneDR030186,geneDR030184,geneDR030181,geneDR030180,geneDR030175,geneDR032206,geneDR032212,geneDR032214,geneDR032215,geneDR032221,geneDR032223,geneDR032224,geneDR032228,geneDR032231,geneDR032232,geneDR032234,geneDR032237,geneDR033972,geneDR033968,geneDR033967,geneDR033964	molecular_function	MF
GO:0003678	geneDR011316,geneDR035629,geneDR035016,geneDR001162,geneDR028343,geneDR003506,geneDR003505,geneDR003503,geneDR003212,geneDR002458,geneDR034286,geneDR030356,geneDR006444,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018305,geneDR031048,geneDR015046,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR029741,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR013922,geneDR016077,geneDR015356,geneDR021178,geneDR020980,geneDR020979,geneDR031386,geneDR026465,geneDR004073,geneDR004756,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR021589,geneDR031816,geneDR033479,geneDR010314,geneDR009934,geneDR032374,geneDR024173,geneDR024628,geneDR024551,geneDR010511,geneDR010693,geneDR010908,geneDR027110,geneDR027104,geneDR027103,geneDR025684,geneDR007199	DNA helicase activity	MF
GO:0003724	geneDR011316,geneDR011477,geneDR034094,geneDR035368,geneDR014295,geneDR035512,geneDR035541,geneDR035544,geneDR034720,geneDR000021,geneDR000182,geneDR000200,geneDR000589,geneDR001784,geneDR008111,geneDR003482,geneDR003271,geneDR003123,geneDR002836,geneDR002814,geneDR002724,geneDR001976,geneDR030347,geneDR020033,geneDR020109,geneDR020182,geneDR012169,geneDR012328,geneDR028100,geneDR006679,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018553,geneDR018468,geneDR018163,geneDR018152,geneDR017984,geneDR034164,geneDR017320,geneDR014973,geneDR014734,geneDR025427,geneDR025443,geneDR027914,geneDR030259,geneDR029741,geneDR034029,geneDR034024,geneDR020718,geneDR020461,geneDR008520,geneDR008350,geneDR008246,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR019638,geneDR019669,geneDR016038,geneDR016015,geneDR015818,geneDR015737,geneDR015571,geneDR033263,geneDR021087,geneDR020980,geneDR020979,geneDR025980,geneDR018784,geneDR003963,geneDR004073,geneDR004756,geneDR004934,geneDR033688,geneDR025007,geneDR022731,geneDR022774,geneDR022927,geneDR022939,geneDR019295,geneDR019236,geneDR021412,geneDR031816,geneDR033479,geneDR010314,geneDR023741,geneDR026765,geneDR025117,geneDR024596,geneDR024551,geneDR010537,geneDR010908,geneDR010931,geneDR011123,geneDR027496,geneDR013465,geneDR027251,geneDR031938,geneDR031969,geneDR029649,geneDR023547,geneDR023542,geneDR032650,geneDR012891,geneDR012938,geneDR009624,geneDR009316,geneDR009258,geneDR016367,geneDR029082,geneDR034036,geneDR007131,geneDR022518,geneDR022537,geneDR005440,geneDR005364,geneDR005141	RNA helicase activity	MF
GO:0003824	geneDR011316,geneDR011330,geneDR011332,geneDR011333,geneDR011340,geneDR011346,geneDR011347,geneDR011366,geneDR011378,geneDR011381,geneDR011396,geneDR011398,geneDR011400,geneDR011401,geneDR011405,geneDR011406,geneDR011423,geneDR011424,geneDR011432,geneDR011441,geneDR011447,geneDR011455,geneDR011477,geneDR011480,geneDR011490,geneDR011491,geneDR011493,geneDR011494,geneDR011496,geneDR011503,geneDR011504,geneDR011510,geneDR011512,geneDR011517,geneDR011521,geneDR011542,geneDR011543,geneDR011545,geneDR011600,geneDR011662,geneDR011671,geneDR011673,geneDR011681,geneDR011687,geneDR011689,geneDR011699,geneDR011702,geneDR011706,geneDR011709,geneDR011711,geneDR011720,geneDR011724,geneDR011726,geneDR011730,geneDR011736,geneDR011743,geneDR011757,geneDR011760,geneDR011761,geneDR011771,geneDR011794,geneDR011802,geneDR011804,geneDR011807,geneDR011813,geneDR011814,geneDR011824,geneDR011829,geneDR011838,geneDR011839,geneDR011847,geneDR011868,geneDR011869,geneDR011880,geneDR011881,geneDR011884,geneDR011890,geneDR011928,geneDR011930,geneDR011973,geneDR011974,geneDR011978,geneDR011979,geneDR011995,geneDR012001,geneDR012021,geneDR012039,geneDR012042,geneDR033863,geneDR033864,geneDR033865,geneDR033869,geneDR033875,geneDR033879,geneDR033889,geneDR033894,geneDR035262,geneDR035263,geneDR035279,geneDR035281,geneDR035289,geneDR035292,geneDR035309,geneDR035311,geneDR035313,geneDR035314,geneDR034086,geneDR034087,geneDR034088,geneDR034091,geneDR034093,geneDR034094,geneDR034095,geneDR034097,geneDR034105,geneDR034116,geneDR035315,geneDR035317,geneDR035319,geneDR035323,geneDR035324,geneDR035326,geneDR035334,geneDR035335,geneDR035339,geneDR035340,geneDR035341,geneDR035344,geneDR035345,geneDR035349,geneDR035350,geneDR035363,geneDR030904,geneDR030910,geneDR030918,geneDR035366,geneDR035367,geneDR035368,geneDR035369,geneDR035372,geneDR035374,geneDR035376,geneDR035377,geneDR035378,geneDR035392,geneDR035397,geneDR035399,geneDR035401,geneDR035402,geneDR034297,geneDR034304,geneDR035403,geneDR035404,geneDR035405,geneDR035420,geneDR035422,geneDR034316,geneDR034318,geneDR034321,geneDR034325,geneDR034326,geneDR035443,geneDR035444,geneDR035448,geneDR035449,geneDR035450,geneDR035453,geneDR035454,geneDR035455,geneDR035461,geneDR035470,geneDR035471,geneDR035475,geneDR034354,geneDR034360,geneDR034362,geneDR034363,geneDR034364,geneDR034365,geneDR034366,geneDR035477,geneDR034413,geneDR035480,geneDR035492,geneDR035500,geneDR035501,geneDR035504,geneDR035505,geneDR035507,geneDR035510,geneDR014233,geneDR014235,geneDR014237,geneDR014255,geneDR014262,geneDR014269,geneDR014274,geneDR014287,geneDR014295,geneDR014297,geneDR014299,geneDR014302,geneDR014304,geneDR014309,geneDR014311,geneDR014314,geneDR014327,geneDR014335,geneDR014346,geneDR014354,geneDR014355,geneDR014356,geneDR014362,geneDR014363,geneDR014365,geneDR014366,geneDR014367,geneDR014373,geneDR014374,geneDR014376,geneDR014385,geneDR014392,geneDR014393,geneDR014396,geneDR014399,geneDR014400,geneDR014403,geneDR014405,geneDR014407,geneDR014412,geneDR014418,geneDR014421,geneDR014431,geneDR014443,geneDR014446,geneDR014448,geneDR014449,geneDR014456,geneDR014460,geneDR014461,geneDR014462,geneDR014463,geneDR014471,geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR014488,geneDR014490,geneDR014491,geneDR034489,geneDR035512,geneDR035514,geneDR035517,geneDR034495,geneDR034496,geneDR035526,geneDR035529,geneDR034497,geneDR034499,geneDR034500,geneDR034501,geneDR034504,geneDR035532,geneDR035541,geneDR035543,geneDR035544,geneDR035545,geneDR035551,geneDR035555,geneDR034537,geneDR034538,geneDR034539,geneDR035557,geneDR035562,geneDR035564,geneDR035566,geneDR035567,geneDR034588,geneDR034596,geneDR034597,geneDR034598,geneDR035570,geneDR035571,geneDR035572,geneDR035574,geneDR035576,geneDR035580,geneDR035581,geneDR035582,geneDR034605,geneDR034609,geneDR034612,geneDR034613,geneDR034615,geneDR034616,geneDR034617,geneDR034621,geneDR035597,geneDR035601,geneDR035602,geneDR035605,geneDR035607,geneDR035610,geneDR035613,geneDR034701,geneDR034705,geneDR035625,geneDR035627,geneDR035628,geneDR035629,geneDR034712,geneDR034717,geneDR035637,geneDR035638,geneDR035640,geneDR034720,geneDR034723,geneDR034727,geneDR034730,geneDR034731,geneDR034735,geneDR034737,geneDR035643,geneDR034744,geneDR034746,geneDR034747,geneDR034750,geneDR035649,geneDR034759,geneDR034777,geneDR034778,geneDR034779,geneDR034783,geneDR034784,geneDR035658,geneDR035659,geneDR035661,geneDR034789,geneDR034793,geneDR035663,geneDR034796,geneDR035666,geneDR035668,geneDR035669,geneDR035670,geneDR035671,geneDR034800,geneDR035675,geneDR031555,geneDR034823,geneDR034824,geneDR034843,geneDR034847,geneDR034876,geneDR034877,geneDR034898,geneDR034899,geneDR034907,geneDR034915,geneDR034916,geneDR031869,geneDR031870,geneDR034960,geneDR034963,geneDR034964,geneDR034971,geneDR034973,geneDR034979,geneDR034980,geneDR034984,geneDR034992,geneDR034997,geneDR034999,geneDR035002,geneDR035003,geneDR035007,geneDR035008,geneDR035011,geneDR035013,geneDR035015,geneDR035016,geneDR035044,geneDR0350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activity	MF
GO:0004003	geneDR011316,geneDR035629,geneDR035016,geneDR001162,geneDR028343,geneDR003506,geneDR003505,geneDR003503,geneDR003212,geneDR002458,geneDR034286,geneDR030356,geneDR006444,geneDR018305,geneDR031048,geneDR015046,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR029741,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR013922,geneDR016077,geneDR015356,geneDR021178,geneDR031386,geneDR026465,geneDR004756,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR021589,geneDR031816,geneDR033479,geneDR009934,geneDR032374,geneDR024173,geneDR024628,geneDR010693,geneDR010908,geneDR027110,geneDR027104,geneDR027103	DNA helicase activity	MF
GO:0004004	geneDR011316,geneDR034094,geneDR035368,geneDR014295,geneDR035512,geneDR035541,geneDR035544,geneDR034720,geneDR000021,geneDR000182,geneDR000200,geneDR000589,geneDR001784,geneDR008111,geneDR003482,geneDR003271,geneDR002836,geneDR002814,geneDR002724,geneDR001976,geneDR030347,geneDR020033,geneDR020109,geneDR020182,geneDR012169,geneDR012328,geneDR028100,geneDR006679,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018553,geneDR018468,geneDR018163,geneDR018152,geneDR017984,geneDR034164,geneDR017320,geneDR014973,geneDR014734,geneDR025427,geneDR025443,geneDR027914,geneDR030259,geneDR029741,geneDR034029,geneDR034024,geneDR020718,geneDR020461,geneDR008520,geneDR008350,geneDR008246,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR019638,geneDR019669,geneDR016038,geneDR016015,geneDR015818,geneDR015571,geneDR033263,geneDR021087,geneDR020980,geneDR020979,geneDR025980,geneDR018784,geneDR003963,geneDR004073,geneDR004756,geneDR004934,geneDR033688,geneDR025007,geneDR022731,geneDR022774,geneDR022927,geneDR022939,geneDR019295,geneDR019236,geneDR021412,geneDR031816,geneDR033479,geneDR010314,geneDR023741,geneDR026765,geneDR025117,geneDR024596,geneDR024551,geneDR010537,geneDR010908,geneDR010931,geneDR011123,geneDR027496,geneDR013465,geneDR027251,geneDR031938,geneDR031969,geneDR029649,geneDR023547,geneDR023542,geneDR032650,geneDR012891,geneDR012938,geneDR009624,geneDR009316,geneDR009258,geneDR016367,geneDR029082,geneDR034036,geneDR007131,geneDR022518,geneDR022537,geneDR005440,geneDR005364,geneDR005141	RNA helicase activity	MF
GO:0004386	geneDR011316,geneDR011477,geneDR034094,geneDR035368,geneDR014295,geneDR035512,geneDR035541,geneDR035544,geneDR035629,geneDR034720,geneDR035016,geneDR000021,geneDR000182,geneDR000200,geneDR000589,geneDR001162,geneDR001784,geneDR028343,geneDR008111,geneDR003506,geneDR003505,geneDR003503,geneDR003482,geneDR003271,geneDR003212,geneDR003123,geneDR002836,geneDR002814,geneDR002724,geneDR002458,geneDR001976,geneDR034286,geneDR030347,geneDR030356,geneDR020033,geneDR020109,geneDR020182,geneDR012169,geneDR012328,geneDR028100,geneDR006679,geneDR006444,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018553,geneDR018468,geneDR018305,geneDR018163,geneDR018152,geneDR017984,geneDR031048,geneDR034164,geneDR017320,geneDR015046,geneDR014973,geneDR014734,geneDR025427,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR027914,geneDR030259,geneDR029741,geneDR034029,geneDR034024,geneDR020718,geneDR020461,geneDR008520,geneDR008350,geneDR008246,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR013922,geneDR019638,geneDR019669,geneDR016077,geneDR016038,geneDR016015,geneDR015818,geneDR015737,geneDR015571,geneDR015356,geneDR033263,geneDR021178,geneDR021087,geneDR020987,geneDR020980,geneDR020979,geneDR025980,geneDR031386,geneDR018784,geneDR026465,geneDR003963,geneDR004073,geneDR004756,geneDR004934,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR033688,geneDR025007,geneDR022731,geneDR022774,geneDR022927,geneDR022939,geneDR019295,geneDR019236,geneDR021589,geneDR021412,geneDR031816,geneDR033479,geneDR010314,geneDR009934,geneDR032374,geneDR024173,geneDR023741,geneDR026765,geneDR025117,geneDR024628,geneDR024596,geneDR024551,geneDR010511,geneDR010537,geneDR010693,geneDR010908,geneDR010931,geneDR011123,geneDR027496,geneDR013465,geneDR027251,geneDR027110,geneDR027104,geneDR027103,geneDR031938,geneDR031969,geneDR029649,geneDR023547,geneDR023542,geneDR032650,geneDR025684,geneDR012891,geneDR012938,geneDR009624,geneDR009316,geneDR009258,geneDR016367,geneDR029082,geneDR007199,geneDR034036,geneDR007131,geneDR022518,geneDR022537,geneDR005440,geneDR005364,geneDR005141	helicase activity	MF
GO:0008026	geneDR011316,geneDR034094,geneDR035368,geneDR014295,geneDR035512,geneDR035541,geneDR035544,geneDR035629,geneDR034720,geneDR035016,geneDR000021,geneDR000182,geneDR000200,geneDR000589,geneDR001162,geneDR001784,geneDR028343,geneDR008111,geneDR003506,geneDR003505,geneDR003503,geneDR003482,geneDR003271,geneDR003212,geneDR002836,geneDR002814,geneDR002724,geneDR002458,geneDR001976,geneDR034286,geneDR030347,geneDR030356,geneDR020033,geneDR020109,geneDR020182,geneDR012169,geneDR012328,geneDR028100,geneDR006679,geneDR006444,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018553,geneDR018468,geneDR018305,geneDR018163,geneDR018152,geneDR017984,geneDR031048,geneDR034164,geneDR017320,geneDR015046,geneDR014973,geneDR014734,geneDR025427,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR027914,geneDR030259,geneDR029741,geneDR034029,geneDR034024,geneDR020718,geneDR020461,geneDR008520,geneDR008350,geneDR008246,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR013922,geneDR019638,geneDR019669,geneDR016077,geneDR016038,geneDR016015,geneDR015818,geneDR015571,geneDR015356,geneDR033263,geneDR021178,geneDR021087,geneDR020980,geneDR020979,geneDR025980,geneDR031386,geneDR018784,geneDR026465,geneDR003963,geneDR004073,geneDR004756,geneDR004934,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR033688,geneDR025007,geneDR022731,geneDR022774,geneDR022927,geneDR022939,geneDR019295,geneDR019236,geneDR021589,geneDR021412,geneDR031816,geneDR033479,geneDR010314,geneDR009934,geneDR032374,geneDR024173,geneDR023741,geneDR026765,geneDR025117,geneDR024628,geneDR024596,geneDR024551,geneDR010537,geneDR010693,geneDR010908,geneDR010931,geneDR011123,geneDR027496,geneDR013465,geneDR027251,geneDR027110,geneDR027104,geneDR027103,geneDR031938,geneDR031969,geneDR029649,geneDR023547,geneDR023542,geneDR032650,geneDR012891,geneDR012938,geneDR009624,geneDR009316,geneDR009258,geneDR016367,geneDR029082,geneDR034036,geneDR007131,geneDR022518,geneDR022537,geneDR005440,geneDR005364,geneDR005141	helicase activity	MF
GO:0008094	geneDR011316,geneDR011807,geneDR035335,geneDR030904,geneDR035504,geneDR035505,geneDR035526,geneDR035629,geneDR035666,geneDR035016,geneDR035097,geneDR032064,geneDR000182,geneDR000559,geneDR000892,geneDR001162,geneDR001525,geneDR028343,geneDR016832,geneDR003506,geneDR003505,geneDR003503,geneDR003212,geneDR002458,geneDR001859,geneDR034286,geneDR030356,geneDR012528,geneDR012579,geneDR033345,geneDR006743,geneDR006444,geneDR006366,geneDR018305,geneDR018008,geneDR031048,geneDR017445,geneDR017196,geneDR015046,geneDR014895,geneDR014792,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR029741,geneDR008899,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR013922,geneDR016077,geneDR015970,geneDR015866,geneDR015356,geneDR021178,geneDR020989,geneDR031386,geneDR023957,geneDR026465,geneDR004756,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR024678,geneDR022895,geneDR022927,geneDR021665,geneDR019038,geneDR021589,geneDR031816,geneDR033479,geneDR009934,geneDR032374,geneDR031242,geneDR024173,geneDR025092,geneDR024628,geneDR010567,geneDR010693,geneDR010908,geneDR027720,geneDR013472,geneDR013528,geneDR027110,geneDR027104,geneDR027103,geneDR023234,geneDR009919,geneDR009258,geneDR005266,geneDR005124	ATP-dependent activity, acting on DNA	MF
GO:0008186	geneDR011316,geneDR034094,geneDR035368,geneDR014295,geneDR035512,geneDR035541,geneDR035544,geneDR034720,geneDR000021,geneDR000182,geneDR000200,geneDR000589,geneDR001784,geneDR008111,geneDR003482,geneDR003271,geneDR002836,geneDR002814,geneDR002724,geneDR001976,geneDR030347,geneDR020033,geneDR020109,geneDR020182,geneDR012169,geneDR012328,geneDR028100,geneDR006679,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018553,geneDR018468,geneDR018163,geneDR018152,geneDR017984,geneDR034164,geneDR017320,geneDR014973,geneDR014734,geneDR025427,geneDR025443,geneDR027914,geneDR030259,geneDR029741,geneDR034029,geneDR034024,geneDR020718,geneDR020461,geneDR008520,geneDR008350,geneDR008246,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR019638,geneDR019669,geneDR016038,geneDR016015,geneDR015818,geneDR015571,geneDR033263,geneDR021087,geneDR020980,geneDR020979,geneDR025980,geneDR018784,geneDR003963,geneDR004073,geneDR004756,geneDR004934,geneDR033688,geneDR025007,geneDR022731,geneDR022774,geneDR022927,geneDR022939,geneDR019295,geneDR019236,geneDR021412,geneDR031816,geneDR033479,geneDR010314,geneDR023741,geneDR026765,geneDR025117,geneDR024596,geneDR024551,geneDR010537,geneDR010908,geneDR010931,geneDR011123,geneDR027496,geneDR013465,geneDR027251,geneDR031938,geneDR031969,geneDR029649,geneDR023547,geneDR023542,geneDR032650,geneDR012891,geneDR012938,geneDR009624,geneDR009316,geneDR009258,geneDR016367,geneDR029082,geneDR034036,geneDR007131,geneDR022518,geneDR022537,geneDR005440,geneDR005364,geneDR005141	ATP-dependent activity, acting on RNA	MF
GO:0016462	geneDR011316,geneDR011378,geneDR011401,geneDR011477,geneDR011493,geneDR011730,geneDR011736,geneDR011807,geneDR033863,geneDR033864,geneDR033869,geneDR035289,geneDR035292,geneDR034088,geneDR034094,geneDR035334,geneDR035335,geneDR035340,geneDR030904,geneDR035366,geneDR035367,geneDR035368,geneDR034364,geneDR035504,geneDR035505,geneDR035507,geneDR014262,geneDR014295,geneDR014346,geneDR014443,geneDR035512,geneDR035526,geneDR035529,geneDR034499,geneDR034504,geneDR035541,geneDR035544,geneDR035557,geneDR035580,geneDR035602,geneDR035629,geneDR034720,geneDR034723,geneDR034744,geneDR035649,geneDR034796,geneDR035666,geneDR034843,geneDR034997,geneDR034999,geneDR035003,geneDR035007,geneDR035016,geneDR035097,geneDR032873,geneDR032959,geneDR033066,geneDR035244,geneDR035254,geneDR032167,geneDR032129,geneDR032064,geneDR000021,geneDR000075,geneDR000133,geneDR000147,geneDR000162,geneDR000166,geneDR000182,geneDR000190,geneDR000191,geneDR000200,geneDR000205,geneDR000207,geneDR000211,geneDR000241,geneDR000289,geneDR000299,geneDR000369,geneDR000404,geneDR000559,geneDR000577,geneDR000589,geneDR000618,geneDR000651,geneDR000892,geneDR000950,geneDR001089,geneDR001097,geneDR001148,geneDR001162,geneDR001184,geneDR001186,geneDR001444,geneDR001445,geneDR001525,geneDR001603,geneDR001784,geneDR001790,geneDR033826,geneDR033835,geneDR028398,geneDR028352,geneDR028350,geneDR028343,geneDR028319,geneDR008128,geneDR008111,geneDR008081,geneDR008048,geneDR008035,geneDR007881,geneDR007820,geneDR007768,geneDR007748,geneDR007688,geneDR016930,geneDR016883,geneDR016876,geneDR016863,geneDR016832,geneDR016786,geneDR016768,geneDR016723,geneDR003506,geneDR003505,geneDR003503,geneDR003485,geneDR003482,geneDR003479,geneDR003429,geneDR003420,geneDR003271,geneDR003212,geneDR003154,geneDR003123,geneDR002838,geneDR002836,geneDR002814,geneDR002724,geneDR002698,geneDR002689,geneDR002613,geneDR002596,geneDR002578,geneDR002574,geneDR002562,geneDR002538,geneDR002529,geneDR002507,geneDR002485,geneDR002458,geneDR002427,geneDR002412,geneDR002370,geneDR002340,geneDR002327,geneDR002202,geneDR002046,geneDR002032,geneDR001976,geneDR001893,geneDR001859,geneDR034286,geneDR030347,geneDR030353,geneDR030356,geneDR030372,geneDR030444,geneDR030523,geneDR030527,geneDR030531,geneDR030545,geneDR030560,geneDR030567,geneDR031650,geneDR031728,geneDR031742,geneDR028729,geneDR028597,geneDR028542,geneDR028531,geneDR028530,geneDR019898,geneDR020033,geneDR020045,geneDR020075,geneDR020109,geneDR020111,geneDR020182,geneDR020221,geneDR020265,geneDR020267,geneDR020297,geneDR012093,geneDR012104,geneDR012144,geneDR012169,geneDR012210,geneDR012312,geneDR012328,geneDR012353,geneDR012369,geneDR012375,geneDR012458,geneDR012528,geneDR012579,geneDR028193,geneDR028153,geneDR028100,geneDR028073,geneDR033345,geneDR030686,geneDR006743,geneDR006679,geneDR006478,geneDR006461,geneDR006444,geneDR006430,geneDR006366,geneDR006355,geneDR006181,geneDR006178,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR033792,geneDR018553,geneDR018468,geneDR018444,geneDR018305,geneDR018292,geneDR018278,geneDR018207,geneDR018195,geneDR018163,geneDR018159,geneDR018152,geneDR018128,geneDR018008,geneDR017984,geneDR030964,geneDR031048,geneDR031061,geneDR031066,geneDR031122,geneDR034143,geneDR034157,geneDR034164,geneDR017652,geneDR017625,geneDR017623,geneDR017583,geneDR017582,geneDR017445,geneDR017412,geneDR017320,geneDR017196,geneDR017162,geneDR017093,geneDR017047,geneDR015315,geneDR015313,geneDR015307,geneDR015245,geneDR015224,geneDR015195,geneDR015091,geneDR015073,geneDR015046,geneDR015009,geneDR014973,geneDR014938,geneDR014895,geneDR014852,geneDR014813,geneDR014792,geneDR014778,geneDR014735,geneDR014734,geneDR014704,geneDR025287,geneDR025349,geneDR025417,geneDR025427,geneDR025443,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR027991,geneDR027979,geneDR027948,geneDR027914,geneDR030259,geneDR030284,geneDR029741,geneDR029727,geneDR034029,geneDR034024,geneDR020718,geneDR020651,geneDR020557,geneDR020502,geneDR020501,geneDR020483,geneDR020472,geneDR020470,geneDR020469,geneDR020461,geneDR020452,geneDR020418,geneDR008991,geneDR008966,geneDR008944,geneDR008933,geneDR008931,geneDR008899,geneDR008872,geneDR008831,geneDR008818,geneDR008814,geneDR008665,geneDR008653,geneDR008595,geneDR008541,geneDR008520,geneDR008506,geneDR008504,geneDR008503,geneDR008456,geneDR008350,geneDR008272,geneDR008253,geneDR008246,geneDR008229,geneDR030039,geneDR029956,geneDR029940,geneDR029930,geneDR029920,geneDR029872,geneDR034771,geneDR033989,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR028871,geneDR020773,geneDR020830,geneDR033468,geneDR033464,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR027893,geneDR014117,geneDR013956,geneDR013955,geneDR013951,geneDR013949,geneDR013947,geneDR013945,geneDR013942,geneDR013941,geneDR013940,geneDR013939,geneDR013930,geneDR013925,geneDR013922,geneDR013861,geneDR013853,geneDR013818,geneDR019556,geneDR019618,geneDR019635,geneDR019637,geneDR019638,geneDR019655,geneDR019666,geneDR019669,geneDR019811,geneDR016084,geneDR016077,geneDR016038,geneDR016015,geneDR015990,geneDR015988,geneDR015970,geneDR015929,geneDR015866,geneDR015818,geneDR015779,geneDR015737,geneDR015696,geneDR015592,geneDR015571,geneDR015418,geneDR015370,geneDR015356,geneDR033263,geneDR033207,geneDR033193,geneDR034882,geneDR021237,geneDR021231,geneDR021200,geneDR021199,geneDR021183,geneDR021182,geneDR021178,geneDR021128,geneDR021087,geneDR020989,geneDR020987,geneDR020980,geneDR020979,geneDR020967,geneDR020894,geneDR025980,geneDR026037,geneDR031428,geneDR031405,geneDR031386,geneDR031370,geneDR033376,geneDR023959,geneDR023957,geneDR030727,geneDR018599,geneDR018621,geneDR018622,geneDR018623,geneDR018645,geneDR018711,geneDR018759,geneDR018784,geneDR018818,geneDR026297,geneDR026376,geneDR026465,geneDR003555,geneDR003560,geneDR003597,geneDR003750,geneDR003963,geneDR004011,geneDR004073,geneDR004116,geneDR004346,geneDR004427,geneDR004444,geneDR004515,geneDR004516,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004570,geneDR004591,geneDR004592,geneDR004603,geneDR004639,geneDR004654,geneDR004712,geneDR004756,geneDR004805,geneDR004824,geneDR004859,geneDR004906,geneDR004913,geneDR004934,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR017757,geneDR017758,geneDR017805,geneDR017864,geneDR017872,geneDR017943,geneDR034852,geneDR033740,geneDR033694,geneDR033693,geneDR033688,geneDR025007,geneDR024996,geneDR024822,geneDR024819,geneDR024806,geneDR024755,geneDR024678,geneDR022731,geneDR022774,geneDR022869,geneDR022885,geneDR022894,geneDR022895,geneDR022914,geneDR022918,geneDR022927,geneDR022939,geneDR022944,geneDR022957,geneDR023040,geneDR023153,geneDR033554,geneDR021665,geneDR021671,geneDR021688,geneDR021733,geneDR021935,geneDR021989,geneDR021994,geneDR021995,geneDR021998,geneDR022002,geneDR022112,geneDR019448,geneDR019324,geneDR019316,geneDR019307,geneDR019295,geneDR019236,geneDR019195,geneDR019144,geneDR019141,geneDR019038,geneDR018966,geneDR018958,geneDR021589,geneDR021528,geneDR021521,geneDR021416,geneDR021412,geneDR021387,geneDR031851,geneDR031816,geneDR031815,geneDR034192,geneDR033479,geneDR010334,geneDR010331,geneDR010314,geneDR010233,geneDR010141,geneDR010083,geneDR010070,geneDR010041,geneDR010036,geneDR009993,geneDR009952,geneDR009934,geneDR032317,geneDR032357,geneDR032374,geneDR031348,geneDR031242,geneDR031234,geneDR031203,geneDR024173,geneDR024162,geneDR024159,geneDR024064,geneDR023678,geneDR023741,geneDR023772,geneDR023773,geneDR023774,geneDR023779,geneDR023823,geneDR023839,geneDR023861,geneDR023894,geneDR034231,geneDR035072,geneDR014687,geneDR014634,geneDR014605,geneDR014512,geneDR026625,geneDR026711,geneDR026717,geneDR026765,geneDR026793,geneDR025092,geneDR025117,geneDR025155,geneDR032547,geneDR024628,geneDR024596,geneDR024592,geneDR024551,geneDR010461,geneDR010510,geneDR010511,geneDR010537,geneDR010567,geneDR010577,geneDR010615,geneDR010627,geneDR010693,geneDR010778,geneDR010871,geneDR010908,geneDR010913,geneDR010931,geneDR011032,geneDR011122,geneDR011123,geneDR011156,geneDR011215,geneDR027461,geneDR027496,geneDR027522,geneDR027538,geneDR027596,geneDR027597,geneDR027612,geneDR027720,geneDR027750,geneDR027760,geneDR027811,geneDR033599,geneDR013077,geneDR013088,geneDR013136,geneDR013142,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR013348,geneDR013465,geneDR013472,geneDR013528,geneDR013763,geneDR027260,geneDR027251,geneDR027238,geneDR027208,geneDR027151,geneDR027110,geneDR027104,geneDR027103,geneDR027093,geneDR027088,geneDR027034,geneDR027026,geneDR032594,geneDR031938,geneDR031969,geneDR028968,geneDR032512,geneDR032506,geneDR032486,geneDR033960,geneDR033957,geneDR034574,geneDR029448,geneDR029479,geneDR029624,geneDR029649,geneDR023547,geneDR023542,geneDR023454,geneDR023405,geneDR023348,geneDR023338,geneDR023337,geneDR023246,geneDR023234,geneDR032650,geneDR025864,geneDR025752,geneDR025751,geneDR025707,geneDR025702,geneDR025697,geneDR025684,geneDR012733,geneDR012774,geneDR012797,geneDR012822,geneDR012868,geneDR012876,geneDR012884,geneDR012890,geneDR012891,geneDR012938,geneDR012958,geneDR027001,geneDR026990,geneDR026949,geneDR026944,geneDR026934,geneDR009921,geneDR009919,geneDR009826,geneDR009803,geneDR009798,geneDR009771,geneDR009744,geneDR009743,geneDR009714,geneDR009710,geneDR009694,geneDR009678,geneDR009624,geneDR009591,geneDR009467,geneDR009461,geneDR009365,geneDR009337,geneDR009332,geneDR009316,geneDR009315,geneDR009296,geneDR009295,geneDR009260,geneDR009258,geneDR009229,geneDR016684,geneDR016660,geneDR016463,geneDR016450,geneDR016446,geneDR016399,geneDR016398,geneDR016367,geneDR016365,geneDR016361,geneDR016253,geneDR016182,geneDR016138,geneDR016132,geneDR016118,geneDR029034,geneDR029062,geneDR029082,geneDR029085,geneDR032246,geneDR032279,geneDR032280,geneDR032294,geneDR007582,geneDR007489,geneDR007449,geneDR007441,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007199,geneDR007181,geneDR007175,geneDR034036,geneDR034058,geneDR034059,geneDR007131,geneDR007117,geneDR007116,geneDR007054,geneDR007019,geneDR006952,geneDR006950,geneDR022222,geneDR022246,geneDR022258,geneDR022313,geneDR022332,geneDR022333,geneDR022372,geneDR022490,geneDR022518,geneDR022537,geneDR022551,geneDR005999,geneDR005986,geneDR005934,geneDR005714,geneDR005687,geneDR005623,geneDR005595,geneDR005544,geneDR005531,geneDR005485,geneDR005472,geneDR005445,geneDR005440,geneDR005419,geneDR005364,geneDR005266,geneDR005175,geneDR005141,geneDR005124,geneDR004994,geneDR004981,geneDR004980	pyrophosphatase activity	MF
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005144,geneDR005141,geneDR005135,geneDR005134,geneDR005133,geneDR005124,geneDR005075,geneDR005068,geneDR005051,geneDR005038,geneDR005021,geneDR004994,geneDR004981,geneDR004980,geneDR030251,geneDR030205	hydrolase activity	MF
GO:0016817	geneDR011316,geneDR011378,geneDR011401,geneDR011477,geneDR011493,geneDR011730,geneDR011736,geneDR011807,geneDR033863,geneDR033864,geneDR033869,geneDR035289,geneDR035292,geneDR034088,geneDR034094,geneDR035334,geneDR035335,geneDR035340,geneDR030904,geneDR035366,geneDR035367,geneDR035368,geneDR034364,geneDR035504,geneDR035505,geneDR035507,geneDR014262,geneDR014295,geneDR014346,geneDR014443,geneDR035512,geneDR035526,geneDR035529,geneDR034499,geneDR034504,geneDR035541,geneDR035544,geneDR035557,geneDR035580,geneDR035602,geneDR035629,geneDR034720,geneDR034723,geneDR034744,geneDR035649,geneDR034796,geneDR035666,geneDR034843,geneDR034997,geneDR034999,geneDR035003,geneDR035007,geneDR035016,geneDR035097,geneDR032873,geneDR032959,geneDR033066,geneDR035244,geneDR035254,geneDR032167,geneDR032129,geneDR032064,geneDR000021,geneDR000075,geneDR000133,geneDR000147,geneDR000162,geneDR000166,geneDR000182,geneDR000190,geneDR000191,geneDR000200,geneDR000205,geneDR000207,geneDR000211,geneDR000241,geneDR000289,geneDR000299,geneDR000369,geneDR000404,geneDR000559,geneDR000577,geneDR000589,geneDR000618,geneDR000651,geneDR000892,geneDR000950,geneDR001089,geneDR001097,geneDR001148,geneDR001162,geneDR001184,geneDR001186,geneDR001444,geneDR001445,geneDR001525,geneDR001603,geneDR001784,geneDR001790,geneDR033826,geneDR033835,geneDR028398,geneDR028352,geneDR028350,geneDR028343,geneDR028319,geneDR008128,geneDR008111,geneDR008081,geneDR008048,geneDR008035,geneDR007881,geneDR007820,geneDR007768,geneDR007748,geneDR007688,geneDR016930,geneDR016883,geneDR016876,geneDR016863,geneDR016832,geneDR016786,geneDR016768,geneDR016723,geneDR003506,geneDR003505,geneDR003503,geneDR003485,geneDR003482,geneDR003479,geneDR003429,geneDR003420,geneDR003271,geneDR003212,geneDR003154,geneDR003123,geneDR002838,geneDR002836,geneDR002814,geneDR002724,geneDR002698,geneDR002689,geneDR002613,geneDR002596,geneDR002578,geneDR002574,geneDR002562,geneDR002538,geneDR002529,geneDR002507,geneDR002485,geneDR002458,geneDR002427,geneDR002412,geneDR002370,geneDR002340,geneDR002327,geneDR002202,geneDR002046,geneDR002032,geneDR001976,geneDR001893,geneDR001859,geneDR034286,geneDR030347,geneDR030353,geneDR030356,geneDR030372,geneDR030444,geneDR030523,geneDR030527,geneDR030531,geneDR030545,geneDR030560,geneDR030567,geneDR031650,geneDR031728,geneDR031742,geneDR028729,geneDR028597,geneDR028542,geneDR028531,geneDR028530,geneDR019898,geneDR020033,geneDR020045,geneDR020075,geneDR020109,geneDR020111,geneDR020182,geneDR020221,geneDR020265,geneDR020267,geneDR020297,geneDR012093,geneDR012104,geneDR012144,geneDR012169,geneDR012210,geneDR012312,geneDR012328,geneDR012353,geneDR012369,geneDR012375,geneDR012458,geneDR012528,geneDR012579,geneDR028193,geneDR028153,geneDR028100,geneDR028073,geneDR033345,geneDR030686,geneDR006743,geneDR006679,geneDR006478,geneDR006461,geneDR006444,geneDR006430,geneDR006366,geneDR006355,geneDR006181,geneDR006178,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR033792,geneDR018553,geneDR018468,geneDR018444,geneDR018305,geneDR018292,geneDR018278,geneDR018207,geneDR018195,geneDR018163,geneDR018159,geneDR018152,geneDR018128,geneDR018008,geneDR017984,geneDR030964,geneDR031048,geneDR031061,geneDR031066,geneDR031122,geneDR034143,geneDR034157,geneDR034164,geneDR017652,geneDR017625,geneDR017623,geneDR017583,geneDR017582,geneDR017445,geneDR017412,geneDR017320,geneDR017196,geneDR017162,geneDR017093,geneDR017047,geneDR015315,geneDR015313,geneDR015307,geneDR015245,geneDR015224,geneDR015195,geneDR015091,geneDR015073,geneDR015046,geneDR015009,geneDR014973,geneDR014938,geneDR014895,geneDR014852,geneDR014813,geneDR014792,geneDR014778,geneDR014735,geneDR014734,geneDR014713,geneDR014704,geneDR025287,geneDR025349,geneDR025417,geneDR025427,geneDR025443,geneDR025511,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR027991,geneDR027979,geneDR027948,geneDR027914,geneDR030259,geneDR030284,geneDR029741,geneDR029727,geneDR034029,geneDR034024,geneDR020718,geneDR020651,geneDR020557,geneDR020502,geneDR020501,geneDR020483,geneDR020472,geneDR020470,geneDR020469,geneDR020461,geneDR020452,geneDR020418,geneDR008991,geneDR008966,geneDR008944,geneDR008933,geneDR008931,geneDR008899,geneDR008872,geneDR008831,geneDR008818,geneDR008814,geneDR008665,geneDR008653,geneDR008595,geneDR008541,geneDR008520,geneDR008506,geneDR008504,geneDR008503,geneDR008456,geneDR008350,geneDR008272,geneDR008253,geneDR008246,geneDR008229,geneDR030039,geneDR029956,geneDR029940,geneDR029930,geneDR029920,geneDR029872,geneDR034771,geneDR033989,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR028871,geneDR020773,geneDR020830,geneDR033468,geneDR033464,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR027893,geneDR014117,geneDR013956,geneDR013955,geneDR013951,geneDR013949,geneDR013947,geneDR013945,geneDR013942,geneDR013941,geneDR013940,geneDR013939,geneDR013930,geneDR013925,geneDR013922,geneDR013861,geneDR013853,geneDR013818,geneDR019556,geneDR019618,geneDR019635,geneDR019637,geneDR019638,geneDR019655,geneDR019666,geneDR019669,geneDR019811,geneDR016084,geneDR016077,geneDR016038,geneDR016015,geneDR015990,geneDR015988,geneDR015970,geneDR015929,geneDR015866,geneDR015818,geneDR015779,geneDR015737,geneDR015696,geneDR015592,geneDR015571,geneDR015418,geneDR015370,geneDR015356,geneDR033263,geneDR033207,geneDR033193,geneDR034882,geneDR021237,geneDR021231,geneDR021200,geneDR021199,geneDR021183,geneDR021182,geneDR021178,geneDR021128,geneDR021087,geneDR020989,geneDR020987,geneDR020980,geneDR020979,geneDR020967,geneDR020894,geneDR025980,geneDR026037,geneDR031428,geneDR031405,geneDR031386,geneDR031370,geneDR033376,geneDR023959,geneDR023957,geneDR030727,geneDR018599,geneDR018621,geneDR018622,geneDR018623,geneDR018645,geneDR018711,geneDR018759,geneDR018784,geneDR018818,geneDR026297,geneDR026376,geneDR026465,geneDR003555,geneDR003560,geneDR003597,geneDR003750,geneDR003963,geneDR004011,geneDR004073,geneDR004116,geneDR004346,geneDR004427,geneDR004444,geneDR004515,geneDR004516,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004570,geneDR004591,geneDR004592,geneDR004603,geneDR004639,geneDR004654,geneDR004712,geneDR004756,geneDR004805,geneDR004824,geneDR004859,geneDR004906,geneDR004913,geneDR004934,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR017757,geneDR017758,geneDR017805,geneDR017864,geneDR017872,geneDR017943,geneDR034852,geneDR033740,geneDR033694,geneDR033693,geneDR033688,geneDR025007,geneDR024996,geneDR024822,geneDR024819,geneDR024806,geneDR024755,geneDR024678,geneDR022731,geneDR022774,geneDR022869,geneDR022885,geneDR022894,geneDR022895,geneDR022914,geneDR022918,geneDR022927,geneDR022939,geneDR022944,geneDR022957,geneDR023040,geneDR023153,geneDR033554,geneDR021665,geneDR021671,geneDR021688,geneDR021733,geneDR021935,geneDR021989,geneDR021994,geneDR021995,geneDR021998,geneDR022002,geneDR022112,geneDR019448,geneDR019324,geneDR019316,geneDR019307,geneDR019295,geneDR019236,geneDR019195,geneDR019144,geneDR019141,geneDR019038,geneDR018966,geneDR018958,geneDR021589,geneDR021528,geneDR021521,geneDR021416,geneDR021412,geneDR021387,geneDR031851,geneDR031816,geneDR031815,geneDR034192,geneDR033479,geneDR010334,geneDR010331,geneDR010314,geneDR010233,geneDR010141,geneDR010083,geneDR010070,geneDR010041,geneDR010036,geneDR009993,geneDR009952,geneDR009934,geneDR032317,geneDR032357,geneDR032374,geneDR031348,geneDR031242,geneDR031234,geneDR031203,geneDR024173,geneDR024162,geneDR024159,geneDR024064,geneDR023678,geneDR023741,geneDR023772,geneDR023773,geneDR023774,geneDR023779,geneDR023823,geneDR023839,geneDR023861,geneDR023894,geneDR034231,geneDR035072,geneDR014687,geneDR014634,geneDR014605,geneDR014512,geneDR026625,geneDR026711,geneDR026717,geneDR026765,geneDR026793,geneDR025092,geneDR025117,geneDR025155,geneDR032547,geneDR024628,geneDR024596,geneDR024592,geneDR024551,geneDR010461,geneDR010510,geneDR010511,geneDR010537,geneDR010567,geneDR010577,geneDR010615,geneDR010627,geneDR010693,geneDR010778,geneDR010871,geneDR010908,geneDR010913,geneDR010931,geneDR011032,geneDR011122,geneDR011123,geneDR011141,geneDR011156,geneDR011215,geneDR027461,geneDR027496,geneDR027522,geneDR027538,geneDR027596,geneDR027597,geneDR027612,geneDR027720,geneDR027750,geneDR027760,geneDR027811,geneDR033599,geneDR013077,geneDR013088,geneDR013136,geneDR013142,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR013348,geneDR013465,geneDR013472,geneDR013528,geneDR013763,geneDR027260,geneDR027251,geneDR027238,geneDR027208,geneDR027151,geneDR027110,geneDR027104,geneDR027103,geneDR027093,geneDR027088,geneDR027034,geneDR027026,geneDR032594,geneDR031938,geneDR031969,geneDR028968,geneDR032512,geneDR032506,geneDR032486,geneDR033960,geneDR033957,geneDR034574,geneDR029448,geneDR029479,geneDR029624,geneDR029649,geneDR023547,geneDR023542,geneDR023454,geneDR023405,geneDR023348,geneDR023338,geneDR023337,geneDR023246,geneDR023234,geneDR032650,geneDR025864,geneDR025752,geneDR025751,geneDR025707,geneDR025702,geneDR025697,geneDR025684,geneDR012733,geneDR012774,geneDR012797,geneDR012822,geneDR012868,geneDR012876,geneDR012884,geneDR012890,geneDR012891,geneDR012938,geneDR012958,geneDR027001,geneDR026990,geneDR026949,geneDR026944,geneDR026934,geneDR009921,geneDR009919,geneDR009826,geneDR009803,geneDR009798,geneDR009771,geneDR009744,geneDR009743,geneDR009714,geneDR009710,geneDR009694,geneDR009678,geneDR009624,geneDR009591,geneDR009467,geneDR009461,geneDR009365,geneDR009337,geneDR009332,geneDR009316,geneDR009315,geneDR009296,geneDR009295,geneDR009260,geneDR009258,geneDR009229,geneDR016684,geneDR016660,geneDR016592,geneDR016463,geneDR016450,geneDR016446,geneDR016399,geneDR016398,geneDR016367,geneDR016365,geneDR016361,geneDR016253,geneDR016182,geneDR016138,geneDR016132,geneDR016118,geneDR029034,geneDR029062,geneDR029082,geneDR029085,geneDR032246,geneDR032279,geneDR032280,geneDR032294,geneDR007582,geneDR007489,geneDR007449,geneDR007441,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007212,geneDR007199,geneDR007181,geneDR007175,geneDR034036,geneDR034058,geneDR034059,geneDR007131,geneDR007117,geneDR007116,geneDR007054,geneDR007019,geneDR006952,geneDR006950,geneDR022222,geneDR022246,geneDR022258,geneDR022313,geneDR022332,geneDR022333,geneDR022372,geneDR022490,geneDR022518,geneDR022537,geneDR022551,geneDR005999,geneDR005986,geneDR005934,geneDR005774,geneDR005714,geneDR005687,geneDR005623,geneDR005595,geneDR005544,geneDR005531,geneDR005485,geneDR005472,geneDR005445,geneDR005440,geneDR005419,geneDR005364,geneDR005266,geneDR005175,geneDR005141,geneDR005124,geneDR004994,geneDR004981,geneDR004980	hydrolase activity, acting on acid anhydrides	MF
GO:0016818	geneDR011316,geneDR011378,geneDR011401,geneDR011477,geneDR011493,geneDR011730,geneDR011736,geneDR011807,geneDR033863,geneDR033864,geneDR033869,geneDR035289,geneDR035292,geneDR034088,geneDR034094,geneDR035334,geneDR035335,geneDR035340,geneDR030904,geneDR035366,geneDR035367,geneDR035368,geneDR034364,geneDR035504,geneDR035505,geneDR035507,geneDR014262,geneDR014295,geneDR014346,geneDR014443,geneDR035512,geneDR035526,geneDR035529,geneDR034499,geneDR034504,geneDR035541,geneDR035544,geneDR035557,geneDR035580,geneDR035602,geneDR035629,geneDR034720,geneDR034723,geneDR034744,geneDR035649,geneDR034796,geneDR035666,geneDR034843,geneDR034997,geneDR034999,geneDR035003,geneDR035007,geneDR035016,geneDR035097,geneDR032873,geneDR032959,geneDR033066,geneDR035244,geneDR035254,geneDR032167,geneDR032129,geneDR032064,geneDR000021,geneDR000075,geneDR000133,geneDR000147,geneDR000162,geneDR000166,geneDR000182,geneDR000190,geneDR000191,geneDR000200,geneDR000205,geneDR000207,geneDR000211,geneDR000241,geneDR000289,geneDR000299,geneDR000369,geneDR000404,geneDR000559,geneDR000577,geneDR000589,geneDR000618,geneDR000651,geneDR000892,geneDR000950,geneDR001089,geneDR001097,geneDR001148,geneDR001162,geneDR001184,geneDR001186,geneDR001444,geneDR001445,geneDR001525,geneDR001603,geneDR001784,geneDR001790,geneDR033826,geneDR033835,geneDR028398,geneDR028352,geneDR028350,geneDR028343,geneDR028319,geneDR008128,geneDR008111,geneDR008081,geneDR008048,geneDR008035,geneDR007881,geneDR007820,geneDR007768,geneDR007748,geneDR007688,geneDR016930,geneDR016883,geneDR016876,geneDR016863,geneDR016832,geneDR016786,geneDR016768,geneDR016723,geneDR003506,geneDR003505,geneDR003503,geneDR003485,geneDR003482,geneDR003479,geneDR003429,geneDR003420,geneDR003271,geneDR003212,geneDR003154,geneDR003123,geneDR002838,geneDR002836,geneDR002814,geneDR002724,geneDR002698,geneDR002689,geneDR002613,geneDR002596,geneDR002578,geneDR002574,geneDR002562,geneDR002538,geneDR002529,geneDR002507,geneDR002485,geneDR002458,geneDR002427,geneDR002412,geneDR002370,geneDR002340,geneDR002327,geneDR002202,geneDR002046,geneDR002032,geneDR001976,geneDR001893,geneDR001859,geneDR034286,geneDR030347,geneDR030353,geneDR030356,geneDR030372,geneDR030444,geneDR030523,geneDR030527,geneDR030531,geneDR030545,geneDR030560,geneDR030567,geneDR031650,geneDR031728,geneDR031742,geneDR028729,geneDR028597,geneDR028542,geneDR028531,geneDR028530,geneDR019898,geneDR020033,geneDR020045,geneDR020075,geneDR020109,geneDR020111,geneDR020182,geneDR020221,geneDR020265,geneDR020267,geneDR020297,geneDR012093,geneDR012104,geneDR012144,geneDR012169,geneDR012210,geneDR012312,geneDR012328,geneDR012353,geneDR012369,geneDR012375,geneDR012458,geneDR012528,geneDR012579,geneDR028193,geneDR028153,geneDR028100,geneDR028073,geneDR033345,geneDR030686,geneDR006743,geneDR006679,geneDR006478,geneDR006461,geneDR006444,geneDR006430,geneDR006366,geneDR006355,geneDR006181,geneDR006178,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR033792,geneDR018553,geneDR018468,geneDR018444,geneDR018305,geneDR018292,geneDR018278,geneDR018207,geneDR018195,geneDR018163,geneDR018159,geneDR018152,geneDR018128,geneDR018008,geneDR017984,geneDR030964,geneDR031048,geneDR031061,geneDR031066,geneDR031122,geneDR034143,geneDR034157,geneDR034164,geneDR017652,geneDR017625,geneDR017623,geneDR017583,geneDR017582,geneDR017445,geneDR017412,geneDR017320,geneDR017196,geneDR017162,geneDR017093,geneDR017047,geneDR015315,geneDR015313,geneDR015307,geneDR015245,geneDR015224,geneDR015195,geneDR015091,geneDR015073,geneDR015046,geneDR015009,geneDR014973,geneDR014938,geneDR014895,geneDR014852,geneDR014813,geneDR014792,geneDR014778,geneDR014735,geneDR014734,geneDR014713,geneDR014704,geneDR025287,geneDR025349,geneDR025417,geneDR025427,geneDR025443,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR027991,geneDR027979,geneDR027948,geneDR027914,geneDR030259,geneDR030284,geneDR029741,geneDR029727,geneDR034029,geneDR034024,geneDR020718,geneDR020651,geneDR020557,geneDR020502,geneDR020501,geneDR020483,geneDR020472,geneDR020470,geneDR020469,geneDR020461,geneDR020452,geneDR020418,geneDR008991,geneDR008966,geneDR008944,geneDR008933,geneDR008931,geneDR008899,geneDR008872,geneDR008831,geneDR008818,geneDR008814,geneDR008665,geneDR008653,geneDR008595,geneDR008541,geneDR008520,geneDR008506,geneDR008504,geneDR008503,geneDR008456,geneDR008350,geneDR008272,geneDR008253,geneDR008246,geneDR008229,geneDR030039,geneDR029956,geneDR029940,geneDR029930,geneDR029920,geneDR029872,geneDR034771,geneDR033989,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR028871,geneDR020773,geneDR020830,geneDR033468,geneDR033464,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR027893,geneDR014117,geneDR013956,geneDR013955,geneDR013951,geneDR013949,geneDR013947,geneDR013945,geneDR013942,geneDR013941,geneDR013940,geneDR013939,geneDR013930,geneDR013925,geneDR013922,geneDR013861,geneDR013853,geneDR013818,geneDR019556,geneDR019618,geneDR019635,geneDR019637,geneDR019638,geneDR019655,geneDR019666,geneDR019669,geneDR019811,geneDR016084,geneDR016077,geneDR016038,geneDR016015,geneDR015990,geneDR015988,geneDR015970,geneDR015929,geneDR015866,geneDR015818,geneDR015779,geneDR015737,geneDR015696,geneDR015592,geneDR015571,geneDR015418,geneDR015370,geneDR015356,geneDR033263,geneDR033207,geneDR033193,geneDR034882,geneDR021237,geneDR021231,geneDR021200,geneDR021199,geneDR021183,geneDR021182,geneDR021178,geneDR021128,geneDR021087,geneDR020989,geneDR020987,geneDR020980,geneDR020979,geneDR020967,geneDR020894,geneDR025980,geneDR026037,geneDR031428,geneDR031405,geneDR031386,geneDR031370,geneDR033376,geneDR023959,geneDR023957,geneDR030727,geneDR018599,geneDR018621,geneDR018622,geneDR018623,geneDR018645,geneDR018711,geneDR018759,geneDR018784,geneDR018818,geneDR026297,geneDR026376,geneDR026465,geneDR003555,geneDR003560,geneDR003597,geneDR003750,geneDR003963,geneDR004011,geneDR004073,geneDR004116,geneDR004346,geneDR004427,geneDR004444,geneDR004515,geneDR004516,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004570,geneDR004591,geneDR004592,geneDR004603,geneDR004639,geneDR004654,geneDR004712,geneDR004756,geneDR004805,geneDR004824,geneDR004859,geneDR004906,geneDR004913,geneDR004934,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR017757,geneDR017758,geneDR017805,geneDR017864,geneDR017872,geneDR017943,geneDR034852,geneDR033740,geneDR033694,geneDR033693,geneDR033688,geneDR025007,geneDR024996,geneDR024822,geneDR024819,geneDR024806,geneDR024755,geneDR024678,geneDR022731,geneDR022774,geneDR022869,geneDR022885,geneDR022894,geneDR022895,geneDR022914,geneDR022918,geneDR022927,geneDR022939,geneDR022944,geneDR022957,geneDR023040,geneDR023153,geneDR033554,geneDR021665,geneDR021671,geneDR021688,geneDR021733,geneDR021935,geneDR021989,geneDR021994,geneDR021995,geneDR021998,geneDR022002,geneDR022112,geneDR019448,geneDR019324,geneDR019316,geneDR019307,geneDR019295,geneDR019236,geneDR019195,geneDR019144,geneDR019141,geneDR019038,geneDR018966,geneDR018958,geneDR021589,geneDR021528,geneDR021521,geneDR021416,geneDR021412,geneDR021387,geneDR031851,geneDR031816,geneDR031815,geneDR034192,geneDR033479,geneDR010334,geneDR010331,geneDR010314,geneDR010233,geneDR010141,geneDR010083,geneDR010070,geneDR010041,geneDR010036,geneDR009993,geneDR009952,geneDR009934,geneDR032317,geneDR032357,geneDR032374,geneDR031348,geneDR031242,geneDR031234,geneDR031203,geneDR024173,geneDR024162,geneDR024159,geneDR024064,geneDR023678,geneDR023741,geneDR023772,geneDR023773,geneDR023774,geneDR023779,geneDR023823,geneDR023839,geneDR023861,geneDR023894,geneDR034231,geneDR035072,geneDR014687,geneDR014634,geneDR014605,geneDR014512,geneDR026625,geneDR026711,geneDR026717,geneDR026765,geneDR026793,geneDR025092,geneDR025117,geneDR025155,geneDR032547,geneDR024628,geneDR024596,geneDR024592,geneDR024551,geneDR010461,geneDR010510,geneDR010511,geneDR010537,geneDR010567,geneDR010577,geneDR010615,geneDR010627,geneDR010693,geneDR010778,geneDR010871,geneDR010908,geneDR010913,geneDR010931,geneDR011032,geneDR011122,geneDR011123,geneDR011141,geneDR011156,geneDR011215,geneDR027461,geneDR027496,geneDR027522,geneDR027538,geneDR027596,geneDR027597,geneDR027612,geneDR027720,geneDR027750,geneDR027760,geneDR027811,geneDR033599,geneDR013077,geneDR013088,geneDR013136,geneDR013142,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR013348,geneDR013465,geneDR013472,geneDR013528,geneDR013763,geneDR027260,geneDR027251,geneDR027238,geneDR027208,geneDR027151,geneDR027110,geneDR027104,geneDR027103,geneDR027093,geneDR027088,geneDR027034,geneDR027026,geneDR032594,geneDR031938,geneDR031969,geneDR028968,geneDR032512,geneDR032506,geneDR032486,geneDR033960,geneDR033957,geneDR034574,geneDR029448,geneDR029479,geneDR029624,geneDR029649,geneDR023547,geneDR023542,geneDR023454,geneDR023405,geneDR023348,geneDR023338,geneDR023337,geneDR023246,geneDR023234,geneDR032650,geneDR025864,geneDR025752,geneDR025751,geneDR025707,geneDR025702,geneDR025697,geneDR025684,geneDR012733,geneDR012774,geneDR012797,geneDR012822,geneDR012868,geneDR012876,geneDR012884,geneDR012890,geneDR012891,geneDR012938,geneDR012958,geneDR027001,geneDR026990,geneDR026949,geneDR026944,geneDR026934,geneDR009921,geneDR009919,geneDR009826,geneDR009803,geneDR009798,geneDR009771,geneDR009744,geneDR009743,geneDR009714,geneDR009710,geneDR009694,geneDR009678,geneDR009624,geneDR009591,geneDR009467,geneDR009461,geneDR009365,geneDR009337,geneDR009332,geneDR009316,geneDR009315,geneDR009296,geneDR009295,geneDR009260,geneDR009258,geneDR009229,geneDR016684,geneDR016660,geneDR016463,geneDR016450,geneDR016446,geneDR016399,geneDR016398,geneDR016367,geneDR016365,geneDR016361,geneDR016253,geneDR016182,geneDR016138,geneDR016132,geneDR016118,geneDR029034,geneDR029062,geneDR029082,geneDR029085,geneDR032246,geneDR032279,geneDR032280,geneDR032294,geneDR007582,geneDR007489,geneDR007449,geneDR007441,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007199,geneDR007181,geneDR007175,geneDR034036,geneDR034058,geneDR034059,geneDR007131,geneDR007117,geneDR007116,geneDR007054,geneDR007019,geneDR006952,geneDR006950,geneDR022222,geneDR022246,geneDR022258,geneDR022313,geneDR022332,geneDR022333,geneDR022372,geneDR022490,geneDR022518,geneDR022537,geneDR022551,geneDR005999,geneDR005986,geneDR005934,geneDR005774,geneDR005714,geneDR005687,geneDR005623,geneDR005595,geneDR005544,geneDR005531,geneDR005485,geneDR005472,geneDR005445,geneDR005440,geneDR005419,geneDR005364,geneDR005266,geneDR005175,geneDR005141,geneDR005124,geneDR004994,geneDR004981,geneDR004980	hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	MF
GO:0016887	geneDR011316,geneDR011378,geneDR011401,geneDR011493,geneDR011730,geneDR011736,geneDR011807,geneDR033863,geneDR033864,geneDR035292,geneDR034088,geneDR034094,geneDR035334,geneDR035335,geneDR035340,geneDR030904,geneDR035366,geneDR035368,geneDR034364,geneDR035504,geneDR035505,geneDR035507,geneDR014295,geneDR014346,geneDR014443,geneDR035512,geneDR035526,geneDR035529,geneDR034499,geneDR034504,geneDR035541,geneDR035544,geneDR035557,geneDR035580,geneDR035602,geneDR035629,geneDR034720,geneDR035649,geneDR034796,geneDR035666,geneDR035003,geneDR035007,geneDR035016,geneDR035097,geneDR032873,geneDR032959,geneDR033066,geneDR035254,geneDR032167,geneDR032064,geneDR000021,geneDR000133,geneDR000147,geneDR000166,geneDR000182,geneDR000190,geneDR000191,geneDR000200,geneDR000205,geneDR000207,geneDR000241,geneDR000289,geneDR000299,geneDR000369,geneDR000404,geneDR000559,geneDR000577,geneDR000589,geneDR000618,geneDR000892,geneDR001097,geneDR001148,geneDR001162,geneDR001186,geneDR001444,geneDR001445,geneDR001525,geneDR001603,geneDR001784,geneDR001790,geneDR033826,geneDR033835,geneDR028352,geneDR028350,geneDR028343,geneDR008128,geneDR008111,geneDR008081,geneDR008048,geneDR008035,geneDR007881,geneDR007820,geneDR007768,geneDR007688,geneDR016930,geneDR016876,geneDR016863,geneDR016832,geneDR016786,geneDR016768,geneDR003506,geneDR003505,geneDR003503,geneDR003485,geneDR003482,geneDR003479,geneDR003429,geneDR003420,geneDR003271,geneDR003212,geneDR003154,geneDR002838,geneDR002836,geneDR002814,geneDR002724,geneDR002698,geneDR002689,geneDR002613,geneDR002596,geneDR002562,geneDR002538,geneDR002485,geneDR002458,geneDR002427,geneDR002412,geneDR002370,geneDR002340,geneDR002327,geneDR002202,geneDR002046,geneDR001976,geneDR001893,geneDR001859,geneDR034286,geneDR030347,geneDR030356,geneDR030523,geneDR030531,geneDR030560,geneDR030567,geneDR031650,geneDR031728,geneDR031742,geneDR028729,geneDR028542,geneDR028531,geneDR020033,geneDR020045,geneDR020109,geneDR020111,geneDR020182,geneDR020221,geneDR020265,geneDR020267,geneDR020297,geneDR012169,geneDR012210,geneDR012312,geneDR012328,geneDR012353,geneDR012369,geneDR012375,geneDR012458,geneDR012528,geneDR012579,geneDR028153,geneDR028100,geneDR033345,geneDR006743,geneDR006679,geneDR006461,geneDR006444,geneDR006430,geneDR006366,geneDR006355,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018553,geneDR018468,geneDR018444,geneDR018305,geneDR018278,geneDR018195,geneDR018163,geneDR018159,geneDR018152,geneDR018128,geneDR018008,geneDR017984,geneDR030964,geneDR031048,geneDR031061,geneDR031066,geneDR031122,geneDR034157,geneDR034164,geneDR017652,geneDR017625,geneDR017623,geneDR017445,geneDR017412,geneDR017320,geneDR017196,geneDR017162,geneDR017047,geneDR015315,geneDR015313,geneDR015046,geneDR015009,geneDR014973,geneDR014895,geneDR014852,geneDR014813,geneDR014792,geneDR014735,geneDR014734,geneDR014704,geneDR025287,geneDR025349,geneDR025417,geneDR025427,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR027991,geneDR027979,geneDR027948,geneDR027914,geneDR030259,geneDR029741,geneDR034029,geneDR034024,geneDR020718,geneDR020502,geneDR020501,geneDR020483,geneDR020472,geneDR020470,geneDR020469,geneDR020461,geneDR020452,geneDR020418,geneDR008991,geneDR008966,geneDR008944,geneDR008933,geneDR008931,geneDR008899,geneDR008872,geneDR008831,geneDR008814,geneDR008665,geneDR008653,geneDR008541,geneDR008520,geneDR008504,geneDR008503,geneDR008350,geneDR008272,geneDR008253,geneDR008246,geneDR008229,geneDR029956,geneDR029920,geneDR029872,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR020773,geneDR033468,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR014117,geneDR013956,geneDR013930,geneDR013925,geneDR013922,geneDR013861,geneDR013853,geneDR013818,geneDR019556,geneDR019635,geneDR019637,geneDR019638,geneDR019655,geneDR019669,geneDR016084,geneDR016077,geneDR016038,geneDR016015,geneDR015990,geneDR015970,geneDR015929,geneDR015866,geneDR015818,geneDR015696,geneDR015592,geneDR015571,geneDR015418,geneDR015356,geneDR033263,geneDR033193,geneDR034882,geneDR021237,geneDR021200,geneDR021183,geneDR021178,geneDR021128,geneDR021087,geneDR020989,geneDR020987,geneDR020980,geneDR020979,geneDR020967,geneDR020894,geneDR025980,geneDR026037,geneDR031428,geneDR031386,geneDR031370,geneDR033376,geneDR023959,geneDR023957,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR018759,geneDR018784,geneDR026376,geneDR026465,geneDR003555,geneDR003560,geneDR003963,geneDR004011,geneDR004073,geneDR004116,geneDR004346,geneDR004427,geneDR004444,geneDR004515,geneDR004516,geneDR004570,geneDR004591,geneDR004592,geneDR004639,geneDR004654,geneDR004712,geneDR004756,geneDR004805,geneDR004859,geneDR004906,geneDR004913,geneDR004934,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR017757,geneDR017758,geneDR017864,geneDR017872,geneDR033694,geneDR033693,geneDR033688,geneDR025007,geneDR024996,geneDR024822,geneDR024819,geneDR024806,geneDR024678,geneDR022731,geneDR022774,geneDR022869,geneDR022885,geneDR022894,geneDR022895,geneDR022918,geneDR022927,geneDR022939,geneDR022957,geneDR023040,geneDR023153,geneDR033554,geneDR021665,geneDR021671,geneDR021688,geneDR021733,geneDR021989,geneDR021994,geneDR021998,geneDR022002,geneDR019316,geneDR019307,geneDR019295,geneDR019236,geneDR019195,geneDR019144,geneDR019141,geneDR019038,geneDR018958,geneDR021589,geneDR021528,geneDR021416,geneDR021412,geneDR021387,geneDR031851,geneDR031816,geneDR031815,geneDR034192,geneDR033479,geneDR010334,geneDR010314,geneDR010233,geneDR010141,geneDR010070,geneDR010041,geneDR010036,geneDR009934,geneDR032374,geneDR031242,geneDR031234,geneDR031203,geneDR024173,geneDR024162,geneDR024159,geneDR024064,geneDR023678,geneDR023741,geneDR023772,geneDR023773,geneDR023774,geneDR023823,geneDR023839,geneDR023861,geneDR034231,geneDR035072,geneDR014687,geneDR014634,geneDR014605,geneDR014512,geneDR026625,geneDR026711,geneDR026717,geneDR026765,geneDR025092,geneDR025117,geneDR032547,geneDR024628,geneDR024596,geneDR024592,geneDR024551,geneDR010461,geneDR010537,geneDR010567,geneDR010577,geneDR010615,geneDR010627,geneDR010693,geneDR010908,geneDR010913,geneDR010931,geneDR011122,geneDR011123,geneDR011156,geneDR011215,geneDR027496,geneDR027538,geneDR027596,geneDR027597,geneDR027720,geneDR033599,geneDR013077,geneDR013088,geneDR013136,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR013348,geneDR013465,geneDR013472,geneDR013528,geneDR013763,geneDR027260,geneDR027251,geneDR027238,geneDR027208,geneDR027110,geneDR027104,geneDR027103,geneDR027093,geneDR027088,geneDR027026,geneDR032594,geneDR031938,geneDR031969,geneDR032512,geneDR032506,geneDR032486,geneDR033960,geneDR033957,geneDR029479,geneDR029624,geneDR029649,geneDR023547,geneDR023542,geneDR023405,geneDR023348,geneDR023338,geneDR023337,geneDR023246,geneDR023234,geneDR032650,geneDR025751,geneDR025702,geneDR025697,geneDR012733,geneDR012774,geneDR012797,geneDR012822,geneDR012868,geneDR012876,geneDR012884,geneDR012890,geneDR012891,geneDR012938,geneDR027001,geneDR026990,geneDR026949,geneDR026944,geneDR026934,geneDR009921,geneDR009919,geneDR009798,geneDR009744,geneDR009743,geneDR009714,geneDR009694,geneDR009678,geneDR009624,geneDR009591,geneDR009467,geneDR009461,geneDR009365,geneDR009337,geneDR009316,geneDR009315,geneDR009296,geneDR009295,geneDR009260,geneDR009258,geneDR009229,geneDR016684,geneDR016660,geneDR016463,geneDR016446,geneDR016399,geneDR016398,geneDR016367,geneDR016365,geneDR016253,geneDR016182,geneDR016138,geneDR016132,geneDR029034,geneDR029082,geneDR029085,geneDR032279,geneDR032280,geneDR032294,geneDR007582,geneDR007489,geneDR007449,geneDR007441,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007181,geneDR007175,geneDR034036,geneDR034058,geneDR007131,geneDR007117,geneDR007054,geneDR006950,geneDR022222,geneDR022246,geneDR022258,geneDR022313,geneDR022332,geneDR022333,geneDR022372,geneDR022518,geneDR022537,geneDR022551,geneDR005999,geneDR005934,geneDR005714,geneDR005687,geneDR005623,geneDR005595,geneDR005544,geneDR005485,geneDR005472,geneDR005445,geneDR005440,geneDR005364,geneDR005266,geneDR005141,geneDR005124,geneDR004994,geneDR004981,geneDR004980	ATP hydrolysis activity	MF
GO:0017111	geneDR011316,geneDR011378,geneDR011401,geneDR011477,geneDR011493,geneDR011730,geneDR011736,geneDR011807,geneDR033863,geneDR033864,geneDR035289,geneDR035292,geneDR034088,geneDR034094,geneDR035334,geneDR035335,geneDR035340,geneDR030904,geneDR035366,geneDR035367,geneDR035368,geneDR034364,geneDR035504,geneDR035505,geneDR035507,geneDR014295,geneDR014346,geneDR014443,geneDR035512,geneDR035526,geneDR035529,geneDR034499,geneDR034504,geneDR035541,geneDR035544,geneDR035557,geneDR035580,geneDR035602,geneDR035629,geneDR034720,geneDR034723,geneDR034744,geneDR035649,geneDR034796,geneDR035666,geneDR034997,geneDR034999,geneDR035003,geneDR035007,geneDR035016,geneDR035097,geneDR032873,geneDR032959,geneDR033066,geneDR035244,geneDR035254,geneDR032167,geneDR032129,geneDR032064,geneDR000021,geneDR000075,geneDR000133,geneDR000147,geneDR000162,geneDR000166,geneDR000182,geneDR000190,geneDR000191,geneDR000200,geneDR000205,geneDR000207,geneDR000241,geneDR000289,geneDR000299,geneDR000369,geneDR000404,geneDR000559,geneDR000577,geneDR000589,geneDR000618,geneDR000892,geneDR000950,geneDR001089,geneDR001097,geneDR001148,geneDR001162,geneDR001184,geneDR001186,geneDR001444,geneDR001445,geneDR001525,geneDR001603,geneDR001784,geneDR001790,geneDR033826,geneDR033835,geneDR028352,geneDR028350,geneDR028343,geneDR028319,geneDR008128,geneDR008111,geneDR008081,geneDR008048,geneDR008035,geneDR007881,geneDR007820,geneDR007768,geneDR007748,geneDR007688,geneDR016930,geneDR016876,geneDR016863,geneDR016832,geneDR016786,geneDR016768,geneDR003506,geneDR003505,geneDR003503,geneDR003485,geneDR003482,geneDR003479,geneDR003429,geneDR003420,geneDR003271,geneDR003212,geneDR003154,geneDR003123,geneDR002838,geneDR002836,geneDR002814,geneDR002724,geneDR002698,geneDR002689,geneDR002613,geneDR002596,geneDR002578,geneDR002574,geneDR002562,geneDR002538,geneDR002529,geneDR002507,geneDR002485,geneDR002458,geneDR002427,geneDR002412,geneDR002370,geneDR002340,geneDR002327,geneDR002202,geneDR002046,geneDR001976,geneDR001893,geneDR001859,geneDR034286,geneDR030347,geneDR030356,geneDR030372,geneDR030444,geneDR030523,geneDR030527,geneDR030531,geneDR030545,geneDR030560,geneDR030567,geneDR031650,geneDR031728,geneDR031742,geneDR028729,geneDR028597,geneDR028542,geneDR028531,geneDR028530,geneDR019898,geneDR020033,geneDR020045,geneDR020075,geneDR020109,geneDR020111,geneDR020182,geneDR020221,geneDR020265,geneDR020267,geneDR020297,geneDR012093,geneDR012169,geneDR012210,geneDR012312,geneDR012328,geneDR012353,geneDR012369,geneDR012375,geneDR012458,geneDR012528,geneDR012579,geneDR028193,geneDR028153,geneDR028100,geneDR033345,geneDR030686,geneDR006743,geneDR006679,geneDR006461,geneDR006444,geneDR006430,geneDR006366,geneDR006355,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR033792,geneDR018553,geneDR018468,geneDR018444,geneDR018305,geneDR018278,geneDR018207,geneDR018195,geneDR018163,geneDR018159,geneDR018152,geneDR018128,geneDR018008,geneDR017984,geneDR030964,geneDR031048,geneDR031061,geneDR031066,geneDR031122,geneDR034157,geneDR034164,geneDR017652,geneDR017625,geneDR017623,geneDR017445,geneDR017412,geneDR017320,geneDR017196,geneDR017162,geneDR017093,geneDR017047,geneDR015315,geneDR015313,geneDR015307,geneDR015245,geneDR015224,geneDR015195,geneDR015091,geneDR015046,geneDR015009,geneDR014973,geneDR014895,geneDR014852,geneDR014813,geneDR014792,geneDR014778,geneDR014735,geneDR014734,geneDR014704,geneDR025287,geneDR025349,geneDR025417,geneDR025427,geneDR025443,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR027991,geneDR027979,geneDR027948,geneDR027914,geneDR030259,geneDR030284,geneDR029741,geneDR029727,geneDR034029,geneDR034024,geneDR020718,geneDR020651,geneDR020502,geneDR020501,geneDR020483,geneDR020472,geneDR020470,geneDR020469,geneDR020461,geneDR020452,geneDR020418,geneDR008991,geneDR008966,geneDR008944,geneDR008933,geneDR008931,geneDR008899,geneDR008872,geneDR008831,geneDR008818,geneDR008814,geneDR008665,geneDR008653,geneDR008595,geneDR008541,geneDR008520,geneDR008506,geneDR008504,geneDR008503,geneDR008350,geneDR008272,geneDR008253,geneDR008246,geneDR008229,geneDR030039,geneDR029956,geneDR029930,geneDR029920,geneDR029872,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR020773,geneDR020830,geneDR033468,geneDR033464,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR027893,geneDR014117,geneDR013956,geneDR013955,geneDR013951,geneDR013949,geneDR013947,geneDR013945,geneDR013942,geneDR013941,geneDR013940,geneDR013939,geneDR013930,geneDR013925,geneDR013922,geneDR013861,geneDR013853,geneDR013818,geneDR019556,geneDR019635,geneDR019637,geneDR019638,geneDR019655,geneDR019666,geneDR019669,geneDR016084,geneDR016077,geneDR016038,geneDR016015,geneDR015990,geneDR015988,geneDR015970,geneDR015929,geneDR015866,geneDR015818,geneDR015779,geneDR015737,geneDR015696,geneDR015592,geneDR015571,geneDR015418,geneDR015356,geneDR033263,geneDR033193,geneDR034882,geneDR021237,geneDR021231,geneDR021200,geneDR021199,geneDR021183,geneDR0211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activity	MF
GO:0042623	geneDR011316,geneDR011401,geneDR011730,geneDR011736,geneDR011807,geneDR033863,geneDR033864,geneDR035292,geneDR034088,geneDR034094,geneDR035335,geneDR035340,geneDR030904,geneDR035368,geneDR034364,geneDR035504,geneDR035505,geneDR035507,geneDR014295,geneDR014346,geneDR014443,geneDR035512,geneDR035526,geneDR035529,geneDR034499,geneDR034504,geneDR035541,geneDR035544,geneDR035580,geneDR035602,geneDR035629,geneDR034720,geneDR034796,geneDR035666,geneDR035007,geneDR035016,geneDR035097,geneDR032873,geneDR032959,geneDR033066,geneDR035254,geneDR032064,geneDR000021,geneDR000133,geneDR000147,geneDR000166,geneDR000182,geneDR000190,geneDR000191,geneDR000200,geneDR000205,geneDR000207,geneDR000289,geneDR000299,geneDR000369,geneDR000404,geneDR000559,geneDR000589,geneDR000618,geneDR000892,geneDR001097,geneDR001148,geneDR001162,geneDR001186,geneDR001444,geneDR001445,geneDR001525,geneDR001603,geneDR001784,geneDR001790,geneDR033826,geneDR033835,geneDR028352,geneDR028350,geneDR028343,geneDR008128,geneDR008111,geneDR008081,geneDR008048,geneDR008035,geneDR007820,geneDR007768,geneDR016930,geneDR016876,geneDR016863,geneDR016832,geneDR016786,geneDR016768,geneDR003506,geneDR003505,geneDR003503,geneDR003485,geneDR003482,geneDR003479,geneDR003429,geneDR003420,geneDR003271,geneDR003212,geneDR003154,geneDR002838,geneDR002836,geneDR002814,geneDR002724,geneDR002698,geneDR002689,geneDR002596,geneDR002562,geneDR002458,geneDR002412,geneDR002370,geneDR002340,geneDR002327,geneDR002202,geneDR002046,geneDR001976,geneDR001893,geneDR001859,geneDR034286,geneDR030347,geneDR030356,geneDR030531,geneDR031650,geneDR031728,geneDR031742,geneDR028729,geneDR028542,geneDR028531,geneDR020033,geneDR020045,geneDR020109,geneDR020111,geneDR020182,geneDR020265,geneDR020267,geneDR020297,geneDR012169,geneDR012210,geneDR012312,geneDR012328,geneDR012353,geneDR012375,geneDR012458,geneDR012528,geneDR012579,geneDR028153,geneDR028100,geneDR033345,geneDR006743,geneDR006679,geneDR006461,geneDR006444,geneDR006366,geneDR006355,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018553,geneDR018468,geneDR018444,geneDR018305,geneDR018195,geneDR018163,geneDR018159,geneDR018152,geneDR018128,geneDR018008,geneDR017984,geneDR030964,geneDR031048,geneDR031066,geneDR031122,geneDR034157,geneDR034164,geneDR017652,geneDR017625,geneDR017445,geneDR017320,geneDR017196,geneDR017162,geneDR017047,geneDR015313,geneDR015046,geneDR015009,geneDR014973,geneDR014895,geneDR014792,geneDR014735,geneDR014734,geneDR025349,geneDR025427,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR027991,geneDR027979,geneDR027948,geneDR027914,geneDR030259,geneDR029741,geneDR034029,geneDR034024,geneDR020718,geneDR020502,geneDR020501,geneDR020483,geneDR020472,geneDR020470,geneDR020469,geneDR020461,geneDR020418,geneDR008991,geneDR008944,geneDR008933,geneDR008899,geneDR008872,geneDR008831,geneDR008665,geneDR008541,geneDR008520,geneDR008504,geneDR008503,geneDR008350,geneDR008272,geneDR008246,geneDR029956,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR033468,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR027862,geneDR013930,geneDR013925,geneDR013922,geneDR013853,geneDR013818,geneDR019556,geneDR019635,geneDR019637,geneDR019638,geneDR019655,geneDR019669,geneDR016084,geneDR016077,geneDR016038,geneDR016015,geneDR015990,geneDR015970,geneDR015929,geneDR015866,geneDR015818,geneDR015696,geneDR015592,geneDR015571,geneDR015418,geneDR015356,geneDR033263,geneDR033193,geneDR034882,geneDR021237,geneDR021183,geneDR021178,geneDR021128,geneDR021087,geneDR020989,geneDR020987,geneDR020980,geneDR020979,geneDR020967,geneDR020894,geneDR025980,geneDR026037,geneDR031428,geneDR031386,geneDR023957,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR018784,geneDR026465,geneDR003963,geneDR004011,geneDR004073,geneDR004116,geneDR004346,geneDR004591,geneDR004592,geneDR004654,geneDR004712,geneDR004756,geneDR004805,geneDR004859,geneDR004906,geneDR004913,geneDR004934,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR017757,geneDR017758,geneDR017864,geneDR017872,geneDR033694,geneDR033693,geneDR033688,geneDR025007,geneDR024806,geneDR024678,geneDR022731,geneDR022774,geneDR022869,geneDR022885,geneDR022894,geneDR022895,geneDR022918,geneDR022927,geneDR022939,geneDR022957,geneDR023040,geneDR023153,geneDR033554,geneDR021665,geneDR021671,geneDR021688,geneDR021733,geneDR021989,geneDR021994,geneDR021998,geneDR022002,geneDR019316,geneDR019307,geneDR019295,geneDR019236,geneDR019144,geneDR019141,geneDR019038,geneDR021589,geneDR021528,geneDR021416,geneDR021412,geneDR031816,geneDR031815,geneDR034192,geneDR033479,geneDR010334,geneDR010314,geneDR010141,geneDR010070,geneDR010041,geneDR010036,geneDR009934,geneDR032374,geneDR031242,geneDR031203,geneDR024173,geneDR024159,geneDR024064,geneDR023741,geneDR023772,geneDR023773,geneDR023774,geneDR023823,geneDR023839,geneDR023861,geneDR034231,geneDR035072,geneDR014687,geneDR014634,geneDR014605,geneDR014512,geneDR026625,geneDR026711,geneDR026717,geneDR026765,geneDR025092,geneDR025117,geneDR032547,geneDR024628,geneDR024596,geneDR024592,geneDR024551,geneDR010461,geneDR010537,geneDR010567,geneDR010577,geneDR010615,geneDR010627,geneDR010693,geneDR010908,geneDR010913,geneDR010931,geneDR011122,geneDR011123,geneDR011215,geneDR027496,geneDR027538,geneDR027720,geneDR033599,geneDR013077,geneDR013136,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR013465,geneDR013472,geneDR013528,geneDR027251,geneDR027238,geneDR027208,geneDR027110,geneDR027104,geneDR027103,geneDR027088,geneDR027026,geneDR032594,geneDR031938,geneDR031969,geneDR032512,geneDR032506,geneDR032486,geneDR033960,geneDR033957,geneDR029479,geneDR029624,geneDR029649,geneDR023547,geneDR023542,geneDR023348,geneDR023337,geneDR023234,geneDR032650,geneDR025702,geneDR025697,geneDR012733,geneDR012774,geneDR012797,geneDR012868,geneDR012876,geneDR012884,geneDR012890,geneDR012891,geneDR012938,geneDR026934,geneDR009919,geneDR009798,geneDR009744,geneDR009743,geneDR009714,geneDR009694,geneDR009678,geneDR009624,geneDR009591,geneDR009467,geneDR009461,geneDR009365,geneDR009316,geneDR009315,geneDR009260,geneDR009258,geneDR009229,geneDR016684,geneDR016463,geneDR016446,geneDR016399,geneDR016398,geneDR016367,geneDR016365,geneDR016253,geneDR016182,geneDR016138,geneDR016132,geneDR029034,geneDR029082,geneDR029085,geneDR032279,geneDR032280,geneDR007449,geneDR007441,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007181,geneDR007175,geneDR034036,geneDR007131,geneDR007054,geneDR022246,geneDR022258,geneDR022332,geneDR022372,geneDR022518,geneDR022537,geneDR022551,geneDR005999,geneDR005934,geneDR005687,geneDR005623,geneDR005595,geneDR005544,geneDR005485,geneDR005472,geneDR005445,geneDR005440,geneDR005364,geneDR005266,geneDR005141,geneDR005124,geneDR004994	ATP hydrolysis activity	MF
GO:0140097	geneDR011316,geneDR012001,geneDR035279,geneDR030904,geneDR035369,geneDR035504,geneDR035505,geneDR014237,geneDR035532,geneDR035629,geneDR035016,geneDR035097,geneDR035124,geneDR035206,geneDR035208,geneDR000892,geneDR001162,geneDR001318,geneDR001525,geneDR028343,geneDR016833,geneDR016832,geneDR003506,geneDR003505,geneDR003503,geneDR003365,geneDR003212,geneDR002458,geneDR001859,geneDR034286,geneDR030356,geneDR031705,geneDR012528,geneDR012579,geneDR028108,geneDR006839,geneDR006743,geneDR006444,geneDR006366,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018305,geneDR018008,geneDR031048,geneDR017660,geneDR017659,geneDR017550,geneDR017445,geneDR017382,geneDR017196,geneDR015046,geneDR014895,geneDR014806,geneDR025360,geneDR025443,geneDR025457,geneDR033140,geneDR033139,geneDR033138,geneDR029741,geneDR020605,geneDR008899,geneDR008642,geneDR029930,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR014083,geneDR014074,geneDR013978,geneDR013922,geneDR019744,geneDR019787,geneDR016077,geneDR016066,geneDR015970,geneDR015838,geneDR015356,geneDR021233,geneDR021178,geneDR020980,geneDR020979,geneDR025995,geneDR026078,geneDR026098,geneDR034527,geneDR031436,geneDR031386,geneDR023957,geneDR030696,geneDR026325,geneDR026346,geneDR026439,geneDR026465,geneDR003792,geneDR004073,geneDR004756,geneDR004893,geneDR017727,geneDR017728,geneDR017729,geneDR017749,geneDR024660,geneDR024658,geneDR022715,geneDR022810,geneDR022896,geneDR033527,geneDR021665,geneDR019388,geneDR019045,geneDR019038,geneDR021619,geneDR021589,geneDR031816,geneDR033479,geneDR010314,geneDR009934,geneDR032374,geneDR031242,geneDR024173,geneDR026820,geneDR025023,geneDR025092,geneDR024628,geneDR024551,geneDR010511,geneDR010566,geneDR010693,geneDR010862,geneDR010908,geneDR011231,geneDR027495,geneDR027720,geneDR033654,geneDR013148,geneDR013528,geneDR013717,geneDR027110,geneDR027104,geneDR027103,geneDR027095,geneDR029590,geneDR023512,geneDR023234,geneDR025864,geneDR025684,geneDR012764,geneDR012806,geneDR009919,geneDR009775,geneDR009275,geneDR016496,geneDR016311,geneDR007199,geneDR007019,geneDR006934,geneDR022349,geneDR005412,geneDR005274,geneDR005254,geneDR005198,geneDR005124,geneDR005075	catalytic activity, acting on DNA	MF
GO:0140098	geneDR011316,geneDR011346,geneDR011347,geneDR011477,geneDR011494,geneDR011673,geneDR011689,geneDR011709,geneDR011720,geneDR011771,geneDR011974,geneDR033875,geneDR035262,geneDR035263,geneDR035314,geneDR034094,geneDR035341,geneDR035368,geneDR035369,geneDR035372,geneDR014295,geneDR035512,geneDR035541,geneDR035544,geneDR035562,geneDR034588,geneDR034621,geneDR035601,geneDR035610,geneDR034720,geneDR034727,geneDR035668,geneDR035669,geneDR031869,geneDR035068,geneDR032868,geneDR032891,geneDR032953,geneDR035124,geneDR035187,geneDR000021,geneDR000054,geneDR000125,geneDR000182,geneDR000194,geneDR000200,geneDR000278,geneDR000401,geneDR000589,geneDR000593,geneDR000662,geneDR000896,geneDR000916,geneDR000954,geneDR001264,geneDR001265,geneDR001389,geneDR001784,geneDR028426,geneDR028411,geneDR028343,geneDR008121,geneDR008111,geneDR007736,geneDR007712,geneDR007636,geneDR016963,geneDR016950,geneDR016708,geneDR003482,geneDR003311,geneDR003304,geneDR003271,geneDR003123,geneDR003041,geneDR003040,geneDR002960,geneDR002879,geneDR002836,geneDR002814,geneDR002724,geneDR002549,geneDR002417,geneDR002234,geneDR002216,geneDR002082,geneDR002068,geneDR002008,geneDR001976,geneDR034242,geneDR030334,geneDR030347,geneDR030475,geneDR030551,geneDR031662,geneDR028670,geneDR028442,geneDR019872,geneDR019886,geneDR020033,geneDR020109,geneDR020182,geneDR020216,geneDR020225,geneDR020226,geneDR020289,geneDR020404,geneDR012077,geneDR012169,geneDR012171,geneDR012280,geneDR012306,geneDR012325,geneDR012328,geneDR012393,geneDR012465,geneDR028142,geneDR028109,geneDR028100,geneDR031900,geneDR006839,geneDR006738,geneDR006682,geneDR006679,geneDR006587,geneDR006504,geneDR006341,geneDR006310,geneDR006307,geneDR006216,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR033783,geneDR018577,geneDR018553,geneDR018498,geneDR018496,geneDR018468,geneDR018381,geneDR018376,geneDR018212,geneDR018166,geneDR018164,geneDR018163,geneDR018152,geneDR018071,geneDR018070,geneDR018054,geneDR017984,geneDR017953,geneDR031041,geneDR031063,geneDR034164,geneDR017550,geneDR017382,geneDR017320,geneDR017202,geneDR015148,geneDR014973,geneDR014968,geneDR014844,geneDR014785,geneDR014734,geneDR025427,geneDR025443,geneDR025488,geneDR028030,geneDR027955,geneDR027954,geneDR027914,geneDR030259,geneDR029741,geneDR034029,geneDR034024,geneDR020723,geneDR020718,geneDR020461,geneDR008971,geneDR008646,geneDR008641,geneDR008520,geneDR008470,geneDR008350,geneDR008246,geneDR029772,geneDR027348,geneDR027417,geneDR027425,geneDR028908,geneDR028907,geneDR028895,geneDR028894,geneDR028893,geneDR028892,geneDR026835,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR034180,geneDR027823,geneDR027862,geneDR014218,geneDR014006,geneDR019638,geneDR019650,geneDR019653,geneDR019669,geneDR035039,geneDR016038,geneDR016016,geneDR016015,geneDR015821,geneDR015818,geneDR015737,geneDR015571,geneDR015532,geneDR033273,geneDR033263,geneDR033228,geneDR021087,geneDR021085,geneDR021084,geneDR021005,geneDR020980,geneDR020979,geneDR020866,geneDR020865,geneDR025980,geneDR026079,geneDR024010,geneDR030751,geneDR030745,geneDR018708,geneDR018758,geneDR018765,geneDR018784,geneDR018836,geneDR018857,geneDR003576,geneDR003859,geneDR003963,geneDR003988,geneDR004039,geneDR004050,geneDR004073,geneDR004095,geneDR004171,geneDR004304,geneDR004520,geneDR004579,geneDR004756,geneDR004908,geneDR004934,geneDR025262,geneDR017709,geneDR017749,geneDR017819,geneDR017832,geneDR017881,geneDR033688,geneDR025007,geneDR024835,geneDR024766,geneDR024686,geneDR022731,geneDR022774,geneDR022875,geneDR022927,geneDR022939,geneDR023012,geneDR023013,geneDR022108,geneDR019427,geneDR019295,geneDR019236,geneDR019217,geneDR019209,geneDR019202,geneDR019186,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR019045,geneDR019006,geneDR018982,geneDR021438,geneDR021426,geneDR021412,geneDR031816,geneDR033479,geneDR010314,geneDR010025,geneDR010004,geneDR031286,geneDR024419,geneDR024418,geneDR024342,geneDR024285,geneDR024179,geneDR023666,geneDR023741,geneDR023786,geneDR014702,geneDR014611,geneDR014588,geneDR014587,geneDR014519,geneDR026765,geneDR025117,geneDR025145,geneDR024596,geneDR024551,geneDR024531,geneDR024500,geneDR010445,geneDR010449,geneDR010537,geneDR010586,geneDR010651,geneDR010852,geneDR010908,geneDR010931,geneDR010987,geneDR011123,geneDR011213,geneDR027489,geneDR027496,geneDR027710,geneDR013220,geneDR013368,geneDR013465,geneDR027261,geneDR027251,geneDR031938,geneDR031942,geneDR031969,geneDR033942,geneDR029649,geneDR023547,geneDR023542,geneDR023374,geneDR023211,geneDR032725,geneDR032650,geneDR025797,geneDR025659,geneDR025654,geneDR034457,geneDR012768,geneDR012806,geneDR012891,geneDR012938,geneDR012944,geneDR013018,geneDR009640,geneDR009628,geneDR009624,geneDR009444,geneDR009429,geneDR009349,geneDR009316,geneDR009306,geneDR009275,geneDR009258,geneDR009206,geneDR009144,geneDR016579,geneDR016510,geneDR016506,geneDR016496,geneDR016465,geneDR016367,geneDR016316,geneDR029047,geneDR029082,geneDR007572,geneDR007524,geneDR007508,geneDR007286,geneDR007225,geneDR007215,geneDR034036,geneDR007131,geneDR022328,geneDR022408,geneDR022518,geneDR022537,geneDR022660,geneDR006098,geneDR006022,geneDR005821,geneDR005605,geneDR005524,geneDR005517,geneDR005452,geneDR005440,geneDR005364,geneDR005268,geneDR005164,geneDR005141	catalytic activity, acting on RNA	MF
GO:0004849	geneDR011330,geneDR014255,geneDR008112,geneDR002064,geneDR012273,geneDR018482,geneDR014864,geneDR008432,geneDR016013,geneDR022899,geneDR024431,geneDR026801,geneDR024608,geneDR024607,geneDR010971,geneDR009662,geneDR009114,geneDR016331,geneDR022263,geneDR022484	uridine kinase activity	MF
GO:0016301	geneDR011330,geneDR011496,geneDR011503,geneDR011813,geneDR011839,geneDR011847,geneDR011868,geneDR011880,geneDR033894,geneDR034091,geneDR035323,geneDR035403,geneDR035461,geneDR035475,geneDR034362,geneDR034366,geneDR035477,geneDR014255,geneDR014297,geneDR014309,geneDR014327,geneDR014354,geneDR014374,geneDR014396,geneDR014399,geneDR014405,geneDR014446,geneDR014449,geneDR014491,geneDR035514,geneDR035517,geneDR034496,geneDR034500,geneDR034537,geneDR034538,geneDR034539,geneDR035564,geneDR035576,geneDR034613,geneDR034615,geneDR034701,geneDR034730,geneDR034735,geneDR034784,geneDR034823,geneDR034877,geneDR034899,geneDR034915,geneDR034916,geneDR034971,geneDR034984,geneDR035016,geneDR035050,geneDR035083,geneDR032877,geneDR032893,geneDR032933,geneDR032947,geneDR032958,geneDR035136,geneDR032979,geneDR035204,geneDR035258,geneDR032173,geneDR032166,geneDR032144,geneDR032084,geneDR032075,geneDR032072,geneDR032065,geneDR032035,geneDR032028,geneDR032006,geneDR000027,geneDR000039,geneDR000054,geneDR000107,geneDR000286,geneDR000305,geneDR000351,geneDR000434,geneDR000490,geneDR000545,geneDR000619,geneDR000623,geneDR000628,geneDR000661,geneDR000665,geneDR000675,geneDR000756,geneDR000761,geneDR000822,geneDR000835,geneDR000850,geneDR000927,geneDR000982,geneDR001012,geneDR001015,geneDR001027,geneDR001107,geneDR001121,geneDR001123,geneDR001141,geneDR001159,geneDR001176,geneDR001223,geneDR001270,geneDR001272,geneDR001308,geneDR001329,geneDR001347,geneDR001377,geneDR001394,geneDR001425,geneDR001556,geneDR001617,geneDR001629,geneDR001635,geneDR001645,geneDR001689,geneDR001696,geneDR001715,geneDR001716,geneDR001803,geneDR001835,geneDR033820,geneDR033823,geneDR033834,geneDR033840,geneDR033841,geneDR033842,geneDR028407,geneDR028388,geneDR028386,geneDR028381,geneDR028358,geneDR028275,geneDR028254,geneDR028234,geneDR028232,geneDR030871,geneDR030836,geneDR008119,geneDR008116,geneDR008112,geneDR008067,geneDR008028,geneDR008024,geneDR008015,geneDR007968,geneDR007935,geneDR007887,geneDR007856,geneDR007855,geneDR007853,geneDR007744,geneDR007739,geneDR007733,geneDR007692,geneDR007683,geneDR007667,geneDR007651,geneDR007613,geneDR016965,geneDR016870,geneDR016866,geneDR016814,geneDR016775,geneDR016717,geneDR016715,geneDR003526,geneDR003507,geneDR003494,geneDR003449,geneDR003431,geneDR003416,geneDR003342,geneDR003305,geneDR003294,geneDR003223,geneDR003190,geneDR003151,geneDR003089,geneDR003073,geneDR003070,geneDR003044,geneDR003017,geneDR003010,geneDR003009,geneDR002993,geneDR002974,geneDR002962,geneDR002956,geneDR002930,geneDR002911,geneDR002883,geneDR002808,geneDR002777,geneDR002764,geneDR002709,geneDR002688,geneDR002638,geneDR002616,geneDR002612,geneDR002559,geneDR002556,geneDR002527,geneDR002475,geneDR002474,geneDR002311,geneDR002291,geneDR002238,geneDR002236,geneDR002214,geneDR002212,geneDR002145,geneDR002102,geneDR002069,geneDR002064,geneDR002004,geneDR001980,geneDR001978,geneDR001873,geneDR034255,geneDR034254,geneDR030333,geneDR030358,geneDR030390,geneDR030393,geneDR030395,geneDR030396,geneDR030415,geneDR030489,geneDR030496,geneDR030522,geneDR030528,geneDR030544,geneDR030561,geneDR031617,geneDR031738,geneDR031747,geneDR028664,geneDR028622,geneDR028620,geneDR028619,geneDR028600,geneDR028583,geneDR028564,geneDR028509,geneDR028455,geneDR028446,geneDR019862,geneDR019868,geneDR019913,geneDR019925,geneDR019967,geneDR019971,geneDR019982,geneDR019988,geneDR019993,geneDR019995,geneDR020008,geneDR020030,geneDR020043,geneDR020092,geneDR020114,geneDR020116,geneDR020134,geneDR020143,geneDR020197,geneDR020269,geneDR020274,geneDR020292,geneDR020300,geneDR020351,geneDR012082,geneDR012090,geneDR012115,geneDR012155,geneDR012158,geneDR012170,geneDR012179,geneDR012180,geneDR012219,geneDR012273,geneDR012302,geneDR012323,geneDR012374,geneDR012376,geneDR012394,geneDR012429,geneDR012479,geneDR012488,geneDR012565,geneDR012627,geneDR012632,geneDR012634,geneDR012640,geneDR012655,geneDR012696,geneDR012697,geneDR028196,geneDR028133,geneDR028122,geneDR028104,geneDR028082,geneDR031913,geneDR031904,geneDR030650,geneDR034452,geneDR006913,geneDR006906,geneDR006896,geneDR006831,geneDR006803,geneDR006787,geneDR006783,geneDR006712,geneDR006685,geneDR006647,geneDR006608,geneDR006599,geneDR006512,geneDR006496,geneDR006493,geneDR006472,geneDR006443,geneDR006426,geneDR006423,geneDR006388,geneDR006336,geneDR006307,geneDR006236,geneDR006232,geneDR006185,geneDR006173,geneDR033774,geneDR018552,geneDR018538,geneDR018520,geneDR018489,geneDR018482,geneDR018478,geneDR018456,geneDR018422,geneDR018342,geneDR018333,geneDR018332,geneDR018258,geneDR018250,geneDR018230,geneDR018158,geneDR018126,geneDR018065,geneDR018057,geneDR018049,geneDR018041,geneDR018026,geneDR017983,geneDR017951,geneDR030943,geneDR030960,geneDR030971,geneDR031002,geneDR031007,geneDR031020,geneDR031036,geneDR031126,geneDR034146,geneDR034147,geneDR034148,geneDR034178,geneDR017620,geneDR017610,geneDR017524,geneDR017520,geneDR017430,geneDR017362,geneDR017328,geneDR017288,geneDR017281,geneDR017260,geneDR017259,geneDR0172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activity	MF
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activity	MF
GO:0016772	geneDR011330,geneDR011366,geneDR011432,geneDR011496,geneDR011503,geneDR011813,geneDR011839,geneDR011847,geneDR011868,geneDR011880,geneDR033894,geneDR035309,geneDR034091,geneDR035323,geneDR035403,geneDR035461,geneDR035475,geneDR034362,geneDR034365,geneDR034366,geneDR035477,geneDR014255,geneDR014297,geneDR014309,geneDR014327,geneDR014354,geneDR014374,geneDR014396,geneDR014399,geneDR014405,geneDR014446,geneDR014449,geneDR014491,geneDR035514,geneDR035517,geneDR034496,geneDR034500,geneDR034537,geneDR034538,geneDR034539,geneDR035562,geneDR035564,geneDR035566,geneDR035567,geneDR034588,geneDR035576,geneDR034613,geneDR034615,geneDR034701,geneDR034730,geneDR034735,geneDR034784,geneDR034823,geneDR034877,geneDR034899,geneDR034915,geneDR034916,geneDR031869,geneDR034971,geneDR034984,geneDR035016,geneDR035050,geneDR035083,geneDR035097,geneDR032868,geneDR032877,geneDR032893,geneDR032933,geneDR032947,geneDR032958,geneDR035136,geneDR032979,geneDR035204,geneDR035210,geneDR035224,geneDR035258,geneDR032173,geneDR032166,geneDR032144,geneDR032084,geneDR032075,geneDR032072,geneDR032066,geneDR032065,geneDR032035,geneDR032028,geneDR032006,geneDR000027,geneDR000039,geneDR000054,geneDR000107,geneDR000286,geneDR000305,geneDR000351,geneDR000434,geneDR000490,geneDR000545,geneDR000619,geneDR000623,geneDR000628,geneDR000661,geneDR000665,geneDR000675,geneDR000756,geneDR000761,geneDR000822,geneDR000835,geneDR000850,geneDR000927,geneDR000982,geneDR001012,geneDR001015,geneDR001027,geneDR001107,geneDR001121,geneDR001123,geneDR001141,geneDR001159,geneDR001176,geneDR001223,geneDR001264,geneDR001265,geneDR001270,geneDR001272,geneDR001308,geneDR001329,geneDR001347,geneDR001377,geneDR001394,geneDR001425,geneDR001556,geneDR001617,geneDR001629,geneDR001635,geneDR001645,geneDR001689,geneDR001696,geneDR001715,geneDR001716,geneDR001803,geneDR001835,geneDR034659,geneDR034554,geneDR033820,geneDR033823,geneDR033834,geneDR033840,geneDR033841,geneDR033842,geneDR028426,geneDR028407,geneDR028388,geneDR028386,geneDR028381,geneDR028358,geneDR028343,geneDR028275,geneDR028254,geneDR028234,geneDR028232,geneDR030871,geneDR030836,geneDR008119,geneDR008116,geneDR008112,geneDR008067,geneDR008028,geneDR008024,geneDR008015,geneDR007968,geneDR007943,geneDR007935,geneDR007887,geneDR007856,geneDR007855,geneDR007853,geneDR007744,geneDR007739,geneDR007733,geneDR007712,geneDR007692,geneDR007683,geneDR007667,geneDR007651,geneDR007613,geneDR017013,geneDR016965,geneDR016870,geneDR016867,geneDR016866,geneDR016814,geneDR016775,geneDR016717,geneDR016715,geneDR016708,geneDR003526,geneDR003507,geneDR003494,geneDR003468,geneDR003449,geneDR003431,geneDR003416,geneDR003365,geneDR003342,geneDR003305,geneDR003294,geneDR003257,geneDR003223,geneDR003190,geneDR003180,geneDR003151,geneDR003089,geneDR003080,geneDR003073,geneDR003070,geneDR003044,geneDR003017,geneDR003010,geneDR003009,geneDR002993,geneDR002974,geneDR002962,geneDR002960,geneDR002956,geneDR002930,geneDR002911,geneDR002902,geneDR002883,geneDR002873,geneDR002827,geneDR002808,geneDR002777,geneDR002764,geneDR002709,geneDR002688,geneDR002638,geneDR002616,geneDR002612,geneDR002559,geneDR002556,geneDR002527,geneDR002475,geneDR002474,geneDR002417,geneDR002311,geneDR002291,geneDR002238,geneDR002236,geneDR002214,geneDR002212,geneDR002145,geneDR002102,geneDR002069,geneDR002064,geneDR002004,geneDR001980,geneDR001978,geneDR001873,geneDR034255,geneDR034254,geneDR030333,geneDR030358,geneDR030366,geneDR030390,geneDR030393,geneDR030395,geneDR030396,geneDR030415,geneDR030489,geneDR030496,geneDR030522,geneDR030528,geneDR030544,geneDR030552,geneDR030561,geneDR031617,geneDR031705,geneDR031738,geneDR031747,geneDR028670,geneDR028664,geneDR028622,geneDR028620,geneDR028619,geneDR028600,geneDR028583,geneDR028564,geneDR028509,geneDR028455,geneDR028446,geneDR019862,geneDR019868,geneDR019913,geneDR019925,geneDR019967,geneDR019971,geneDR019982,geneDR019988,geneDR019993,geneDR019995,geneDR020008,geneDR020030,geneDR020043,geneDR020092,geneDR020114,geneDR020116,geneDR020134,geneDR020143,geneDR020197,geneDR020269,geneDR020274,geneDR020283,geneDR020292,geneDR020300,geneDR020351,geneDR012082,geneDR012090,geneDR012115,geneDR012134,geneDR012155,geneDR012158,geneDR012170,geneDR012179,geneDR012180,geneDR012219,geneDR012273,geneDR012302,geneDR012323,geneDR012374,geneDR012376,geneDR012394,geneDR012429,geneDR012479,geneDR012488,geneDR012565,geneDR012627,geneDR012632,geneDR012634,geneDR012640,geneDR012655,geneDR012677,geneDR012696,geneDR012697,geneDR028196,geneDR028133,geneDR028122,geneDR028104,geneDR028082,geneDR031913,geneDR031904,geneDR030650,geneDR034452,geneDR006913,geneDR006906,geneDR006896,geneDR006831,geneDR006824,geneDR006803,geneDR006787,geneDR006783,geneDR006712,geneDR006685,geneDR006647,geneDR006608,geneDR006599,geneDR006512,geneDR006496,geneDR006493,geneDR006472,geneDR006443,geneDR006426,geneDR006423,geneDR006388,geneDR006366,geneDR006341,geneDR006336,geneDR006307,geneDR006283,geneDR006269,geneDR006236,geneDR006232,geneDR006185,geneDR006173,geneDR0337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R004306,geneDR004308,geneDR004408,geneDR004486,geneDR004490,geneDR004523,geneDR004540,geneDR004543,geneDR004638,geneDR004661,geneDR004664,geneDR004672,geneDR004713,geneDR004819,geneDR004822,geneDR004832,geneDR004847,geneDR004861,geneDR004874,geneDR004899,geneDR004914,geneDR004931,geneDR025262,geneDR025256,geneDR025244,geneDR017749,geneDR017760,geneDR017788,geneDR017832,geneDR017846,geneDR017856,geneDR017857,geneDR017866,geneDR017875,geneDR017882,geneDR017909,geneDR017922,geneDR017941,geneDR033695,geneDR025003,geneDR024954,geneDR024908,geneDR024906,geneDR024863,geneDR024845,geneDR024836,geneDR024821,geneDR024794,geneDR024701,geneDR024679,geneDR024660,geneDR024658,geneDR022715,geneDR022740,geneDR022743,geneDR022849,geneDR022853,geneDR022899,geneDR022968,geneDR022973,geneDR023006,geneDR023007,geneDR023025,geneDR023027,geneDR023069,geneDR023149,geneDR023162,geneDR023186,geneDR023197,geneDR033583,geneDR033570,geneDR033527,geneDR021668,geneDR021693,geneDR021798,geneDR021799,geneDR021880,geneDR021883,geneDR021899,geneDR021918,geneDR021924,geneDR021926,geneDR021972,geneDR022021,geneDR022097,geneDR022135,geneDR022153,geneDR022165,geneDR022170,geneDR019467,geneDR019463,geneDR019448,geneDR019417,geneDR019416,geneDR019415,geneDR019397,geneDR019388,geneDR019383,geneDR019381,geneDR019355,geneDR019322,geneDR019291,geneDR019226,geneDR019119,geneDR019115,geneDR019099,geneDR019083,geneDR019075,geneDR019063,geneDR018988,geneDR018981,geneDR021621,geneDR021593,geneDR021592,geneDR021590,geneDR021576,geneDR021566,geneDR021442,geneDR021421,geneDR031826,geneDR031822,geneDR035191,geneDR033477,geneDR010339,geneDR010203,geneDR010202,geneDR010199,geneDR010181,geneDR010177,geneDR010176,geneDR010173,geneDR010167,geneDR010161,geneDR010157,geneDR010104,geneDR010037,geneDR010017,geneDR010014,geneDR010004,geneDR009991,geneDR009990,geneDR009989,geneDR009982,geneDR032305,geneDR032306,geneDR032395,geneDR032404,geneDR032414,geneDR032415,geneDR031338,geneDR031337,geneDR031326,geneDR031231,geneDR031220,geneDR031216,geneDR031192,geneDR024453,geneDR024437,geneDR024431,geneDR024401,geneDR024379,geneDR024370,geneDR024294,geneDR024292,geneDR024253,geneDR024244,geneDR024223,geneDR024211,geneDR024207,geneDR024196,geneDR024113,geneDR024110,geneDR024075,geneDR023651,geneDR023652,geneDR023664,geneDR023700,geneDR023702,geneDR023728,geneDR023751,geneDR023806,geneDR023820,geneDR023821,geneDR023831,geneDR023838,geneDR023853,geneDR023919,geneDR023944,geneDR034234,geneDR035075,geneDR014699,geneDR014692,geneDR014680,geneDR014678,geneDR014665,geneDR014652,geneDR014611,geneDR014601,geneDR014585,geneDR014552,geneDR014541,geneDR014526,geneDR014513,geneDR026586,geneDR026621,geneDR026624,geneDR026663,geneDR026666,geneDR026683,geneDR026684,geneDR026736,geneDR026752,geneDR026763,geneDR026798,geneDR026801,geneDR025023,geneDR025031,geneDR025048,geneDR025082,geneDR025100,geneDR025117,geneDR025132,geneDR025139,geneDR025143,geneDR033505,geneDR032553,geneDR024627,geneDR024620,geneDR024619,geneDR024608,geneDR024607,geneDR024605,geneDR024603,geneDR024596,geneDR024576,geneDR024559,geneDR024558,geneDR024500,geneDR010365,geneDR010366,geneDR010383,geneDR010405,geneDR010420,geneDR010426,geneDR010427,geneDR010442,geneDR010445,geneDR010459,geneDR010465,geneDR010500,geneDR010518,geneDR010540,geneDR010631,geneDR010690,geneDR010691,geneDR010712,geneDR010739,geneDR010741,geneDR010789,geneDR010796,geneDR010797,geneDR010798,geneDR010799,geneDR010800,geneDR010801,geneDR010802,geneDR010814,geneDR010847,geneDR010912,geneDR010940,geneDR010960,geneDR010971,geneDR010998,geneDR011051,geneDR011067,geneDR011119,geneDR011151,geneDR011154,geneDR011217,geneDR011227,geneDR011243,geneDR011245,geneDR011290,geneDR027454,geneDR027455,geneDR027461,geneDR027476,geneDR027519,geneDR027531,geneDR027533,geneDR027544,geneDR027565,geneDR027713,geneDR027717,geneDR027735,geneDR027752,geneDR027788,geneDR033654,geneDR033627,geneDR033610,geneDR033607,geneDR013104,geneDR013150,geneDR013161,geneDR013170,geneDR013218,geneDR013223,geneDR013273,geneDR013303,geneDR013327,geneDR013329,geneDR013367,geneDR013390,geneDR013393,geneDR013399,geneDR013489,geneDR013490,geneDR013512,geneDR013521,geneDR013526,geneDR013549,geneDR013590,geneDR013598,geneDR013608,geneDR013611,geneDR013615,geneDR013660,geneDR013701,geneDR013728,geneDR013773,geneDR013775,geneDR013788,geneDR027266,geneDR027262,geneDR027192,geneDR027146,geneDR027142,geneDR027125,geneDR027124,geneDR027029,geneDR031948,geneDR028927,geneDR028932,geneDR028956,geneDR032487,geneDR032485,geneDR032484,geneDR033926,geneDR033922,geneDR029503,geneDR029513,geneDR029529,geneDR029531,geneDR029639,geneDR029667,geneDR029668,geneDR023601,geneDR023600,geneDR023578,geneDR023559,geneDR023535,geneDR023534,geneDR023529,geneDR023528,geneDR023524,geneDR023522,geneDR023500,geneDR023463,geneDR023383,geneDR023370,geneDR023312,geneDR023287,geneDR023277,geneDR023276,geneDR023244,geneDR023236,geneDR032700,geneDR032699,geneDR032689,geneDR032657,geneDR032625,geneDR032614,geneDR025954,geneDR025953,geneDR025872,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activity, transferring phosphorus-containing groups	MF
GO:0019205	geneDR011330,geneDR011813,geneDR034366,geneDR014255,geneDR034735,geneDR035016,geneDR032947,geneDR032075,geneDR032006,geneDR001835,geneDR008112,geneDR007739,geneDR002883,geneDR002638,geneDR002069,geneDR002064,geneDR012273,geneDR012394,geneDR018482,geneDR014897,geneDR014864,geneDR008432,geneDR030049,geneDR016013,geneDR026200,geneDR031398,geneDR004040,geneDR004672,geneDR004914,geneDR017941,geneDR022899,geneDR024431,geneDR014526,geneDR026801,geneDR024608,geneDR024607,geneDR024558,geneDR010426,geneDR010442,geneDR010940,geneDR010971,geneDR027531,geneDR013170,geneDR032484,geneDR026921,geneDR034341,geneDR009662,geneDR009114,geneDR016331,geneDR029050,geneDR032262,geneDR022263,geneDR022484,geneDR005716,geneDR005301	nucleobase-containing compound kinase activity	MF
GO:0019206	geneDR011330,geneDR014255,geneDR032947,geneDR008112,geneDR002883,geneDR002064,geneDR012273,geneDR018482,geneDR014864,geneDR008432,geneDR016013,geneDR004914,geneDR022899,geneDR024431,geneDR014526,geneDR026801,geneDR024608,geneDR024607,geneDR010442,geneDR010971,geneDR027531,geneDR013170,geneDR009662,geneDR009114,geneDR016331,geneDR022263,geneDR022484	nucleoside kinase activity	MF
GO:0000166	geneDR011332,geneDR011381,geneDR011432,geneDR011468,geneDR011532,geneDR011720,geneDR011724,geneDR011736,geneDR011881,geneDR033869,geneDR035294,geneDR034105,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR035402,geneDR034364,geneDR034366,geneDR014262,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR034638,geneDR035610,geneDR035627,geneDR034720,geneDR034723,geneDR034735,geneDR034744,geneDR035659,geneDR034796,geneDR031869,geneDR034960,geneDR034963,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035199,geneDR035241,geneDR035244,geneDR032173,geneDR032026,geneDR000075,geneDR000150,geneDR000162,geneDR000375,geneDR000398,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001047,geneDR001074,geneDR001077,geneDR001079,geneDR001089,geneDR001113,geneDR001148,geneDR001184,geneDR001186,geneDR001309,geneDR001470,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007816,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003490,geneDR003424,geneDR003363,geneDR002978,geneDR002884,geneDR002855,geneDR002827,geneDR002819,geneDR002638,geneDR002631,geneDR002574,geneDR002562,geneDR002553,geneDR002529,geneDR002507,geneDR002458,geneDR002202,geneDR002169,geneDR001983,geneDR001859,geneDR030371,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR028685,geneDR028605,geneDR028493,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020075,geneDR020158,geneDR020250,geneDR020306,geneDR020404,geneDR012067,geneDR012077,geneDR012100,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR028193,geneDR028130,geneDR030686,geneDR006804,geneDR006738,geneDR006552,geneDR006545,geneDR006461,geneDR006280,geneDR018500,geneDR018496,geneDR018408,geneDR018390,geneDR018361,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR017948,geneDR030947,geneDR030954,geneDR031018,geneDR031061,geneDR031080,geneDR017631,geneDR017626,geneDR017607,geneDR017163,geneDR017086,geneDR017047,geneDR015164,geneDR015062,geneDR014964,geneDR014838,geneDR025443,geneDR025559,geneDR025575,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR027937,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020589,geneDR020561,geneDR020497,geneDR020495,geneDR020472,geneDR020455,geneDR020443,geneDR020418,geneDR008987,geneDR008701,geneDR008643,geneDR008529,geneDR008357,geneDR008307,geneDR008135,geneDR030041,geneDR029956,geneDR029914,geneDR029763,geneDR034771,geneDR033989,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR027874,geneDR027876,geneDR027878,geneDR027893,geneDR013988,geneDR013925,geneDR013904,geneDR019477,geneDR019478,geneDR019577,geneDR019585,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015875,geneDR015779,geneDR015701,geneDR015440,geneDR015425,geneDR015368,geneDR033274,geneDR033234,geneDR021263,geneDR021246,geneDR021217,geneDR021183,geneDR021181,geneDR021158,geneDR021076,geneDR021068,geneDR021061,geneDR021046,geneDR020942,geneDR026037,geneDR026247,geneDR031386,geneDR030751,geneDR030721,geneDR018645,geneDR018650,geneDR018651,geneDR018654,geneDR018710,geneDR018899,geneDR026297,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003785,geneDR003918,geneDR003922,geneDR003969,geneDR004116,geneDR004427,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004603,geneDR004659,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004898,geneDR004915,geneDR025199,geneDR017846,geneDR024998,geneDR024972,geneDR024960,geneDR024928,geneDR024821,geneDR024801,geneDR024767,geneDR024760,geneDR024759,geneDR022728,geneDR022898,geneDR022914,geneDR023157,geneDR023175,geneDR033570,geneDR021671,geneDR021720,geneDR021780,geneDR021882,geneDR021909,geneDR021922,geneDR021935,geneDR022039,geneDR022040,geneDR022046,geneDR022112,geneDR019335,geneDR019334,geneDR019161,geneDR019108,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR010260,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009993,geneDR009940,geneDR009939,geneDR032317,geneDR032368,geneDR032369,geneDR032382,geneDR031348,geneDR031316,geneDR031305,geneDR024444,geneDR024419,geneDR024417,geneDR024262,geneDR024255,geneDR024162,geneDR024152,geneDR024089,geneDR023734,geneDR023779,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR026793,geneDR025155,geneDR032547,geneDR024559,geneDR010467,geneDR010510,geneDR010563,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010758,geneDR010778,geneDR010908,geneDR010996,geneDR011050,geneDR011096,geneDR027482,geneDR027600,geneDR027735,geneDR033627,geneDR013071,geneDR013407,geneDR013490,geneDR013716,geneDR027272,geneDR027242,geneDR027238,geneDR027174,geneDR027093,geneDR027080,geneDR027034,geneDR032486,geneDR032484,geneDR029459,geneDR029529,geneDR029585,geneDR023517,geneDR023512,geneDR023456,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025776,geneDR025744,geneDR025723,geneDR025707,geneDR025702,geneDR025682,geneDR012810,geneDR012920,geneDR009861,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009549,geneDR009538,geneDR009514,geneDR009486,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR016482,geneDR016443,geneDR016229,geneDR016215,geneDR016188,geneDR016182,geneDR016165,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR032250,geneDR030601,geneDR007404,geneDR007203,geneDR007175,geneDR034077,geneDR007094,geneDR007047,geneDR022213,geneDR022333,geneDR022490,geneDR022578,geneDR022600,geneDR022671,geneDR005986,geneDR005878,geneDR005681,geneDR005575,geneDR005531,geneDR005402,geneDR005358,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983,geneDR030240,geneDR030219	nucleotide binding	MF
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GO:0009055	geneDR011332,geneDR011333,geneDR035363,geneDR035492,geneDR035572,geneDR035643,geneDR035659,geneDR030865,geneDR003490,geneDR003245,geneDR002227,geneDR002114,geneDR030392,geneDR019916,geneDR020159,geneDR028200,geneDR018302,geneDR018254,geneDR017221,geneDR015368,geneDR021263,geneDR004463,geneDR019329,geneDR009940,geneDR009939,geneDR032368,geneDR032369,geneDR023734,geneDR010472,geneDR027779,geneDR013546,geneDR028978,geneDR009811,geneDR005676,geneDR005358	electron transfer activity	MF
GO:0016491	geneDR011332,geneDR011333,geneDR011381,geneDR011447,geneDR011491,geneDR011510,geneDR011545,geneDR011600,geneDR011743,geneDR011761,geneDR011829,geneDR011838,geneDR011881,geneDR011995,geneDR012021,geneDR012039,geneDR012042,geneDR035311,geneDR035313,geneDR034093,geneDR034097,geneDR034105,geneDR034116,geneDR035326,geneDR035363,geneDR035374,geneDR035402,geneDR034321,geneDR035455,geneDR035470,geneDR034360,geneDR035492,geneDR014299,geneDR014356,geneDR014365,geneDR014373,geneDR014392,geneDR014393,geneDR014403,geneDR014407,geneDR014418,geneDR035570,geneDR035572,geneDR035581,geneDR035597,geneDR035605,geneDR034705,geneDR035627,geneDR035643,geneDR034759,geneDR035659,geneDR034789,geneDR034898,geneDR034960,geneDR035013,geneDR035044,geneDR035079,geneDR035087,geneDR035115,geneDR032879,geneDR032913,geneDR032933,geneDR035139,geneDR035148,geneDR035186,geneDR035198,geneDR035199,geneDR035205,geneDR032137,geneDR032071,geneDR032020,geneDR032019,geneDR000016,geneDR000069,geneDR000146,geneDR000150,geneDR000177,geneDR000237,geneDR000268,geneDR000270,geneDR000276,geneDR000339,geneDR000353,geneDR000356,geneDR000423,geneDR000469,geneDR000544,geneDR000571,geneDR000631,geneDR000681,geneDR000724,geneDR000736,geneDR000771,geneDR000785,geneDR000814,geneDR000853,geneDR000893,geneDR000895,geneDR000918,geneDR000930,geneDR000951,geneDR001025,geneDR001082,geneDR001113,geneDR001169,geneDR001188,geneDR001296,geneDR001332,geneDR001358,geneDR001436,geneDR001443,geneDR001465,geneDR001485,geneDR001502,geneDR001520,geneDR001523,geneDR001548,geneDR001579,geneDR001620,geneDR001634,geneDR001700,geneDR001740,geneDR001802,geneDR001812,geneDR035352,geneDR034677,geneDR033832,geneDR028428,geneDR028400,geneDR028347,geneDR028341,geneDR028329,geneDR028278,geneDR028277,geneDR028264,geneDR030885,geneDR030878,geneDR030877,geneDR030875,geneDR030865,geneDR030838,geneDR008105,geneDR008099,geneDR008097,geneDR008078,geneDR008051,geneDR008032,geneDR008005,geneDR007816,geneDR007805,geneDR007795,geneDR007794,geneDR007778,geneDR007760,geneDR007759,geneDR007704,geneDR007698,geneDR034694,geneDR034695,geneDR017004,geneDR016994,geneDR016958,geneDR016948,geneDR016913,geneDR016902,geneDR016893,geneDR016882,geneDR016854,geneDR016816,geneDR016815,geneDR016700,geneDR016699,geneDR016698,geneDR016695,geneDR003501,geneDR003490,geneDR003426,geneDR003380,geneDR003333,geneDR003300,geneDR003296,geneDR003246,geneDR003245,geneDR003241,geneDR003240,geneDR003230,geneDR003209,geneDR003193,geneDR003175,geneDR003107,geneDR003047,geneDR003046,geneDR003013,geneDR003012,geneDR002984,geneDR002945,geneDR002914,geneDR002903,geneDR002884,geneDR002867,geneDR002706,geneDR002631,geneDR002628,geneDR002610,geneDR002606,geneDR002553,geneDR002364,geneDR002363,geneDR002359,geneDR002245,geneDR002227,geneDR002221,geneDR002169,geneDR002159,geneDR002151,geneDR002114,geneDR002101,geneDR002075,geneDR002062,geneDR002021,geneDR002006,geneDR001965,geneDR001933,geneDR001923,geneDR001898,geneDR001894,geneDR001880,geneDR034239,geneDR030327,geneDR030371,geneDR030392,geneDR030397,geneDR030497,geneDR031669,geneDR031720,geneDR031727,geneDR031796,geneDR028711,geneDR028656,geneDR028648,geneDR028628,geneDR028607,geneDR028605,geneDR028603,geneDR028595,geneDR028511,geneDR028493,geneDR028486,geneDR019916,geneDR020073,geneDR020097,geneDR020107,geneDR020159,geneDR020163,geneDR020219,geneDR020243,geneDR020258,geneDR020322,geneDR020356,geneDR020387,geneDR020388,geneDR020389,geneDR012057,geneDR012084,geneDR012192,geneDR012218,geneDR012226,geneDR012357,geneDR012359,geneDR012409,geneDR012420,geneDR012442,geneDR012460,geneDR012475,geneDR012520,geneDR012526,geneDR012587,geneDR012629,geneDR028200,geneDR028198,geneDR028150,geneDR028149,geneDR028130,geneDR028115,geneDR028105,geneDR031909,geneDR033344,geneDR006897,geneDR006835,geneDR006779,geneDR006741,geneDR006740,geneDR006708,geneDR006651,geneDR006615,geneDR006601,geneDR006515,geneDR006464,geneDR006451,geneDR006449,geneDR006420,geneDR006384,geneDR006267,geneDR006245,geneDR006221,geneDR006220,geneDR006202,geneDR006184,geneDR006142,geneDR006134,geneDR033803,geneDR033794,geneDR018526,geneDR018475,geneDR018442,geneDR018408,geneDR018394,geneDR018390,geneDR018361,geneDR018303,geneDR018302,geneDR018282,geneDR018273,geneDR018259,geneDR018254,geneDR018234,geneDR018175,geneDR018155,geneDR018149,geneDR018113,geneDR018107,geneDR018093,geneDR018021,geneDR030954,geneDR030976,geneDR031016,geneDR031018,geneDR031062,geneDR031074,geneDR031076,geneDR031172,geneDR034139,geneDR034140,geneDR017650,geneDR017649,geneDR017632,geneDR017609,geneDR017560,geneDR017550,geneDR017536,geneDR017529,geneDR017475,geneDR017469,geneDR017352,geneDR017342,geneDR017297,geneDR017221,geneDR017167,geneDR017154,geneDR017121,geneDR017112,geneDR017086,geneDR015332,geneDR015233,geneDR015133,geneDR015084,geneDR015020,geneDR014965,geneDR014863,geneDR014815,geneDR014779,geneDR014773,geneDR025338,geneDR025379,geneDR025484,geneDR025516,geneDR025542,geneDR025552,geneDR025575,geneDR033163,geneDR033120,geneDR028019,geneDR028016,geneDR027960,geneDR027947,geneDR027939,geneDR027922,geneDR030256,geneDR030269,geneDR029722,geneDR029683,geneDR020732,geneDR020687,geneDR020680,geneDR020565,geneDR020529,geneDR020493,geneDR008998,geneDR008928,geneDR008900,geneDR008868,geneDR008780,geneDR008728,geneDR008676,geneDR008556,geneDR008540,geneDR008471,geneDR008295,geneDR008247,geneDR008181,geneDR008163,geneDR030036,geneDR030005,geneDR030001,geneDR029914,geneDR029882,geneDR029778,geneDR029763,geneDR029754,geneDR034405,geneDR034870,geneDR027319,geneDR027328,geneDR028865,geneDR028864,geneDR028840,geneDR028834,geneDR020748,geneDR020777,geneDR020778,geneDR034921,geneDR026831,geneDR026832,geneDR026887,geneDR033316,geneDR034180,geneDR027823,geneDR027846,geneDR027872,geneDR027880,geneDR030133,geneDR030120,geneDR014127,geneDR014098,geneDR013988,geneDR013976,geneDR013830,geneDR019477,geneDR019478,geneDR019534,geneDR019577,geneDR019613,geneDR019614,geneDR019658,geneDR019667,geneDR019685,geneDR019729,geneDR019765,geneDR019794,geneDR019804,geneDR016087,geneDR016075,geneDR016074,geneDR016072,geneDR016052,geneDR016029,geneDR016026,geneDR015919,geneDR015872,geneDR015839,geneDR015807,geneDR015751,geneDR015750,geneDR015666,geneDR015659,geneDR015620,geneDR015600,geneDR015552,geneDR015545,geneDR015482,geneDR015442,geneDR015440,geneDR015385,geneDR015368,geneDR015360,geneDR015357,geneDR015344,geneDR015343,geneDR033304,geneDR033280,geneDR033216,geneDR021372,geneDR021328,geneDR021321,geneDR021263,geneDR021218,geneDR021152,geneDR021104,geneDR021076,geneDR021062,geneDR021046,geneDR020994,geneDR020942,geneDR025974,geneDR025990,geneDR026006,geneDR026115,geneDR032451,geneDR032433,geneDR031434,geneDR033390,geneDR023970,geneDR030822,geneDR030806,geneDR030796,geneDR030762,geneDR030754,geneDR030742,geneDR030707,geneDR018600,geneDR018676,geneDR018710,geneDR018773,geneDR018774,geneDR018792,geneDR018852,geneDR018884,geneDR018894,geneDR018922,geneDR018933,geneDR026280,geneDR026316,geneDR026364,geneDR026393,geneDR026410,geneDR026457,geneDR026460,geneDR026571,geneDR003538,geneDR003557,geneDR003618,geneDR003630,geneDR003782,geneDR003859,geneDR003862,geneDR003863,geneDR003890,geneDR003895,geneDR003918,geneDR003936,geneDR003955,geneDR003971,geneDR004043,geneDR004077,geneDR004092,geneDR004097,geneDR004163,geneDR004173,geneDR004226,geneDR004243,geneDR004304,geneDR004325,geneDR004372,geneDR004374,geneDR004377,geneDR004432,geneDR004463,geneDR004475,geneDR004606,geneDR004622,geneDR004632,geneDR004636,geneDR004656,geneDR004659,geneDR004807,geneDR004831,geneDR004887,geneDR004915,geneDR004947,geneDR004948,geneDR025269,geneDR025268,geneDR025224,geneDR025213,geneDR025212,geneDR025209,geneDR025199,geneDR025177,geneDR033360,geneDR033363,geneDR017731,geneDR017746,geneDR017747,geneDR017769,geneDR017807,geneDR017835,geneDR017880,geneDR017933,geneDR033733,geneDR033706,geneDR033700,geneDR024991,geneDR024972,geneDR024892,geneDR024876,geneDR024760,geneDR024759,geneDR024723,geneDR024664,geneDR024663,geneDR022713,geneDR022886,geneDR022897,geneDR022898,geneDR022925,geneDR022962,geneDR022991,geneDR023004,geneDR023068,geneDR023103,geneDR023188,geneDR035194,geneDR035197,geneDR021691,geneDR021692,geneDR021769,geneDR021816,geneDR021837,geneDR021882,geneDR021894,geneDR021901,geneDR021909,geneDR022019,geneDR022039,geneDR022040,geneDR022048,geneDR019385,geneDR019382,geneDR019361,geneDR019360,geneDR019349,geneDR019347,geneDR019335,geneDR019334,geneDR019329,geneDR019251,geneDR019235,geneDR019196,geneDR019153,geneDR019059,geneDR019050,geneDR019049,geneDR018997,geneDR021554,geneDR021547,geneDR021523,geneDR021512,geneDR021469,geneDR021468,geneDR031825,geneDR010340,geneDR010309,geneDR010299,geneDR010293,geneDR010291,geneDR010259,geneDR010201,geneDR010139,geneDR010126,geneDR010105,geneDR010080,geneDR010058,geneDR010003,geneDR009964,geneDR009944,geneDR009940,geneDR009939,geneDR009938,geneDR009936,geneDR032297,geneDR032308,geneDR032343,geneDR032364,geneDR032368,geneDR032369,geneDR032370,geneDR032371,geneDR032373,geneDR032382,geneDR031340,geneDR031328,geneDR031305,geneDR031264,geneDR031257,geneDR031237,geneDR031223,geneDR031206,geneDR024306,geneDR024273,geneDR024264,geneDR024255,geneDR024238,geneDR024161,geneDR024112,geneDR023647,geneDR023673,geneDR023734,geneDR023739,geneDR023873,geneDR023917,geneDR023918,geneDR023940,geneDR034216,geneDR034802,geneDR014702,geneDR014626,geneDR014563,geneDR014541,geneDR026647,geneDR026658,geneDR026661,geneDR026668,geneDR026685,geneDR026696,geneDR026708,geneDR026761,geneDR025022,geneDR025081,geneDR025083,geneDR025085,geneDR025086,geneDR025119,geneDR025124,geneDR025140,geneDR025156,geneDR032545,geneDR032555,geneDR032559,geneDR024638,geneDR024598,geneDR024533,geneDR024522,geneDR024509,geneDR024493,geneDR024479,geneDR010417,geneDR010472,geneDR010480,geneDR010527,geneDR010542,geneDR010551,geneDR010572,geneDR010576,geneDR010715,geneDR010736,geneDR010758,geneDR010794,geneDR010805,geneDR010826,geneDR010866,geneDR011008,geneDR011022,geneDR011050,geneDR011058,geneDR011070,geneDR011139,geneDR011148,geneDR011165,geneDR011202,geneDR011251,geneDR027484,geneDR027485,geneDR027551,geneDR027599,geneDR027632,geneDR027636,geneDR027637,geneDR027638,geneDR027682,geneDR027705,geneDR027706,geneDR027708,geneDR027738,geneDR027779,geneDR027781,geneDR027801,geneDR033644,geneDR033642,geneDR033641,geneDR033622,geneDR033618,geneDR013052,geneDR013056,geneDR013069,geneDR013081,geneDR013082,geneDR013108,geneDR013109,geneDR013110,geneDR013111,geneDR013123,geneDR013146,geneDR013173,geneDR013213,geneDR013264,geneDR013265,geneDR013277,geneDR013279,geneDR013332,geneDR013344,geneDR013394,geneDR013407,geneDR013454,geneDR013495,geneDR013497,geneDR013546,geneDR013589,geneDR013605,geneDR013650,geneDR013681,geneDR013694,geneDR013716,geneDR013746,geneDR013812,geneDR027298,geneDR027261,geneDR027239,geneDR027209,geneDR027207,geneDR027206,geneDR027181,geneDR032589,geneDR032582,geneDR032581,geneDR031933,geneDR031949,geneDR031950,geneDR031953,geneDR031979,geneDR028947,geneDR028948,geneDR028952,geneDR028978,geneDR032525,geneDR032523,geneDR032489,geneDR033959,geneDR029487,geneDR029521,geneDR029522,geneDR029540,geneDR029578,geneDR029597,geneDR029623,geneDR023558,geneDR023551,geneDR023546,geneDR023478,geneDR023452,geneDR023414,geneDR023410,geneDR023300,geneDR023255,geneDR023237,geneDR023233,geneDR032666,geneDR032653,geneDR032646,geneDR025918,geneDR025914,geneDR025898,geneDR025882,geneDR025881,geneDR025866,geneDR025860,geneDR025797,geneDR025678,geneDR025665,geneDR025646,geneDR025600,geneDR025597,geneDR034454,geneDR034455,geneDR034467,geneDR034470,geneDR035623,geneDR012728,geneDR012734,geneDR012755,geneDR012794,geneDR012896,geneDR012897,geneDR012898,geneDR012899,geneDR012901,geneDR012902,geneDR012904,geneDR012920,geneDR012944,geneDR012951,geneDR012961,geneDR012963,geneDR012964,geneDR012985,geneDR012989,geneDR013018,geneDR013031,geneDR027018,geneDR026976,geneDR026953,geneDR009895,geneDR009877,geneDR009812,geneDR009811,geneDR009789,geneDR009779,geneDR009751,geneDR009679,geneDR009637,geneDR009608,geneDR009494,geneDR009486,geneDR009472,geneDR009437,geneDR009378,geneDR009377,geneDR009376,geneDR009375,geneDR009361,geneDR009359,geneDR009349,geneDR009342,geneDR009341,geneDR009340,geneDR009339,geneDR009309,geneDR009281,geneDR009280,geneDR009141,geneDR009123,geneDR009100,geneDR016593,geneDR016575,geneDR016574,geneDR016490,geneDR016486,geneDR016485,geneDR016443,geneDR016440,geneDR016439,geneDR016429,geneDR016386,geneDR016385,geneDR016384,geneDR016382,geneDR016344,geneDR016330,geneDR016276,geneDR016165,geneDR016114,geneDR016113,geneDR016096,geneDR028995,geneDR028996,geneDR029012,geneDR029023,geneDR029024,geneDR029025,geneDR029026,geneDR029038,geneDR029042,geneDR029047,geneDR029054,geneDR029087,geneDR029103,geneDR029148,geneDR029149,geneDR030643,geneDR030623,geneDR030601,geneDR030594,geneDR007572,geneDR007569,geneDR007539,geneDR007538,geneDR007537,geneDR007536,geneDR007517,geneDR007507,geneDR007415,geneDR007404,geneDR007395,geneDR007384,geneDR007383,geneDR007381,geneDR007365,geneDR007351,geneDR007325,geneDR007288,geneDR007277,geneDR007221,geneDR007206,geneDR007176,geneDR007049,geneDR006987,geneDR006970,geneDR022181,geneDR022207,geneDR022213,geneDR022262,geneDR022282,geneDR022293,geneDR022296,geneDR022341,geneDR022361,geneDR022364,geneDR022391,geneDR022408,geneDR022496,geneDR022599,geneDR022617,geneDR006074,geneDR006030,geneDR006010,geneDR006007,geneDR005949,geneDR005903,geneDR005902,geneDR005899,geneDR005841,geneDR005831,geneDR005813,geneDR005803,geneDR005771,geneDR005739,geneDR005736,geneDR005676,geneDR005667,geneDR005605,geneDR005572,geneDR005557,geneDR005542,geneDR005539,geneDR005488,geneDR005411,geneDR005403,geneDR005358,geneDR005337,geneDR005255,geneDR005232,geneDR005197,geneDR005188,geneDR005108,geneDR005106,geneDR005079,geneDR005036,geneDR005010,geneDR004992,geneDR030219,geneDR030204,geneDR032214,geneDR032215,geneDR032221	oxidoreductase activity	MF
GO:0036094	geneDR011332,geneDR011346,geneDR011381,geneDR011432,geneDR011468,geneDR011532,geneDR011535,geneDR011720,geneDR011724,geneDR011726,geneDR011736,geneDR011881,geneDR011941,geneDR011973,geneDR033869,geneDR035294,geneDR034105,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR035402,geneDR034364,geneDR034366,geneDR014262,geneDR014373,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR034616,geneDR035602,geneDR034638,geneDR035610,geneDR035627,geneDR034720,geneDR034723,geneDR034735,geneDR034744,geneDR035659,geneDR034796,geneDR031869,geneDR034960,geneDR034963,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035199,geneDR035203,geneDR035241,geneDR035244,geneDR032173,geneDR032026,geneDR000075,geneDR000150,geneDR000162,geneDR000375,geneDR000398,geneDR000407,geneDR000485,geneDR000611,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001047,geneDR001074,geneDR001077,geneDR001079,geneDR001089,geneDR001113,geneDR001148,geneDR001184,geneDR001186,geneDR001196,geneDR001212,geneDR001309,geneDR001470,geneDR001607,geneDR001696,geneDR028332,geneDR028298,geneDR028263,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007816,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003490,geneDR003424,geneDR003363,geneDR003156,geneDR003114,geneDR003058,geneDR002978,geneDR002919,geneDR002884,geneDR002855,geneDR002853,geneDR002827,geneDR002819,geneDR002638,geneDR002631,geneDR002574,geneDR002562,geneDR002553,geneDR002529,geneDR002507,geneDR002458,geneDR002202,geneDR002185,geneDR002169,geneDR002049,geneDR001983,geneDR001859,geneDR030334,geneDR030371,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031724,geneDR031728,geneDR031781,geneDR028685,geneDR028605,geneDR028523,geneDR028493,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020038,geneDR020068,geneDR020075,geneDR020158,geneDR020250,geneDR020306,geneDR020332,geneDR020373,geneDR020404,geneDR012067,geneDR012077,geneDR012100,geneDR012104,geneDR012171,geneDR012231,geneDR012278,geneDR012374,geneDR012591,geneDR012617,geneDR028193,geneDR028130,geneDR030686,geneDR006883,geneDR006804,geneDR006784,geneDR006738,geneDR006552,geneDR006545,geneDR006461,geneDR006414,geneDR006280,geneDR006153,geneDR033745,geneDR018548,geneDR018500,geneDR018496,geneDR018408,geneDR018390,geneDR018361,geneDR018312,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR017948,geneDR030947,geneDR030954,geneDR031018,geneDR031061,geneDR031080,geneDR017631,geneDR017626,geneDR017607,geneDR017429,geneDR017307,geneDR017163,geneDR017086,geneDR017047,geneDR015164,geneDR015062,geneDR014964,geneDR014951,geneDR014949,geneDR014838,geneDR014835,geneDR014827,geneDR025443,geneDR025559,geneDR025575,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR027937,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020589,geneDR020561,geneDR020497,geneDR020495,geneDR020472,geneDR020455,geneDR020443,geneDR020418,geneDR008987,geneDR008973,geneDR008711,geneDR008701,geneDR008643,geneDR008529,geneDR008442,geneDR008357,geneDR008307,geneDR008135,geneDR008132,geneDR008131,geneDR008130,geneDR030041,geneDR029956,geneDR029947,geneDR029914,geneDR029789,geneDR029763,geneDR034772,geneDR034771,geneDR033989,geneDR033991,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR026834,geneDR027874,geneDR027876,geneDR027878,geneDR027893,geneDR013988,geneDR013927,geneDR013925,geneDR013904,geneDR013875,geneDR019477,geneDR019478,geneDR019577,geneDR019585,geneDR019588,geneDR019742,geneDR019806,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015916,geneDR015875,geneDR015779,geneDR015701,geneDR015440,geneDR015425,geneDR015368,geneDR033274,geneDR033234,geneDR021263,geneDR021246,geneDR021217,geneDR021188,geneDR021183,geneDR021181,geneDR021158,geneDR021145,geneDR021076,geneDR021068,geneDR021061,geneDR021046,geneDR020942,geneDR020935,geneDR020931,geneDR025981,geneDR026037,geneDR026050,geneDR026119,geneDR026247,geneDR032448,geneDR032447,geneDR032443,geneDR031386,geneDR031368,geneDR030751,geneDR030721,geneDR018645,geneDR018650,geneDR018651,geneDR018654,geneDR018706,geneDR018710,geneDR018899,geneDR026297,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003785,geneDR003918,geneDR003922,geneDR003969,geneDR004014,geneDR004027,geneDR004116,geneDR004140,geneDR004427,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004601,geneDR004603,geneDR004659,geneDR004672,geneDR004756,geneDR004847,geneDR004864,geneDR004872,geneDR004877,geneDR004898,geneDR004915,geneDR025199,geneDR017735,geneDR017846,geneDR024998,geneDR024995,geneDR024972,geneDR024960,geneDR024928,geneDR024821,geneDR024801,geneDR024769,geneDR024767,geneDR024760,geneDR024759,geneDR022728,geneDR022898,geneDR022914,geneDR022990,geneDR023157,geneDR023175,geneDR033570,geneDR021666,geneDR021671,geneDR021720,geneDR021780,geneDR021882,geneDR021909,geneDR021922,geneDR021935,geneDR022003,geneDR022039,geneDR022040,geneDR022046,geneDR022112,geneDR019387,geneDR019340,geneDR019335,geneDR019334,geneDR019161,geneDR019108,geneDR019037,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR010260,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009993,geneDR009940,geneDR009939,geneDR032317,geneDR032368,geneDR032369,geneDR032382,geneDR032384,geneDR031348,geneDR031316,geneDR031305,geneDR031229,geneDR024444,geneDR024419,geneDR024417,geneDR024319,geneDR024262,geneDR024255,geneDR024162,geneDR024152,geneDR024089,geneDR023734,geneDR023779,geneDR023917,geneDR023918,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR026685,geneDR026793,geneDR025084,geneDR025155,geneDR032547,geneDR032558,geneDR024631,geneDR024559,geneDR024542,geneDR010467,geneDR010510,geneDR010563,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010758,geneDR010778,geneDR010811,geneDR010908,geneDR010996,geneDR010999,geneDR011010,geneDR011050,geneDR011096,geneDR027468,geneDR027470,geneDR027482,geneDR027600,geneDR027735,geneDR033627,geneDR013071,geneDR013214,geneDR013366,geneDR013407,geneDR013490,geneDR013545,geneDR013716,geneDR027272,geneDR027242,geneDR027238,geneDR027174,geneDR027093,geneDR027080,geneDR027034,geneDR032528,geneDR032486,geneDR032484,geneDR029459,geneDR029529,geneDR029585,geneDR023517,geneDR023512,geneDR023510,geneDR023456,geneDR023405,geneDR023375,geneDR023348,geneDR023300,geneDR023227,geneDR032680,geneDR032653,geneDR025837,geneDR025776,geneDR025744,geneDR025723,geneDR025707,geneDR025702,geneDR025682,geneDR012810,geneDR012853,geneDR012920,geneDR009861,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009549,geneDR009538,geneDR009514,geneDR009486,geneDR009468,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR016598,geneDR016482,geneDR016443,geneDR016229,geneDR016215,geneDR016188,geneDR016182,geneDR016165,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR029148,geneDR032250,geneDR030601,geneDR007458,geneDR007457,geneDR007404,geneDR007203,geneDR007175,geneDR007162,geneDR034077,geneDR007094,geneDR007047,geneDR022213,geneDR022227,geneDR022333,geneDR022490,geneDR022529,geneDR022578,geneDR022600,geneDR022671,geneDR005986,geneDR005939,geneDR005878,geneDR005858,geneDR005681,geneDR005575,geneDR005531,geneDR005478,geneDR005403,geneDR005402,geneDR005358,geneDR005273,geneDR005175,geneDR005160,geneDR005111,geneDR005040,geneDR005038,geneDR004983,geneDR030240,geneDR030219,geneDR030190	small molecule binding	MF
GO:0043167	geneDR011332,geneDR011346,geneDR011376,geneDR011381,geneDR011432,geneDR011532,geneDR011535,geneDR011539,geneDR011720,geneDR011724,geneDR011726,geneDR011736,geneDR011930,geneDR011941,geneDR011973,geneDR033871,geneDR035276,geneDR035294,geneDR035300,geneDR034105,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR035402,geneDR034297,geneDR034317,geneDR035454,geneDR034364,geneDR034366,geneDR014235,geneDR014374,geneDR014396,geneDR014487,geneDR014491,geneDR034487,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035537,geneDR035542,geneDR035551,geneDR034537,geneDR034538,geneDR034539,geneDR035576,geneDR034612,geneDR034616,geneDR034621,geneDR035602,geneDR034638,geneDR035610,geneDR035627,geneDR034720,geneDR034723,geneDR034731,geneDR034735,geneDR034740,geneDR034744,geneDR034778,geneDR034779,geneDR035659,geneDR035663,geneDR034796,geneDR034843,geneDR034901,geneDR031869,geneDR034980,geneDR034985,geneDR034999,geneDR035000,geneDR035003,geneDR035004,geneDR035005,geneDR035007,geneDR035016,geneDR035020,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035088,geneDR035115,geneDR035117,geneDR032923,geneDR032966,geneDR035199,geneDR035203,geneDR035241,geneDR035244,geneDR032173,geneDR032106,geneDR032082,geneDR032026,geneDR031996,geneDR031991,geneDR000008,geneDR000029,geneDR000075,geneDR000150,geneDR000162,geneDR000214,geneDR000263,geneDR000276,geneDR000344,geneDR000375,geneDR000398,geneDR000407,geneDR000485,geneDR000521,geneDR000604,geneDR000611,geneDR000618,geneDR000619,geneDR000645,geneDR000651,geneDR000665,geneDR000833,geneDR000834,geneDR000845,geneDR000896,geneDR000950,geneDR000991,geneDR001074,geneDR001089,geneDR001113,geneDR001123,geneDR001130,geneDR001148,geneDR001174,geneDR001176,geneDR001184,geneDR001186,geneDR001196,geneDR001212,geneDR001222,geneDR001297,geneDR001361,geneDR001372,geneDR001470,geneDR001517,geneDR001605,geneDR001607,geneDR001620,geneDR001621,geneDR001696,geneDR001776,geneDR001816,geneDR001835,geneDR034667,geneDR033836,geneDR028394,geneDR028372,geneDR028370,geneDR028332,geneDR028304,geneDR028298,geneDR028272,geneDR028263,geneDR030903,geneDR030901,geneDR030854,geneDR030852,geneDR030849,geneDR008124,geneDR008080,geneDR007968,geneDR007948,geneDR007943,geneDR007908,geneDR007906,geneDR007895,geneDR007889,geneDR007858,geneDR007853,geneDR007820,geneDR007816,geneDR007795,geneDR007745,geneDR007699,geneDR007680,geneDR007617,geneDR007594,geneDR034695,geneDR017017,geneDR016963,geneDR016960,geneDR016934,geneDR016912,geneDR016860,geneDR016844,geneDR016787,geneDR016761,geneDR016743,geneDR016716,geneDR016707,geneDR003523,geneDR003506,geneDR003505,geneDR003503,geneDR003490,geneDR003487,geneDR003424,geneDR003390,geneDR003373,geneDR003363,geneDR003350,geneDR003318,geneDR003300,geneDR003288,geneDR003245,geneDR003220,geneDR003209,geneDR003156,geneDR003137,geneDR003114,geneDR003100,geneDR003098,geneDR003058,geneDR003041,geneDR003040,geneDR002978,geneDR002962,geneDR002919,geneDR002892,geneDR002887,geneDR002884,geneDR002883,geneDR002871,geneDR002855,geneDR002853,geneDR002845,geneDR002834,geneDR002833,geneDR002827,geneDR002819,geneDR002758,geneDR002717,geneDR002700,geneDR002638,geneDR002631,geneDR002628,geneDR002588,geneDR002574,geneDR002562,geneDR002553,geneDR002529,geneDR002507,geneDR002505,geneDR002500,geneDR002480,geneDR002458,geneDR002389,geneDR002293,geneDR002283,geneDR002259,geneDR002220,geneDR002202,geneDR002189,geneDR002185,geneDR002182,geneDR002169,geneDR002075,geneDR002049,geneDR002033,geneDR001996,geneDR001990,geneDR001983,geneDR001903,geneDR001859,geneDR001844,geneDR034268,geneDR034266,geneDR034259,geneDR034258,geneDR034257,geneDR034251,geneDR034249,geneDR034241,geneDR030313,geneDR030316,geneDR030324,geneDR030334,geneDR030336,geneDR030338,geneDR030383,geneDR030388,geneDR030390,geneDR030487,geneDR030527,geneDR030528,geneDR030557,geneDR030561,geneDR030567,geneDR031641,geneDR031661,geneDR031669,geneDR031705,geneDR031728,geneDR031747,geneDR031781,geneDR031801,geneDR035027,geneDR028802,geneDR028783,geneDR028781,geneDR028730,geneDR028719,geneDR028605,geneDR028578,geneDR028523,geneDR028493,geneDR028484,geneDR028477,geneDR028450,geneDR028447,geneDR019865,geneDR019895,geneDR019898,geneDR019972,geneDR020038,geneDR020068,geneDR020075,geneDR020076,geneDR020159,geneDR020196,geneDR020210,geneDR020258,geneDR020306,geneDR020332,geneDR020335,geneDR020339,geneDR020340,geneDR020367,geneDR020373,geneDR020404,geneDR012067,geneDR012077,geneDR012098,geneDR012100,geneDR012104,geneDR012121,geneDR012134,geneDR012168,geneDR012171,geneDR012209,geneDR012231,geneDR012278,geneDR012350,geneDR012372,geneDR012374,geneDR012591,geneDR012613,geneDR012617,geneDR012619,geneDR012629,geneDR012630,geneDR028193,geneDR028130,geneDR028104,geneDR028098,geneDR028078,geneDR028073,geneDR031927,geneDR031904,geneDR030686,geneDR006883,geneDR006882,geneDR006839,geneDR006821,geneDR006806,geneDR006804,geneDR006794,geneDR006784,geneDR006738,geneDR006737,geneDR0066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R004672,geneDR004707,geneDR004748,geneDR004756,geneDR004847,geneDR004853,geneDR004857,geneDR004864,geneDR004872,geneDR004877,geneDR004892,geneDR004898,geneDR004909,geneDR004914,geneDR004915,geneDR004918,geneDR004923,geneDR025244,geneDR025226,geneDR025199,geneDR017735,geneDR017773,geneDR017776,geneDR017846,geneDR017860,geneDR017861,geneDR017928,geneDR017941,geneDR033711,geneDR024998,geneDR024995,geneDR024985,geneDR024972,geneDR024957,geneDR024936,geneDR024928,geneDR024821,geneDR024793,geneDR024773,geneDR024769,geneDR024767,geneDR024760,geneDR024759,geneDR024753,geneDR024732,geneDR024727,geneDR024699,geneDR024663,geneDR022713,geneDR022728,geneDR022743,geneDR022778,geneDR022785,geneDR022898,geneDR022914,geneDR022990,geneDR022995,geneDR023068,geneDR023092,geneDR023157,geneDR023162,geneDR023175,geneDR033570,geneDR033564,geneDR033543,geneDR033535,geneDR033534,geneDR021671,geneDR021693,geneDR021720,geneDR021736,geneDR021752,geneDR021768,geneDR021769,geneDR021780,geneDR021882,geneDR021909,geneDR021935,geneDR021998,geneDR022003,geneDR022039,geneDR022040,geneDR022081,geneDR022112,geneDR019387,geneDR019343,geneDR019340,geneDR019335,geneDR019334,geneDR019208,geneDR019153,geneDR019146,geneDR019108,geneDR019083,geneDR019081,geneDR019058,geneDR019050,geneDR019037,geneDR019036,geneDR019006,geneDR019005,geneDR018993,geneDR018982,geneDR018969,geneDR018966,geneDR021624,geneDR021621,geneDR021614,geneDR021589,geneDR021577,geneDR021529,geneDR021508,geneDR021497,geneDR031859,geneDR031834,geneDR031831,geneDR031826,geneDR031825,geneDR034198,geneDR034192,geneDR035235,geneDR033477,geneDR010328,geneDR010275,geneDR010260,geneDR010259,geneDR010154,geneDR010145,geneDR010144,geneDR010130,geneDR010105,geneDR010099,geneDR010098,geneDR010045,geneDR010036,geneDR010013,geneDR010002,geneDR009993,geneDR009959,geneDR009947,geneDR009940,geneDR009939,geneDR032317,geneDR032349,geneDR032361,geneDR032368,geneDR032369,geneDR032382,geneDR032384,geneDR031348,geneDR031316,geneDR031305,geneDR031289,geneDR031246,geneDR031229,geneDR031219,geneDR024437,geneDR024425,geneDR024419,geneDR024417,geneDR024319,geneDR024314,geneDR024312,geneDR024309,geneDR024287,geneDR024273,geneDR024255,geneDR024162,geneDR024147,geneDR024106,geneDR023654,geneDR023712,geneDR023734,geneDR023766,geneDR023767,geneDR023782,geneDR023818,geneDR023829,geneDR023830,geneDR023894,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR014653,geneDR014652,geneDR014649,geneDR014624,geneDR014506,geneDR014502,geneDR026576,geneDR026586,geneDR026590,geneDR026666,geneDR026683,geneDR026740,geneDR026798,geneDR026822,geneDR025066,geneDR025084,geneDR025124,geneDR025138,geneDR025145,geneDR025155,geneDR032547,geneDR032558,geneDR024642,geneDR024631,geneDR024628,geneDR024581,geneDR024559,geneDR024542,geneDR010420,geneDR010422,geneDR010465,geneDR010467,geneDR010472,geneDR010487,geneDR010493,geneDR010506,geneDR010510,geneDR010518,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010636,geneDR010673,geneDR010693,geneDR010706,geneDR010758,geneDR010767,geneDR010778,geneDR010794,geneDR010811,geneDR010817,geneDR010908,geneDR010974,geneDR010996,geneDR010999,geneDR011010,geneDR011019,geneDR011050,geneDR011096,geneDR011192,geneDR027468,geneDR027470,geneDR027482,geneDR027525,geneDR027531,geneDR027556,geneDR027713,geneDR027726,geneDR027735,geneDR027744,geneDR027772,geneDR027777,geneDR033667,geneDR033633,geneDR033627,geneDR013071,geneDR013078,geneDR013079,geneDR013084,geneDR013118,geneDR013145,geneDR013148,geneDR013214,geneDR013256,geneDR013257,geneDR013297,geneDR013317,geneDR013322,geneDR013366,geneDR013369,geneDR013404,geneDR013407,geneDR013459,geneDR013490,geneDR013545,geneDR013627,geneDR013716,geneDR013729,geneDR027286,geneDR027273,geneDR027261,geneDR027242,geneDR027238,geneDR027175,geneDR027154,geneDR027093,geneDR027076,geneDR027061,geneDR027034,geneDR032582,geneDR032581,geneDR031966,geneDR032528,geneDR032486,geneDR032484,geneDR029459,geneDR029464,geneDR029487,geneDR029529,geneDR029531,geneDR029585,geneDR029635,geneDR029636,geneDR023594,geneDR023517,geneDR023512,geneDR023510,geneDR023456,geneDR023405,geneDR023387,geneDR023386,geneDR023375,geneDR023348,geneDR023300,geneDR023227,geneDR023221,geneDR032689,geneDR032687,geneDR032680,geneDR032653,geneDR032649,geneDR032613,geneDR025906,geneDR025898,geneDR025878,geneDR025837,geneDR025833,geneDR025797,geneDR025795,geneDR025794,geneDR025793,geneDR025763,geneDR025744,geneDR025723,geneDR025702,geneDR025682,geneDR025660,geneDR025625,geneDR034478,geneDR012810,geneDR012853,geneDR012870,geneDR012920,geneDR012937,geneDR026955,geneDR009874,geneDR009861,geneDR009838,geneDR009826,geneDR009811,geneDR009771,geneDR009769,geneDR009669,geneDR009555,geneDR009538,geneDR009517,geneDR009516,geneDR009514,geneDR009486,geneDR009468,geneDR009435,geneDR009402,geneDR009396,geneDR009362,geneDR009361,geneDR009349,geneDR009337,geneDR009332,geneDR009321,geneDR009319,geneDR009309,geneDR009279,geneDR009253,geneDR009218,geneDR009108,geneDR009087,geneDR016661,geneDR016622,geneDR016598,geneDR016482,geneDR016461,geneDR016443,geneDR016423,geneDR016368,geneDR016323,geneDR016215,geneDR016192,geneDR016190,geneDR016188,geneDR016182,geneDR016165,geneDR016132,geneDR016130,geneDR028996,geneDR029037,geneDR029038,geneDR029047,geneDR029062,geneDR029079,geneDR029103,geneDR029104,geneDR029124,geneDR029126,geneDR029158,geneDR029182,geneDR030640,geneDR030601,geneDR007564,geneDR007552,geneDR007458,geneDR007457,geneDR007444,geneDR007404,geneDR007390,geneDR007306,geneDR007267,geneDR007224,geneDR007203,geneDR007175,geneDR034069,geneDR007103,geneDR007082,geneDR007047,geneDR007044,geneDR007043,geneDR007004,geneDR006991,geneDR006987,geneDR006980,geneDR006920,geneDR022205,geneDR022213,geneDR022243,geneDR022259,geneDR022274,geneDR022306,geneDR022333,geneDR022348,geneDR022474,geneDR022517,geneDR022578,geneDR022600,geneDR022668,geneDR022671,geneDR022682,geneDR022688,geneDR006057,geneDR005991,geneDR005986,geneDR005984,geneDR005981,geneDR005980,geneDR005977,geneDR005959,geneDR005939,geneDR005936,geneDR005933,geneDR005903,geneDR005902,geneDR005890,geneDR005878,geneDR005858,geneDR005782,geneDR005772,geneDR005757,geneDR005721,geneDR005684,geneDR005681,geneDR005676,geneDR005670,geneDR005659,geneDR005601,geneDR005575,geneDR005528,geneDR005480,geneDR005419,geneDR005402,geneDR005358,geneDR005332,geneDR005286,geneDR005273,geneDR005207,geneDR005175,geneDR005164,geneDR005160,geneDR005111,geneDR005071,geneDR005068,geneDR005063,geneDR005051,geneDR005040,geneDR005038,geneDR004997,geneDR004983,geneDR030240,geneDR030228,geneDR030219,geneDR030209,geneDR030205,geneDR030190,geneDR030181,geneDR032231,geneDR032232	ion binding	MF
GO:0043168	geneDR011332,geneDR011346,geneDR011376,geneDR011381,geneDR011432,geneDR011532,geneDR011535,geneDR011720,geneDR011724,geneDR011726,geneDR011736,geneDR011941,geneDR011973,geneDR035294,geneDR034105,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR035402,geneDR034297,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035537,geneDR034537,geneDR034538,geneDR034539,geneDR035576,geneDR034612,geneDR034616,geneDR035602,geneDR034638,geneDR035610,geneDR035627,geneDR034720,geneDR034723,geneDR034735,geneDR034740,geneDR034744,geneDR034778,geneDR034779,geneDR035659,geneDR035663,geneDR034796,geneDR031869,geneDR034980,geneDR034999,geneDR035000,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035117,geneDR032966,geneDR035199,geneDR035203,geneDR035241,geneDR035244,geneDR032173,geneDR032026,geneDR031996,geneDR000075,geneDR000150,geneDR000162,geneDR000214,geneDR000276,geneDR000344,geneDR000375,geneDR000398,geneDR000407,geneDR000485,geneDR000611,geneDR000618,geneDR000619,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001074,geneDR001089,geneDR001113,geneDR001148,geneDR001174,geneDR001176,geneDR001184,geneDR001186,geneDR001196,geneDR001212,geneDR001361,geneDR001470,geneDR001607,geneDR001696,geneDR034667,geneDR028372,geneDR028370,geneDR028332,geneDR028298,geneDR028263,geneDR030903,geneDR030901,geneDR030854,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007948,geneDR007908,geneDR007889,geneDR007853,geneDR007820,geneDR007816,geneDR007699,geneDR016963,geneDR016912,geneDR016761,geneDR016743,geneDR016707,geneDR003523,geneDR003490,geneDR003424,geneDR003363,geneDR003220,geneDR003156,geneDR003114,geneDR003058,geneDR002978,geneDR002919,geneDR002892,geneDR002884,geneDR002855,geneDR002853,geneDR002845,geneDR002827,geneDR002819,geneDR002638,geneDR002574,geneDR002562,geneDR002553,geneDR002529,geneDR002507,geneDR002458,geneDR002202,geneDR002185,geneDR002182,geneDR002169,geneDR002049,geneDR001990,geneDR001983,geneDR001903,geneDR001859,geneDR034259,geneDR034258,geneDR034257,geneDR030313,geneDR030334,geneDR030390,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR031801,geneDR035027,geneDR028783,geneDR028730,geneDR028605,geneDR028523,geneDR028493,geneDR028477,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020038,geneDR020068,geneDR020075,geneDR020306,geneDR020332,geneDR020335,geneDR020340,geneDR020373,geneDR020404,geneDR012067,geneDR012077,geneDR012098,geneDR012100,geneDR012104,geneDR012121,geneDR012171,geneDR012231,geneDR012278,geneDR012350,geneDR012372,geneDR012374,geneDR012591,geneDR012617,geneDR028193,geneDR028130,geneDR028104,geneDR030686,geneDR006883,geneDR006804,geneDR006784,geneDR006738,geneDR006552,geneDR006461,geneDR006441,geneDR006427,geneDR006426,geneDR006414,geneDR006280,geneDR006153,geneDR033748,geneDR033745,geneDR018548,geneDR018500,geneDR018496,geneDR018478,geneDR018390,geneDR018361,geneDR018312,geneDR018302,geneDR018295,geneDR018283,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR018077,geneDR017953,geneDR030954,geneDR031018,geneDR031061,geneDR031084,geneDR031133,geneDR017631,geneDR017626,geneDR017607,geneDR017482,geneDR017429,geneDR017307,geneDR017303,geneDR017163,geneDR017086,geneDR017047,geneDR015164,geneDR015156,geneDR014964,geneDR014951,geneDR014949,geneDR014838,geneDR014835,geneDR014827,geneDR014818,geneDR025443,geneDR025542,geneDR025559,geneDR025575,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020561,geneDR020497,geneDR020495,geneDR020472,geneDR020455,geneDR020418,geneDR009010,geneDR008987,geneDR008973,geneDR008887,geneDR008846,geneDR008711,geneDR008701,geneDR008643,geneDR008529,geneDR008442,geneDR008423,geneDR008422,geneDR008357,geneDR008307,geneDR008135,geneDR008132,geneDR008131,geneDR008130,geneDR030062,geneDR030041,geneDR029956,geneDR029914,geneDR029796,geneDR029789,geneDR029763,geneDR034772,geneDR033991,geneDR028849,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR026834,geneDR027859,geneDR027893,geneDR014184,geneDR014068,geneDR014022,geneDR013988,geneDR013925,geneDR013905,geneDR013904,geneDR013875,geneDR019477,geneDR019478,geneDR019585,geneDR019588,geneDR019742,geneDR019806,geneDR019852,geneDR034330,geneDR034334,geneDR034516,geneDR016086,geneDR016062,geneDR015992,geneDR015916,geneDR015903,geneDR015875,geneDR015779,geneDR015701,geneDR015634,geneDR015605,geneDR015440,geneDR015425,geneDR015408,geneDR015368,geneDR015341,geneDR015340,geneDR033302,geneDR033274,geneDR033234,geneDR021265,geneDR021263,geneDR021246,geneDR021183,geneDR021181,geneDR021158,geneDR021145,geneDR021076,geneDR021068,geneDR021061,geneDR021046,geneDR020935,geneDR020931,geneDR020890,geneDR025981,geneDR026037,geneDR026050,geneDR026119,geneDR026219,geneDR026247,geneDR032448,geneDR032447,geneDR032443,geneDR031368,geneDR030751,geneDR030721,geneDR030706,geneDR030705,geneDR030702,geneDR030701,geneDR018645,geneDR018706,geneDR018710,geneDR018899,geneDR026315,geneDR026326,geneDR026463,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003732,geneDR003785,geneDR003805,geneDR003918,geneDR003969,geneDR004014,geneDR004027,geneDR004116,geneDR004140,geneDR004145,geneDR004427,geneDR004465,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004601,geneDR004603,geneDR004672,geneDR004756,geneDR004847,geneDR004864,geneDR004872,geneDR004877,geneDR004898,geneDR004915,geneDR004923,geneDR025199,geneDR017735,geneDR017773,geneDR017776,geneDR017846,geneDR017928,geneDR024998,geneDR024995,geneDR024972,geneDR024928,geneDR024821,geneDR024773,geneDR024769,geneDR024767,geneDR024760,geneDR024759,geneDR022728,geneDR022898,geneDR022914,geneDR022990,geneDR023092,geneDR023157,geneDR023162,geneDR023175,geneDR033570,geneDR021671,geneDR021720,geneDR021736,geneDR021768,geneDR021769,geneDR021780,geneDR021882,geneDR021909,geneDR021935,geneDR021998,geneDR022003,geneDR022039,geneDR022040,geneDR022112,geneDR019387,geneDR019340,geneDR019335,geneDR019334,geneDR019108,geneDR019081,geneDR019058,geneDR019037,geneDR019006,geneDR019005,geneDR018993,geneDR018982,geneDR018969,geneDR018966,geneDR021624,geneDR021621,geneDR021508,geneDR021497,geneDR031859,geneDR031834,geneDR031831,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR033477,geneDR010275,geneDR010260,geneDR010154,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009993,geneDR009959,geneDR009947,geneDR009940,geneDR009939,geneDR032317,geneDR032349,geneDR032361,geneDR032368,geneDR032369,geneDR032382,geneDR032384,geneDR031348,geneDR031316,geneDR031305,geneDR031229,geneDR024437,geneDR024425,geneDR024419,geneDR024417,geneDR024319,geneDR024314,geneDR024255,geneDR024162,geneDR024147,geneDR024106,geneDR023654,geneDR023712,geneDR023734,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR014649,geneDR014506,geneDR014502,geneDR026576,geneDR026586,geneDR026666,geneDR026683,geneDR026740,geneDR026798,geneDR025084,geneDR025138,geneDR025155,geneDR032547,geneDR032558,geneDR024631,geneDR024559,geneDR024542,geneDR010465,geneDR010467,geneDR010487,geneDR010510,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010706,geneDR010758,geneDR010778,geneDR010794,geneDR010811,geneDR010908,geneDR010996,geneDR010999,geneDR011010,geneDR011019,geneDR011050,geneDR011096,geneDR027468,geneDR027470,geneDR027482,geneDR027713,geneDR027735,geneDR033627,geneDR013071,geneDR013214,geneDR013256,geneDR013366,geneDR013407,geneDR013490,geneDR013545,geneDR013627,geneDR013716,geneDR027242,geneDR027238,geneDR027154,geneDR027093,geneDR027076,geneDR027034,geneDR032528,geneDR032486,geneDR032484,geneDR029459,geneDR029487,geneDR029529,geneDR029585,geneDR029635,geneDR029636,geneDR023517,geneDR023512,geneDR023510,geneDR023456,geneDR023405,geneDR023375,geneDR023348,geneDR023300,geneDR023227,geneDR032687,geneDR032680,geneDR032653,geneDR025878,geneDR025837,geneDR025763,geneDR025744,geneDR025723,geneDR025702,geneDR025682,geneDR025625,geneDR034478,geneDR012810,geneDR012853,geneDR012920,geneDR026955,geneDR009861,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009538,geneDR009516,geneDR009514,geneDR009486,geneDR009468,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR009279,geneDR016598,geneDR016482,geneDR016461,geneDR016443,geneDR016215,geneDR016190,geneDR016188,geneDR016182,geneDR016165,geneDR016132,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR030640,geneDR030601,geneDR007458,geneDR007457,geneDR007404,geneDR007306,geneDR007267,geneDR007203,geneDR007175,geneDR034069,geneDR007103,geneDR007047,geneDR007004,geneDR022213,geneDR022306,geneDR022333,geneDR022348,geneDR022517,geneDR022578,geneDR022600,geneDR022671,geneDR022688,geneDR005991,geneDR005986,geneDR005984,geneDR005939,geneDR005936,geneDR005878,geneDR005858,geneDR005684,geneDR005681,geneDR005659,geneDR005575,geneDR005402,geneDR005358,geneDR005273,geneDR005175,geneDR005160,geneDR005111,geneDR005040,geneDR005038,geneDR004983,geneDR030240,geneDR030219,geneDR030190,geneDR032231,geneDR032232	anion binding	MF
GO:0050660	geneDR011332,geneDR011532,geneDR034105,geneDR035402,geneDR014491,geneDR035627,geneDR035659,geneDR035199,geneDR032026,geneDR001113,geneDR002169,geneDR028130,geneDR018390,geneDR030954,geneDR031018,geneDR025575,geneDR013988,geneDR019477,geneDR019478,geneDR021263,geneDR021076,geneDR021046,geneDR003918,geneDR025199,geneDR024998,geneDR024972,geneDR024760,geneDR024759,geneDR022728,geneDR021909,geneDR019335,geneDR019334,geneDR024255,geneDR023734,geneDR014665,geneDR026586,geneDR010758,geneDR023512,geneDR012920,geneDR016443,geneDR007404,geneDR022671,geneDR005358	flavin adenine dinucleotide binding	MF
GO:0097159	geneDR011332,geneDR011336,geneDR011378,geneDR011381,geneDR011382,geneDR011408,geneDR011432,geneDR011441,geneDR011468,geneDR011532,geneDR011535,geneDR011720,geneDR011724,geneDR011726,geneDR011728,geneDR011736,geneDR011807,geneDR011863,geneDR011881,geneDR011941,geneDR011973,geneDR012016,geneDR012019,geneDR033866,geneDR033869,geneDR033882,geneDR033892,geneDR035262,geneDR035263,geneDR035294,geneDR035305,geneDR034092,geneDR034096,geneDR034104,geneDR034105,geneDR034106,geneDR034107,geneDR034113,geneDR034117,geneDR035319,geneDR035329,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR035349,geneDR030904,geneDR030916,geneDR030921,geneDR030926,geneDR035366,geneDR035367,geneDR035369,geneDR035372,geneDR035402,geneDR034296,geneDR035409,geneDR034317,geneDR034323,geneDR035454,geneDR035470,geneDR034352,geneDR034364,geneDR034366,geneDR034411,geneDR034418,geneDR035478,geneDR035484,geneDR035502,geneDR014246,geneDR014250,geneDR014262,geneDR014294,geneDR014296,geneDR014298,geneDR014355,geneDR014358,geneDR014368,geneDR014374,geneDR014396,geneDR014426,geneDR014454,geneDR014467,geneDR014489,geneDR014491,geneDR034491,geneDR035512,geneDR035525,geneDR035526,geneDR034499,geneDR034500,geneDR034503,geneDR034504,geneDR035532,geneDR035547,geneDR035563,geneDR034586,geneDR034588,geneDR035576,geneDR034603,geneDR034605,geneDR034608,geneDR034612,geneDR034613,geneDR034616,geneDR034617,geneDR034621,geneDR035601,geneDR035602,geneDR034635,geneDR034638,geneDR035610,geneDR035616,geneDR034697,geneDR034704,geneDR035627,geneDR034710,geneDR034714,geneDR035639,geneDR034720,geneDR034721,geneDR034723,geneDR034732,geneDR034733,geneDR034735,geneDR034744,geneDR034749,geneDR035649,geneDR034785,geneDR034786,geneDR035659,geneDR034792,geneDR035662,geneDR035663,geneDR035665,geneDR034796,geneDR035666,geneDR035668,geneDR035669,geneDR035674,geneDR034873,geneDR034910,geneDR031869,geneDR034960,geneDR034963,geneDR034980,geneDR034985,geneDR034986,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035068,geneDR035083,geneDR035097,geneDR035110,geneDR035118,geneDR035119,geneDR032907,geneDR032920,geneDR032925,geneDR032946,geneDR032953,geneDR032957,geneDR032964,geneDR035126,geneDR035133,geneDR035137,geneDR035145,geneDR035148,geneDR035199,geneDR035200,geneDR035203,geneDR035207,geneDR035241,geneDR035243,geneDR035244,geneDR035246,geneDR035255,geneDR032173,geneDR032169,geneDR032142,geneDR032118,geneDR032112,geneDR032109,geneDR032087,geneDR032064,geneDR032055,geneDR032026,geneDR032016,geneDR032006,geneDR000013,geneDR000014,geneDR000029,geneDR000055,geneDR000061,geneDR000062,geneDR000066,geneDR000073,geneDR000075,geneDR000091,geneDR000095,geneDR000111,geneDR000117,geneDR000127,geneDR000138,geneDR000150,geneDR000162,geneDR000172,geneDR000178,geneDR000182,geneDR000195,geneDR000200,geneDR000219,geneDR000239,geneDR000253,geneDR000254,geneDR000262,geneDR000264,geneDR000273,geneDR000278,geneDR000287,geneDR000292,geneDR000298,geneDR000311,geneDR000324,geneDR000338,geneDR000349,geneDR000367,geneDR000375,geneDR000376,geneDR000397,geneDR000398,geneDR000401,geneDR000409,geneDR000415,geneDR000418,geneDR000420,geneDR000424,geneDR000438,geneDR000439,geneDR000440,geneDR000452,geneDR000465,geneDR000467,geneDR000468,geneDR000470,geneDR000485,geneDR000494,geneDR000503,geneDR000508,geneDR000515,geneDR000521,geneDR000530,geneDR000531,geneDR000532,geneDR000538,geneDR000548,geneDR000554,geneDR000555,geneDR000557,geneDR000559,geneDR000561,geneDR000583,geneDR000598,geneDR000604,geneDR000609,geneDR000616,geneDR000618,geneDR000621,geneDR000641,geneDR000650,geneDR000665,geneDR000674,geneDR000710,geneDR000740,geneDR000760,geneDR000770,geneDR000782,geneDR000783,geneDR000791,geneDR000796,geneDR000799,geneDR000818,geneDR000833,geneDR000834,geneDR000846,geneDR000847,geneDR000851,geneDR000873,geneDR000884,geneDR000892,geneDR000896,geneDR000913,geneDR000922,geneDR000946,geneDR000950,geneDR001016,geneDR001024,geneDR001047,geneDR001074,geneDR001077,geneDR001079,geneDR001082,geneDR001089,geneDR001091,geneDR001113,geneDR001123,geneDR001148,geneDR001152,geneDR001162,geneDR001167,geneDR001184,geneDR001186,geneDR001193,geneDR001196,geneDR001203,geneDR001208,geneDR001213,geneDR001221,geneDR001222,geneDR001227,geneDR001235,geneDR001257,geneDR001259,geneDR001262,geneDR001268,geneDR001309,geneDR001319,geneDR001334,geneDR001345,geneDR001369,geneDR001371,geneDR001379,geneDR001389,geneDR001421,geneDR001436,geneDR001438,geneDR001467,geneDR001470,geneDR001479,geneDR001494,geneDR001503,geneDR001518,geneDR001525,geneDR001526,geneDR001581,geneDR001587,geneDR001607,geneDR001619,geneDR001627,geneDR001643,geneDR001658,geneDR001678,geneDR001687,geneDR001692,geneDR001693,geneDR001696,geneDR001706,geneDR001745,geneDR001749,geneDR001757,geneDR001760,geneDR001764,geneDR001765,geneDR001784,geneDR001787,geneDR001788,geneDR001826,geneDR001839,geneDR035355,geneDR034670,geneDR034671,geneDR034680,geneDR034544,geneDR034545,geneDR033831,geneDR033838,geneDR028425,geneDR0284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cyclic compound binding	MF
GO:1901265	geneDR011332,geneDR011381,geneDR011432,geneDR011468,geneDR011532,geneDR011720,geneDR011724,geneDR011736,geneDR011881,geneDR033869,geneDR035294,geneDR034105,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR035402,geneDR034364,geneDR034366,geneDR014262,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR034638,geneDR035610,geneDR035627,geneDR034720,geneDR034723,geneDR034735,geneDR034744,geneDR035659,geneDR034796,geneDR031869,geneDR034960,geneDR034963,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035199,geneDR035241,geneDR035244,geneDR032173,geneDR032026,geneDR000075,geneDR000150,geneDR000162,geneDR000375,geneDR000398,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001047,geneDR001074,geneDR001077,geneDR001079,geneDR001089,geneDR001113,geneDR001148,geneDR001184,geneDR001186,geneDR001309,geneDR001470,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007816,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003490,geneDR003424,geneDR003363,geneDR002978,geneDR002884,geneDR002855,geneDR002827,geneDR002819,geneDR002638,geneDR002631,geneDR002574,geneDR002562,geneDR002553,geneDR002529,geneDR002507,geneDR002458,geneDR002202,geneDR002169,geneDR001983,geneDR001859,geneDR030371,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR028685,geneDR028605,geneDR028493,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020075,geneDR020158,geneDR020250,geneDR020306,geneDR020404,geneDR012067,geneDR012077,geneDR012100,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR028193,geneDR028130,geneDR030686,geneDR006804,geneDR006738,geneDR006552,geneDR006545,geneDR006461,geneDR006280,geneDR018500,geneDR018496,geneDR018408,geneDR018390,geneDR018361,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR017948,geneDR030947,geneDR030954,geneDR031018,geneDR031061,geneDR031080,geneDR017631,geneDR017626,geneDR017607,geneDR017163,geneDR017086,geneDR017047,geneDR015164,geneDR015062,geneDR014964,geneDR014838,geneDR025443,geneDR025559,geneDR025575,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR027937,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020589,geneDR020561,geneDR020497,geneDR020495,geneDR020472,geneDR020455,geneDR020443,geneDR020418,geneDR008987,geneDR008701,geneDR008643,geneDR008529,geneDR008357,geneDR008307,geneDR008135,geneDR030041,geneDR029956,geneDR029914,geneDR029763,geneDR034771,geneDR033989,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR027874,geneDR027876,geneDR027878,geneDR027893,geneDR013988,geneDR013925,geneDR013904,geneDR019477,geneDR019478,geneDR019577,geneDR019585,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015875,geneDR015779,geneDR015701,geneDR015440,geneDR015425,geneDR015368,geneDR033274,geneDR033234,geneDR021263,geneDR021246,geneDR021217,geneDR021183,geneDR021181,geneDR021158,geneDR021076,geneDR021068,geneDR021061,geneDR021046,geneDR020942,geneDR026037,geneDR026247,geneDR031386,geneDR030751,geneDR030721,geneDR018645,geneDR018650,geneDR018651,geneDR018654,geneDR018710,geneDR018899,geneDR026297,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003785,geneDR003918,geneDR003922,geneDR003969,geneDR004116,geneDR004427,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004603,geneDR004659,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004898,geneDR004915,geneDR025199,geneDR017846,geneDR024998,geneDR024972,geneDR024960,geneDR024928,geneDR024821,geneDR024801,geneDR024767,geneDR024760,geneDR024759,geneDR022728,geneDR022898,geneDR022914,geneDR023157,geneDR023175,geneDR033570,geneDR021671,geneDR021720,geneDR021780,geneDR021882,geneDR021909,geneDR021922,geneDR021935,geneDR022039,geneDR022040,geneDR022046,geneDR022112,geneDR019335,geneDR019334,geneDR019161,geneDR019108,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR010260,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009993,geneDR009940,geneDR009939,geneDR032317,geneDR032368,geneDR032369,geneDR032382,geneDR031348,geneDR031316,geneDR031305,geneDR024444,geneDR024419,geneDR024417,geneDR024262,geneDR024255,geneDR024162,geneDR024152,geneDR024089,geneDR023734,geneDR023779,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR026793,geneDR025155,geneDR032547,geneDR024559,geneDR010467,geneDR010510,geneDR010563,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010758,geneDR010778,geneDR010908,geneDR010996,geneDR011050,geneDR011096,geneDR027482,geneDR027600,geneDR027735,geneDR033627,geneDR013071,geneDR013407,geneDR013490,geneDR013716,geneDR027272,geneDR027242,geneDR027238,geneDR027174,geneDR027093,geneDR027080,geneDR027034,geneDR032486,geneDR032484,geneDR029459,geneDR029529,geneDR029585,geneDR023517,geneDR023512,geneDR023456,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025776,geneDR025744,geneDR025723,geneDR025707,geneDR025702,geneDR025682,geneDR012810,geneDR012920,geneDR009861,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009549,geneDR009538,geneDR009514,geneDR009486,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR016482,geneDR016443,geneDR016229,geneDR016215,geneDR016188,geneDR016182,geneDR016165,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR032250,geneDR030601,geneDR007404,geneDR007203,geneDR007175,geneDR034077,geneDR007094,geneDR007047,geneDR022213,geneDR022333,geneDR022490,geneDR022578,geneDR022600,geneDR022671,geneDR005986,geneDR005878,geneDR005681,geneDR005575,geneDR005531,geneDR005402,geneDR005358,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983,geneDR030240,geneDR030219	nucleoside phosphate binding	MF
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compound binding	MF
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acid binding	MF
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2705,geneDR006090,geneDR006089,geneDR006066,geneDR006024,geneDR005992,geneDR005972,geneDR005927,geneDR005888,geneDR005881,geneDR005874,geneDR005869,geneDR005863,geneDR005855,geneDR005829,geneDR005768,geneDR005762,geneDR005761,geneDR005714,geneDR005708,geneDR005690,geneDR005658,geneDR005640,geneDR005625,geneDR005578,geneDR005571,geneDR005501,geneDR005492,geneDR005441,geneDR005432,geneDR005424,geneDR005398,geneDR005390,geneDR005372,geneDR005354,geneDR005339,geneDR005315,geneDR005306,geneDR005301,geneDR005281,geneDR005266,geneDR005242,geneDR005233,geneDR005217,geneDR005215,geneDR005210,geneDR005206,geneDR005198,geneDR005181,geneDR005157,geneDR005153,geneDR005143,geneDR005124,geneDR005090,geneDR005038,geneDR004985,geneDR030242,geneDR030238,geneDR030198,geneDR030186,geneDR032234,geneDR032237	DNA binding	MF
GO:0003688	geneDR011336,geneDR035663,geneDR006725,geneDR024444,geneDR023933,geneDR023476,geneDR025684,geneDR016595,geneDR007199	DNA replication origin binding	MF
GO:0003690	geneDR011336,geneDR011408,geneDR011807,geneDR035334,geneDR035335,geneDR035478,geneDR014298,geneDR035663,geneDR035666,geneDR035016,geneDR032118,geneDR032064,geneDR032006,geneDR000182,geneDR000292,geneDR000548,geneDR000559,geneDR000650,geneDR000740,geneDR000892,geneDR000913,geneDR001208,geneDR001235,geneDR001259,geneDR001421,geneDR001518,geneDR001525,geneDR001693,geneDR001749,geneDR001784,geneDR001787,geneDR033838,geneDR008026,geneDR007956,geneDR007936,geneDR007921,geneDR016969,geneDR016928,geneDR016898,geneDR016832,geneDR003506,geneDR003505,geneDR003503,geneDR003300,geneDR002957,geneDR002882,geneDR002552,geneDR002332,geneDR002304,geneDR002263,geneDR002056,geneDR002024,geneDR002023,geneDR001984,geneDR001932,geneDR030461,geneDR030462,geneDR031782,geneDR031783,geneDR019909,geneDR020041,geneDR020146,geneDR020158,geneDR020318,geneDR020392,geneDR012062,geneDR012063,geneDR012068,geneDR012182,geneDR012369,geneDR012373,geneDR012491,geneDR012511,geneDR012521,geneDR012528,geneDR012579,geneDR012707,geneDR028209,geneDR028188,geneDR033345,geneDR030656,geneDR006743,geneDR006725,geneDR006373,geneDR006345,geneDR006191,geneDR033807,geneDR018553,geneDR018397,geneDR018271,geneDR018201,geneDR018200,geneDR018008,geneDR030983,geneDR031006,geneDR031099,geneDR031102,geneDR031158,geneDR017624,geneDR017577,geneDR017501,geneDR017459,geneDR017445,geneDR017370,geneDR017360,geneDR017196,geneDR017050,geneDR015312,geneDR015263,geneDR015251,geneDR014979,geneDR014813,geneDR014792,geneDR025346,geneDR025443,geneDR025517,geneDR025580,geneDR028011,geneDR027916,geneDR030257,geneDR029741,geneDR020673,geneDR020637,geneDR020531,geneDR020414,geneDR008787,geneDR008766,geneDR008622,geneDR008601,geneDR008492,geneDR008419,geneDR008156,geneDR029972,geneDR029888,geneDR029809,geneDR029792,geneDR027344,geneDR027346,geneDR027387,geneDR020787,geneDR020808,geneDR034944,geneDR014125,geneDR014079,geneDR013919,geneDR019609,geneDR019744,geneDR019768,geneDR019805,geneDR015900,geneDR015866,geneDR015838,geneDR015766,geneDR015765,geneDR015623,geneDR015545,geneDR015390,geneDR015356,geneDR021246,geneDR021157,geneDR020989,geneDR020917,geneDR026021,geneDR026082,geneDR026118,geneDR026173,geneDR032452,geneDR031371,geneDR031367,geneDR023978,geneDR023957,geneDR030802,geneDR030761,geneDR030718,geneDR018739,geneDR018752,geneDR018851,geneDR018861,geneDR018889,geneDR026501,geneDR003648,geneDR003783,geneDR003910,geneDR003970,geneDR004000,geneDR004028,geneDR004257,geneDR004295,geneDR004449,geneDR004584,geneDR004737,geneDR025257,geneDR017858,geneDR024994,geneDR024961,geneDR024793,geneDR024741,geneDR024678,geneDR022927,geneDR023035,geneDR021685,geneDR021738,geneDR021960,geneDR019302,geneDR019264,geneDR019094,geneDR019020,geneDR018965,geneDR021561,geneDR021387,geneDR031851,geneDR031827,geneDR010035,geneDR010034,geneDR010032,geneDR010031,geneDR009967,geneDR032340,geneDR031260,geneDR031235,geneDR024444,geneDR024230,geneDR024208,geneDR024130,geneDR024128,geneDR023661,geneDR023662,geneDR023933,geneDR014564,geneDR026611,geneDR026762,geneDR025067,geneDR025092,geneDR024628,geneDR010370,geneDR010434,geneDR010493,geneDR010539,geneDR010567,geneDR010750,geneDR010760,geneDR010825,geneDR010908,geneDR011196,geneDR027500,geneDR027532,geneDR027700,geneDR027737,geneDR033601,geneDR013084,geneDR013151,geneDR013242,geneDR013472,geneDR013528,geneDR013698,geneDR013708,geneDR013802,geneDR027203,geneDR027179,geneDR027132,geneDR027057,geneDR027054,geneDR032509,geneDR034579,geneDR029452,geneDR029619,geneDR023541,geneDR023509,geneDR023505,geneDR023476,geneDR023369,geneDR023262,geneDR023234,geneDR032714,geneDR032704,geneDR032684,geneDR025684,geneDR025617,geneDR025616,geneDR012860,geneDR013025,geneDR009919,geneDR009879,geneDR009790,geneDR009750,geneDR009549,geneDR009503,geneDR009330,geneDR009308,geneDR009296,geneDR009295,geneDR009258,geneDR009222,geneDR016595,geneDR016441,geneDR016229,geneDR029064,geneDR029105,geneDR029187,geneDR007583,geneDR007564,geneDR007199,geneDR022192,geneDR022214,geneDR022410,geneDR022415,geneDR022443,geneDR006024,geneDR005708,geneDR005625,geneDR005398,geneDR005306,geneDR005301,geneDR005266,geneDR005206,geneDR005124,geneDR030198	double-stranded DNA binding	MF
GO:0043565	geneDR011336,geneDR011408,geneDR033892,geneDR035305,geneDR034096,geneDR035329,geneDR030916,geneDR030921,geneDR034296,geneDR034352,geneDR035478,geneDR035484,geneDR014246,geneDR014298,geneDR014355,geneDR014426,geneDR035547,geneDR034608,geneDR034635,geneDR034721,geneDR034785,geneDR035663,geneDR034873,geneDR034986,geneDR035016,geneDR032907,geneDR032946,geneDR032957,geneDR035137,geneDR035246,geneDR032118,geneDR032109,geneDR032064,geneDR032055,geneDR032006,geneDR000014,geneDR000055,geneDR000066,geneDR000073,geneDR000111,geneDR000182,geneDR000195,geneDR000253,geneDR000292,geneDR000311,geneDR000415,geneDR000439,geneDR000440,geneDR000452,geneDR000470,geneDR000503,geneDR000508,geneDR000532,geneDR000548,geneDR000557,geneDR000583,geneDR000598,geneDR000621,geneDR000650,geneDR000740,geneDR000760,geneDR000846,geneDR000847,geneDR000922,geneDR001016,geneDR001047,geneDR001077,geneDR001079,geneDR001167,geneDR001208,geneDR001213,geneDR001221,geneDR001227,geneDR001259,geneDR001309,geneDR001319,geneDR001345,geneDR001421,geneDR001467,geneDR001479,geneDR001494,geneDR001503,geneDR001587,geneDR001692,geneDR001693,geneDR001745,geneDR001787,geneDR001826,geneDR034670,geneDR034545,geneDR033831,geneDR033838,geneDR028425,geneDR028411,geneDR028403,geneDR028325,geneDR028314,geneDR028297,geneDR030866,geneDR008092,geneDR008091,geneDR008090,geneDR008074,geneDR008073,geneDR008071,geneDR008054,geneDR008053,geneDR008034,geneDR008026,geneDR007988,geneDR007976,geneDR007956,geneDR007951,geneDR007950,geneDR007936,geneDR007923,geneDR007921,geneDR007903,geneDR007807,geneDR007803,geneDR007787,geneDR034687,geneDR017002,geneDR016984,geneDR016969,geneDR016928,geneDR016916,geneDR016914,geneDR016770,geneDR016744,geneDR016729,geneDR016709,geneDR003506,geneDR003505,geneDR003503,geneDR003438,geneDR003405,geneDR003383,geneDR003311,geneDR003310,geneDR003307,geneDR003297,geneDR003244,geneDR003207,geneDR003135,geneDR003021,geneDR002957,geneDR002929,geneDR002904,geneDR002882,geneDR002762,geneDR002730,geneDR002685,geneDR002552,geneDR002524,geneDR002516,geneDR002506,geneDR002503,geneDR002465,geneDR002414,geneDR002396,geneDR002358,geneDR002346,geneDR002340,geneDR002333,geneDR002332,geneDR002315,geneDR002308,geneDR002304,geneDR002279,geneDR002272,geneDR002263,geneDR002254,geneDR002253,geneDR002244,geneDR002230,geneDR002143,geneDR002107,geneDR002100,geneDR002056,geneDR001987,geneDR001984,geneDR001971,geneDR001932,geneDR001883,geneDR034260,geneDR034252,geneDR030312,geneDR030315,geneDR030428,geneDR030435,geneDR030461,geneDR030462,geneDR030554,geneDR030571,geneDR031674,geneDR031782,geneDR031784,geneDR028779,geneDR028713,geneDR028682,geneDR028668,geneDR028667,geneDR028666,geneDR028568,geneDR028545,geneDR028500,geneDR028448,geneDR028447,geneDR019867,geneDR019909,geneDR019918,geneDR019996,geneDR020041,geneDR020051,geneDR020141,geneDR020146,geneDR020157,geneDR020158,geneDR020178,geneDR020179,geneDR020199,geneDR020205,geneDR020257,geneDR020304,geneDR020318,geneDR020377,geneDR020379,geneDR020384,geneDR020392,geneDR012054,geneDR012062,geneDR012063,geneDR012068,geneDR012119,geneDR012120,geneDR012182,geneDR012195,geneDR012225,geneDR012245,geneDR012254,geneDR012277,geneDR012289,geneDR012349,geneDR012369,geneDR012373,geneDR012414,geneDR012440,geneDR012491,geneDR012597,geneDR012705,geneDR012707,geneDR028209,geneDR028132,geneDR028099,geneDR031922,geneDR030656,geneDR006909,geneDR006791,geneDR006790,geneDR006725,geneDR006607,geneDR006545,geneDR006436,geneDR006390,geneDR006383,geneDR006345,geneDR006291,geneDR006282,geneDR006230,geneDR006205,geneDR006204,geneDR006191,geneDR006176,geneDR033807,geneDR033784,geneDR018585,geneDR018576,geneDR018562,geneDR018553,geneDR018495,geneDR018487,geneDR018351,geneDR018301,geneDR018284,geneDR018271,geneDR018266,geneDR018201,geneDR018200,geneDR018185,geneDR018012,geneDR017995,geneDR017987,geneDR017956,geneDR030939,geneDR030974,geneDR030983,geneDR031005,geneDR031006,geneDR031043,geneDR031052,geneDR031099,geneDR031102,geneDR031138,geneDR031158,geneDR031174,geneDR017638,geneDR017637,geneDR017633,geneDR017624,geneDR017613,geneDR017577,geneDR017561,geneDR017540,geneDR017517,geneDR017507,geneDR017501,geneDR017459,geneDR017411,geneDR017406,geneDR017370,geneDR017360,geneDR017359,geneDR017358,geneDR017209,geneDR017188,geneDR017174,geneDR017063,geneDR017050,geneDR015312,geneDR015293,geneDR015263,geneDR015251,geneDR015234,geneDR015163,geneDR015072,geneDR015041,geneDR015040,geneDR015017,geneDR014974,geneDR014939,geneDR014936,geneDR014921,geneDR014791,geneDR014771,geneDR014720,geneDR025314,geneDR025341,geneDR025351,geneDR025423,geneDR025443,geneDR025510,geneDR025517,geneDR025523,geneDR025580,geneDR025591,geneDR027986,geneDR027937,geneDR027916,geneDR030257,geneDR030298,geneDR029741,geneDR020736,geneDR020724,geneDR020699,geneDR020637,geneDR020616,geneDR020610,geneDR020609,geneDR020581,geneDR020531,geneDR020485,geneDR020467,geneDR020443,geneDR020414,geneDR020410,geneDR009066,geneDR009039,geneDR009005,geneDR008873,geneDR008863,geneDR008835,geneDR008831,geneDR008798,geneDR008787,geneDR008776,geneDR008766,geneDR008761,geneDR008759,geneDR008744,geneDR008662,geneDR008622,geneDR008598,geneDR008593,geneDR008591,geneDR008589,geneDR008587,geneDR008515,geneDR008492,geneDR008491,geneDR008490,geneDR008479,geneDR008476,geneDR008419,geneDR008404,geneDR008319,geneDR008295,geneDR008258,geneDR008156,geneDR030007,geneDR029991,geneDR029975,geneDR029972,geneDR029967,geneDR029893,geneDR029888,geneDR029849,geneDR029827,geneDR029825,geneDR029809,geneDR029795,geneDR029792,geneDR033998,geneDR027344,geneDR027346,geneDR027359,geneDR027383,geneDR027387,geneDR027390,geneDR027427,geneDR028900,geneDR028851,geneDR020787,geneDR020808,geneDR034944,geneDR026866,geneDR026908,geneDR030135,geneDR030130,geneDR030103,geneDR030091,geneDR014182,geneDR014125,geneDR014118,geneDR014079,geneDR014045,geneDR013921,geneDR013919,geneDR019548,geneDR019570,geneDR019609,geneDR019629,geneDR019671,geneDR019717,geneDR019768,geneDR019781,geneDR019805,geneDR019818,geneDR016056,geneDR016055,geneDR016034,geneDR016033,geneDR015983,geneDR015964,geneDR015900,geneDR015766,geneDR015765,geneDR015722,geneDR015643,geneDR015630,geneDR015623,geneDR015578,geneDR015550,geneDR015538,geneDR015532,geneDR015463,geneDR015447,geneDR015404,geneDR015390,geneDR015356,geneDR033298,geneDR033291,geneDR033272,geneDR033248,geneDR033233,geneDR021380,geneDR021295,geneDR021219,geneDR021177,geneDR021157,geneDR021121,geneDR021082,geneDR021055,geneDR020989,geneDR020978,geneDR020959,geneDR020944,geneDR020917,geneDR020903,geneDR025984,geneDR025992,geneDR026021,geneDR026031,geneDR026082,geneDR026118,geneDR026131,geneDR026134,geneDR026184,geneDR032452,geneDR032449,geneDR031371,geneDR031367,geneDR023978,geneDR030815,geneDR030802,geneDR030786,geneDR030761,geneDR030718,geneDR030708,geneDR018739,geneDR018752,geneDR018839,geneDR018851,geneDR018889,geneDR018906,geneDR018947,geneDR026294,geneDR026377,geneDR026388,geneDR026399,geneDR026419,geneDR026444,geneDR026480,geneDR026484,geneDR026501,geneDR026548,geneDR003572,geneDR003648,geneDR003783,geneDR003795,geneDR003910,geneDR003940,geneDR003947,geneDR003948,geneDR003970,geneDR003972,geneDR004028,geneDR004180,geneDR004183,geneDR004193,geneDR004194,geneDR004208,geneDR004240,geneDR004252,geneDR004254,geneDR004257,geneDR004260,geneDR004267,geneDR004295,geneDR004303,geneDR004315,geneDR004342,geneDR004346,geneDR004352,geneDR004366,geneDR004411,geneDR004430,geneDR004449,geneDR004530,geneDR004546,geneDR004584,geneDR004649,geneDR004704,geneDR004716,geneDR004717,geneDR004762,geneDR004790,geneDR004843,geneDR004932,geneDR004967,geneDR025257,geneDR025191,geneDR025182,geneDR017726,geneDR017819,geneDR017831,geneDR017858,geneDR017868,geneDR017898,geneDR033730,geneDR033720,geneDR025001,geneDR024994,geneDR024973,geneDR024970,geneDR024961,geneDR024960,geneDR024943,geneDR024925,geneDR024923,geneDR024852,geneDR024793,geneDR024765,geneDR024744,geneDR024741,geneDR024734,geneDR024678,geneDR024668,geneDR022708,geneDR022709,geneDR022764,geneDR022802,geneDR022817,geneDR022927,geneDR022984,geneDR023035,geneDR023055,geneDR021635,geneDR021685,geneDR021722,geneDR021738,geneDR021812,geneDR021863,geneDR021879,geneDR021901,geneDR021960,geneDR021968,geneDR021987,geneDR022046,geneDR022080,geneDR022081,geneDR022129,geneDR019441,geneDR019439,geneDR019438,geneDR019435,geneDR019388,geneDR019365,geneDR019317,geneDR019302,geneDR019292,geneDR019271,geneDR019264,geneDR019253,geneDR019238,geneDR019223,geneDR019209,geneDR019154,geneDR019111,geneDR019094,geneDR019030,geneDR019028,geneDR019020,geneDR018965,geneDR018950,geneDR035171,geneDR021626,geneDR021569,geneDR021561,geneDR021513,geneDR021498,geneDR021489,geneDR021473,geneDR021393,geneDR021387,geneDR031851,geneDR031827,geneDR033484,geneDR010335,geneDR010262,geneDR010239,geneDR010216,geneDR010067,geneDR010066,geneDR010047,geneDR010032,geneDR010031,geneDR009971,geneDR009967,geneDR009941,geneDR032336,geneDR032340,geneDR032367,geneDR031317,geneDR031235,geneDR024444,geneDR024433,geneDR024424,geneDR024420,geneDR024403,geneDR024344,geneDR024333,geneDR024332,geneDR024241,geneDR024239,geneDR024230,geneDR024209,geneDR024208,geneDR024176,geneDR024175,geneDR024168,geneDR024160,geneDR024157,geneDR024155,geneDR024130,geneDR024128,geneDR024102,geneDR024089,geneDR023679,geneDR023685,geneDR023769,geneDR023804,geneDR023866,geneDR023871,geneDR023879,geneDR023933,geneDR034202,geneDR034223,geneDR034813,geneDR035460,geneDR014658,geneDR014648,geneDR014642,geneDR014570,geneDR014564,geneDR014527,geneDR014515,geneDR014514,geneDR026611,geneDR026709,geneDR026762,geneDR026809,geneDR025028,geneDR025128,geneDR025136,geneDR032554,geneDR024628,geneDR024613,geneDR024612,geneDR024554,geneDR024547,geneDR010434,geneDR010441,geneDR010457,geneDR010488,geneDR010539,geneDR010553,geneDR010563,geneDR010568,geneDR010731,geneDR010750,geneDR010760,geneDR010777,geneDR010825,geneDR010890,geneDR010908,geneDR011046,geneDR011072,geneDR011135,geneDR011171,geneDR011181,geneDR011206,geneDR011220,geneDR011291,geneDR027440,geneDR027443,geneDR027444,geneDR027497,geneDR027532,geneDR027576,geneDR027577,geneDR027578,geneDR027611,geneDR027679,geneDR027700,geneDR027715,geneDR027723,geneDR027737,geneDR027803,geneDR033601,geneDR013064,geneDR013068,geneDR013084,geneDR013100,geneDR013151,geneDR013171,geneDR013195,geneDR013224,geneDR013242,geneDR013314,geneDR013339,geneDR013377,geneDR013403,geneDR013504,geneDR013519,geneDR013537,geneDR013698,geneDR013708,geneDR013751,geneDR013758,geneDR013802,geneDR027272,geneDR027246,geneDR027223,geneDR027203,geneDR027188,geneDR027179,geneDR027177,geneDR027174,geneDR027132,geneDR027062,geneDR027057,geneDR027054,geneDR032572,geneDR032560,geneDR031958,geneDR028958,geneDR028974,geneDR028984,geneDR032509,geneDR032507,geneDR032505,geneDR034579,geneDR029452,geneDR029472,geneDR029575,geneDR029597,geneDR029610,geneDR029619,geneDR029640,geneDR023541,geneDR023509,geneDR023505,geneDR023485,geneDR023476,geneDR023416,geneDR023373,geneDR023369,geneDR023361,geneDR023297,geneDR023267,geneDR023262,geneDR023242,geneDR023225,geneDR032715,geneDR032714,geneDR032712,geneDR032704,geneDR032684,geneDR032616,geneDR034929,geneDR025895,geneDR025887,geneDR025818,geneDR025776,geneDR025759,geneDR025742,geneDR025721,geneDR025684,geneDR025631,geneDR025617,geneDR025616,geneDR025595,geneDR034465,geneDR034468,geneDR012832,geneDR012842,geneDR012860,geneDR012887,geneDR012977,geneDR012995,geneDR013001,geneDR013003,geneDR013025,geneDR026950,geneDR026942,geneDR009890,geneDR009879,geneDR009868,geneDR009850,geneDR009790,geneDR009785,geneDR009750,geneDR009739,geneDR009693,geneDR009688,geneDR009550,geneDR009549,geneDR009517,geneDR009503,geneDR009443,geneDR009426,geneDR009330,geneDR009327,geneDR009308,geneDR009296,geneDR009295,geneDR009258,geneDR009250,geneDR009222,geneDR009197,geneDR009101,geneDR009092,geneDR016656,geneDR016644,geneDR016595,geneDR016585,geneDR016441,geneDR016435,geneDR016391,geneDR016229,geneDR016226,geneDR016205,geneDR016192,geneDR016120,geneDR016108,geneDR029016,geneDR029064,geneDR029068,geneDR029105,geneDR029155,geneDR029164,geneDR029170,geneDR029187,geneDR032289,geneDR030648,geneDR030622,geneDR007583,geneDR007564,geneDR007557,geneDR007556,geneDR007548,geneDR007547,geneDR007534,geneDR007532,geneDR007527,geneDR007477,geneDR007469,geneDR007434,geneDR007425,geneDR007402,geneDR007279,geneDR007266,geneDR007250,geneDR007199,geneDR034048,geneDR034067,geneDR034077,geneDR007126,geneDR007105,geneDR007094,geneDR007064,geneDR007055,geneDR006996,geneDR006989,geneDR006947,geneDR022192,geneDR022209,geneDR022214,geneDR022331,geneDR022334,geneDR022345,geneDR022369,geneDR022372,geneDR022397,geneDR022409,geneDR022410,geneDR022415,geneDR022430,geneDR022436,geneDR022443,geneDR022448,geneDR022463,geneDR022557,geneDR022610,geneDR022622,geneDR022648,geneDR022686,geneDR022694,geneDR022705,geneDR006090,geneDR006089,geneDR006024,geneDR005992,geneDR005972,geneDR005888,geneDR005869,geneDR005863,geneDR005855,geneDR005708,geneDR005690,geneDR005658,geneDR005640,geneDR005625,geneDR005578,geneDR005571,geneDR005501,geneDR005441,geneDR005432,geneDR005398,geneDR005390,geneDR005372,geneDR005354,geneDR005339,geneDR005281,geneDR005242,geneDR005233,geneDR005217,geneDR005215,geneDR005153,geneDR005143,geneDR005090,geneDR030242,geneDR030238,geneDR030198,geneDR032234,geneDR032237	sequence-specific DNA binding	MF
GO:1990837	geneDR011336,geneDR011408,geneDR035478,geneDR014298,geneDR035663,geneDR032118,geneDR032064,geneDR000182,geneDR000292,geneDR000548,geneDR000650,geneDR001208,geneDR001259,geneDR001421,geneDR001693,geneDR001787,geneDR033838,geneDR008026,geneDR007956,geneDR007936,geneDR007921,geneDR016928,geneDR003506,geneDR003505,geneDR003503,geneDR002957,geneDR002552,geneDR002332,geneDR002304,geneDR002263,geneDR002056,geneDR001984,geneDR001932,geneDR030461,geneDR030462,geneDR031782,geneDR019909,geneDR020146,geneDR012068,geneDR012182,geneDR012369,geneDR012373,geneDR012491,geneDR012707,geneDR030656,geneDR006725,geneDR006345,geneDR006191,geneDR033807,geneDR018553,geneDR018271,geneDR018201,geneDR018200,geneDR030983,geneDR031006,geneDR031102,geneDR031158,geneDR017624,geneDR017577,geneDR017501,geneDR017459,geneDR017370,geneDR017360,geneDR017050,geneDR015312,geneDR015251,geneDR025443,geneDR025517,geneDR025580,geneDR027916,geneDR030257,geneDR029741,geneDR020637,geneDR020531,geneDR020414,geneDR008787,geneDR008766,geneDR008622,geneDR008492,geneDR008419,geneDR008156,geneDR029972,geneDR029888,geneDR029809,geneDR029792,geneDR027344,geneDR027346,geneDR027387,geneDR020787,geneDR034944,geneDR014125,geneDR014079,geneDR013919,geneDR019609,geneDR019768,geneDR019805,geneDR015900,geneDR015766,geneDR015765,geneDR015623,geneDR015356,geneDR021157,geneDR020989,geneDR020917,geneDR026021,geneDR026082,geneDR026118,geneDR032452,geneDR031371,geneDR031367,geneDR023978,geneDR030802,geneDR030718,geneDR018752,geneDR018851,geneDR018889,geneDR026501,geneDR003648,geneDR003783,geneDR003910,geneDR003970,geneDR004028,geneDR004257,geneDR004295,geneDR004449,geneDR004584,geneDR025257,geneDR017858,geneDR024994,geneDR024961,geneDR024793,geneDR024741,geneDR024678,geneDR022927,geneDR023035,geneDR021685,geneDR021738,geneDR021960,geneDR019264,geneDR018965,geneDR021561,geneDR021387,geneDR031851,geneDR031827,geneDR010032,geneDR010031,geneDR009967,geneDR032340,geneDR031235,geneDR024444,geneDR024230,geneDR024208,geneDR024128,geneDR023933,geneDR014564,geneDR026611,geneDR026762,geneDR024628,geneDR010434,geneDR010539,geneDR010750,geneDR010760,geneDR010825,geneDR010908,geneDR027700,geneDR027737,geneDR033601,geneDR013084,geneDR013151,geneDR013242,geneDR013698,geneDR013708,geneDR013802,geneDR027203,geneDR027179,geneDR027132,geneDR027054,geneDR032509,geneDR034579,geneDR029452,geneDR029619,geneDR023541,geneDR023509,geneDR023505,geneDR023476,geneDR023369,geneDR023262,geneDR032714,geneDR032704,geneDR032684,geneDR025684,geneDR025617,geneDR025616,geneDR013025,geneDR009879,geneDR009790,geneDR009750,geneDR009503,geneDR009308,geneDR009296,geneDR009295,geneDR009258,geneDR009222,geneDR016595,geneDR016441,geneDR029105,geneDR029187,geneDR007583,geneDR007564,geneDR007199,geneDR022214,geneDR022410,geneDR022415,geneDR022443,geneDR006024,geneDR005708,geneDR005625,geneDR005398,geneDR030198	sequence-specific double-stranded DNA binding	MF
GO:0003961	geneDR011340	O-acetylhomoserine aminocarboxypropyltransferase activity	MF
GO:0004124	geneDR011340,geneDR000485,geneDR003114,geneDR032448,geneDR032447,geneDR024899,geneDR022990,geneDR013545,geneDR023375	cysteine synthase activity	MF
GO:0016765	geneDR011340,geneDR011396,geneDR011400,geneDR011504,geneDR011689,geneDR011760,geneDR011804,geneDR014456,geneDR035574,geneDR034777,geneDR034778,geneDR034779,geneDR031870,geneDR032923,geneDR032927,geneDR000276,geneDR000485,geneDR000908,geneDR001031,geneDR001191,geneDR001543,geneDR028298,geneDR007758,geneDR007687,geneDR016960,geneDR003468,geneDR003114,geneDR002844,geneDR002565,geneDR001916,geneDR001863,geneDR030383,geneDR031624,geneDR031716,geneDR028206,geneDR006731,geneDR006588,geneDR006418,geneDR018498,geneDR018315,geneDR018219,geneDR018217,geneDR015339,geneDR015203,geneDR015137,geneDR014844,geneDR014817,geneDR025542,geneDR028027,geneDR020598,geneDR008748,geneDR008584,geneDR008564,geneDR008546,geneDR030080,geneDR034764,geneDR033982,geneDR028821,geneDR033097,geneDR033098,geneDR027852,geneDR016050,geneDR015378,geneDR021005,geneDR032448,geneDR032447,geneDR031415,geneDR031377,geneDR033375,geneDR030734,geneDR026303,geneDR003738,geneDR003826,geneDR003881,geneDR003971,geneDR004465,geneDR017762,geneDR017763,geneDR024899,geneDR024686,geneDR022990,geneDR023051,geneDR033578,geneDR033576,geneDR033575,geneDR021645,geneDR021679,geneDR021769,geneDR010016,geneDR032388,geneDR031229,geneDR024418,geneDR024065,geneDR023666,geneDR026614,geneDR025089,geneDR024581,geneDR024542,geneDR010388,geneDR010794,geneDR010987,geneDR011020,geneDR027686,geneDR027701,geneDR027710,geneDR027772,geneDR013214,geneDR013545,geneDR027087,geneDR032189,geneDR029487,geneDR029635,geneDR029636,geneDR023375,geneDR027005,geneDR026933,geneDR009819,geneDR016678,geneDR016631,geneDR032277,geneDR030608,geneDR030607,geneDR006979,geneDR022458,geneDR022646,geneDR005890,geneDR005858,geneDR005758,geneDR005757,geneDR005262,geneDR005116	transferase activity, transferring alkyl or aryl (other than methyl) groups	MF
GO:0004812	geneDR011346,geneDR011347,geneDR011673,geneDR011720,geneDR011771,geneDR035314,geneDR035341,geneDR035372,geneDR035610,geneDR000194,geneDR000593,geneDR000662,geneDR000896,geneDR000954,geneDR007736,geneDR016963,geneDR016950,geneDR003041,geneDR003040,geneDR002879,geneDR002068,geneDR002008,geneDR034242,geneDR030334,geneDR028442,geneDR019872,geneDR020404,geneDR012077,geneDR012171,geneDR012306,geneDR012465,geneDR028142,geneDR031900,geneDR006738,geneDR006682,geneDR006587,geneDR006216,geneDR018496,geneDR017953,geneDR014968,geneDR020723,geneDR014006,geneDR015821,geneDR021085,geneDR021084,geneDR030751,geneDR030745,geneDR003988,geneDR004039,geneDR004908,geneDR017881,geneDR024835,geneDR024766,geneDR019006,geneDR018982,geneDR021438,geneDR021426,geneDR024419,geneDR010651,geneDR027489,geneDR031942,geneDR023211,geneDR032725,geneDR009444	aminoacyl-tRNA ligase activity	MF
GO:0004813	geneDR011346,geneDR030334,geneDR012171	alanine-tRNA ligase activity	MF
GO:0016597	geneDR011346,geneDR016963,geneDR030334,geneDR020038,geneDR020404,geneDR012077,geneDR012171,geneDR018548,geneDR017953,geneDR017626,geneDR008973,geneDR008711,geneDR008132,geneDR008131,geneDR008130,geneDR019806,geneDR026119,geneDR031368,geneDR030751,geneDR004027,geneDR024995,geneDR019006,geneDR018982,geneDR032558,geneDR010811,geneDR013366,geneDR032528,geneDR023510,geneDR012853,geneDR007458,geneDR007457	amino acid binding	MF
GO:0016874	geneDR011346,geneDR011347,geneDR011398,geneDR011405,geneDR011406,geneDR011673,geneDR011720,geneDR011726,geneDR011771,geneDR011802,geneDR035279,geneDR035314,geneDR035341,geneDR030910,geneDR035372,geneDR034616,geneDR035610,geneDR035638,geneDR035132,geneDR035208,geneDR000194,geneDR000396,geneDR000593,geneDR000662,geneDR000896,geneDR000954,geneDR001318,geneDR001343,geneDR001344,geneDR001766,geneDR034661,geneDR034674,geneDR034541,geneDR034552,geneDR028287,geneDR007736,geneDR007636,geneDR016963,geneDR016950,geneDR016844,geneDR003041,geneDR003040,geneDR002938,geneDR002879,geneDR002758,geneDR002626,geneDR002550,geneDR002267,geneDR002068,geneDR002008,geneDR034242,geneDR030334,geneDR028442,geneDR019872,geneDR020024,geneDR020289,geneDR020404,geneDR012077,geneDR012168,geneDR012171,geneDR012306,geneDR012465,geneDR028142,geneDR031900,geneDR006738,geneDR006682,geneDR006587,geneDR006323,geneDR006229,geneDR006216,geneDR006129,geneDR033794,geneDR033753,geneDR018496,geneDR018448,geneDR018005,geneDR017953,geneDR017503,geneDR017421,geneDR017412,geneDR017238,geneDR017229,geneDR015164,geneDR015160,geneDR015145,geneDR014968,geneDR025400,geneDR025404,geneDR025442,geneDR020723,geneDR020605,geneDR008757,geneDR033471,geneDR014006,geneDR013961,geneDR019585,geneDR019843,geneDR016062,geneDR015821,geneDR015753,geneDR015629,geneDR021206,geneDR021085,geneDR021084,geneDR021058,geneDR021057,geneDR021056,geneDR026154,geneDR026172,geneDR024034,geneDR024031,geneDR023955,geneDR030769,geneDR030751,geneDR030745,geneDR003637,geneDR003988,geneDR004003,geneDR004039,geneDR004171,geneDR004248,geneDR004582,geneDR004650,geneDR004809,geneDR004908,geneDR017852,geneDR017881,geneDR017925,geneDR017930,geneDR024835,geneDR024766,geneDR022878,geneDR022896,geneDR023171,geneDR021780,geneDR019287,geneDR019270,geneDR019076,geneDR019015,geneDR019006,geneDR018982,geneDR021577,geneDR021438,geneDR021426,geneDR010288,geneDR010221,geneDR031324,geneDR031199,geneDR024461,geneDR024419,geneDR024368,geneDR024310,geneDR024273,geneDR014497,geneDR026580,geneDR025079,geneDR010389,geneDR010390,geneDR010391,geneDR010505,geneDR010651,geneDR010909,geneDR011271,geneDR011277,geneDR027489,geneDR027703,geneDR027718,geneDR013046,geneDR013238,geneDR013239,geneDR013566,geneDR013763,geneDR013770,geneDR027095,geneDR031942,geneDR023556,geneDR023211,geneDR032725,geneDR025910,geneDR025727,geneDR025690,geneDR012826,geneDR009917,geneDR009844,geneDR009444,geneDR029132,geneDR007485,geneDR007186,geneDR034035,geneDR007130,geneDR007082,geneDR006975,geneDR022215,geneDR022450,geneDR022680,geneDR022692,geneDR022707,geneDR006057,geneDR005772,geneDR005756,geneDR005755,geneDR005754,geneDR005753,geneDR005160,geneDR005104	ligase activity	MF
GO:0016875	geneDR011346,geneDR011347,geneDR011673,geneDR011720,geneDR011771,geneDR035314,geneDR035341,geneDR035372,geneDR035610,geneDR000194,geneDR000593,geneDR000662,geneDR000896,geneDR000954,geneDR007736,geneDR016963,geneDR016950,geneDR003041,geneDR003040,geneDR002879,geneDR002068,geneDR002008,geneDR034242,geneDR030334,geneDR028442,geneDR019872,geneDR020404,geneDR012077,geneDR012171,geneDR012306,geneDR012465,geneDR028142,geneDR031900,geneDR006738,geneDR006682,geneDR006587,geneDR006216,geneDR018496,geneDR017953,geneDR014968,geneDR020723,geneDR014006,geneDR015821,geneDR021085,geneDR021084,geneDR030751,geneDR030745,geneDR003988,geneDR004039,geneDR004908,geneDR017881,geneDR024835,geneDR024766,geneDR019006,geneDR018982,geneDR021438,geneDR021426,geneDR024419,geneDR010651,geneDR027489,geneDR031942,geneDR023211,geneDR032725,geneDR009444	ligase activity, forming carbon-oxygen bonds	MF
GO:0031406	geneDR011346,geneDR011726,geneDR034616,geneDR000398,geneDR000407,geneDR000611,geneDR001196,geneDR001212,geneDR028332,geneDR016963,geneDR002853,geneDR030334,geneDR028523,geneDR020038,geneDR020373,geneDR020404,geneDR012077,geneDR012171,geneDR012591,geneDR006883,geneDR006784,geneDR006414,geneDR006153,geneDR018548,geneDR018312,geneDR017953,geneDR017626,geneDR017429,geneDR014951,geneDR014835,geneDR008973,geneDR008711,geneDR008132,geneDR008131,geneDR008130,geneDR029789,geneDR013875,geneDR019742,geneDR019806,geneDR021145,geneDR025981,geneDR026050,geneDR026119,geneDR032443,geneDR031368,geneDR030751,geneDR004027,geneDR004601,geneDR004872,geneDR017735,geneDR024995,geneDR024769,geneDR023175,geneDR022003,geneDR019037,geneDR019006,geneDR018982,geneDR032384,geneDR025084,geneDR032558,geneDR010811,geneDR010999,geneDR011050,geneDR027470,geneDR013366,geneDR032528,geneDR023510,geneDR032680,geneDR012853,geneDR009468,geneDR016598,geneDR007458,geneDR007457,geneDR005160,geneDR005111	carboxylic acid binding	MF
GO:0043177	geneDR011346,geneDR011726,geneDR034616,geneDR000398,geneDR000407,geneDR000611,geneDR001196,geneDR001212,geneDR028332,geneDR016963,geneDR002853,geneDR030334,geneDR028523,geneDR020038,geneDR020373,geneDR020404,geneDR012077,geneDR012171,geneDR012591,geneDR006883,geneDR006784,geneDR006414,geneDR006153,geneDR018548,geneDR018312,geneDR017953,geneDR017626,geneDR017429,geneDR014951,geneDR014835,geneDR008973,geneDR008711,geneDR008132,geneDR008131,geneDR008130,geneDR029789,geneDR013875,geneDR019742,geneDR019806,geneDR021145,geneDR025981,geneDR026050,geneDR026119,geneDR032443,geneDR031368,geneDR030751,geneDR004027,geneDR004601,geneDR004872,geneDR017735,geneDR024995,geneDR024769,geneDR023175,geneDR022003,geneDR019037,geneDR019006,geneDR018982,geneDR032384,geneDR025084,geneDR032558,geneDR010811,geneDR010999,geneDR011050,geneDR027470,geneDR013366,geneDR032528,geneDR023510,geneDR032680,geneDR012853,geneDR009468,geneDR016598,geneDR007458,geneDR007457,geneDR005160,geneDR005111	organic acid binding	MF
GO:0140101	geneDR011346,geneDR011347,geneDR011494,geneDR011673,geneDR011689,geneDR011709,geneDR011720,geneDR011771,geneDR011974,geneDR035314,geneDR035341,geneDR035372,geneDR035610,geneDR031869,geneDR032891,geneDR000125,geneDR000194,geneDR000278,geneDR000593,geneDR000662,geneDR000896,geneDR000954,geneDR007736,geneDR007712,geneDR007636,geneDR016963,geneDR016950,geneDR003041,geneDR003040,geneDR002879,geneDR002216,geneDR002068,geneDR002008,geneDR034242,geneDR030334,geneDR028442,geneDR019872,geneDR020404,geneDR012077,geneDR012171,geneDR012280,geneDR012306,geneDR012465,geneDR028142,geneDR031900,geneDR006738,geneDR006682,geneDR006587,geneDR006216,geneDR033783,geneDR018498,geneDR018496,geneDR017953,geneDR031063,geneDR014968,geneDR014844,geneDR014785,geneDR020723,geneDR008470,geneDR034180,geneDR027823,geneDR014218,geneDR014006,geneDR015821,geneDR021085,geneDR021084,geneDR021005,geneDR026079,geneDR030751,geneDR030745,geneDR018836,geneDR003859,geneDR003988,geneDR004039,geneDR004095,geneDR004171,geneDR004304,geneDR004908,geneDR017709,geneDR017881,geneDR024835,geneDR024766,geneDR024686,geneDR022875,geneDR023012,geneDR023013,geneDR019006,geneDR018982,geneDR021438,geneDR021426,geneDR024419,geneDR024418,geneDR024285,geneDR023666,geneDR014702,geneDR014588,geneDR014587,geneDR024531,geneDR010445,geneDR010651,geneDR010987,geneDR027489,geneDR027710,geneDR027261,geneDR031942,geneDR023211,geneDR032725,geneDR025797,geneDR012944,geneDR009444,geneDR016506,geneDR022408,geneDR022660,geneDR005605	catalytic activity, acting on a tRNA	MF
GO:0004831	geneDR011347,geneDR016963,geneDR034242,geneDR020404,geneDR012077,geneDR017953,geneDR030751,geneDR019006,geneDR018982	tyrosine-tRNA ligase activity	MF
GO:0005215	geneDR011351,geneDR011401,geneDR011730,geneDR011765,geneDR033863,geneDR033864,geneDR033867,geneDR033884,geneDR033896,geneDR035292,geneDR035294,geneDR035298,geneDR034088,geneDR034102,geneDR035333,geneDR035363,geneDR030922,geneDR035370,geneDR035398,geneDR034288,geneDR034303,geneDR034322,geneDR034357,geneDR035492,geneDR035507,geneDR014240,geneDR014301,geneDR014346,geneDR014359,geneDR014443,geneDR014444,geneDR014447,geneDR014464,geneDR014487,geneDR034487,geneDR034493,geneDR035523,geneDR035529,geneDR034499,geneDR035546,geneDR035560,geneDR034589,geneDR035572,geneDR035580,geneDR034629,geneDR034630,geneDR034648,geneDR035618,geneDR035626,geneDR035650,geneDR034788,geneDR034845,geneDR034904,geneDR035004,geneDR035005,geneDR035007,geneDR035049,geneDR035052,geneDR035053,geneDR035116,geneDR032959,geneDR032967,geneDR033066,geneDR035221,geneDR035225,geneDR035242,geneDR035254,geneDR032168,geneDR032159,geneDR032062,geneDR031996,geneDR000025,geneDR000028,geneDR000034,geneDR000047,geneDR000119,geneDR000133,geneDR000141,geneDR000144,geneDR000147,geneDR000190,geneDR000191,geneDR000205,geneDR000207,geneDR000289,geneDR000299,geneDR000301,geneDR000306,geneDR000310,geneDR000360,geneDR000368,geneDR000394,geneDR000404,geneDR000453,geneDR000498,geneDR000519,geneDR000522,geneDR000528,geneDR000533,geneDR000654,geneDR000669,geneDR000676,geneDR000683,geneDR000701,geneDR000758,geneDR000784,geneDR000794,geneDR000795,geneDR000837,geneDR000839,geneDR000943,geneDR000948,geneDR000993,geneDR001023,geneDR001046,geneDR001071,geneDR001097,geneDR001111,geneDR001231,geneDR001243,geneDR001254,geneDR001273,geneDR001304,geneDR001335,geneDR001406,geneDR001445,geneDR001451,geneDR001452,geneDR001490,geneDR001570,geneDR001585,geneDR001601,geneDR001608,geneDR001781,geneDR001790,geneDR001831,geneDR001841,geneDR035353,geneDR034658,geneDR034662,geneDR034678,geneDR034551,geneDR034555,geneDR033810,geneDR033815,geneDR033818,geneDR033826,geneDR033830,geneDR033851,geneDR028420,geneDR028414,geneDR028367,geneDR028352,geneDR028350,geneDR028316,geneDR028308,geneDR028304,geneDR028244,geneDR030862,geneDR030828,geneDR008128,geneDR008124,geneDR008093,geneDR008081,geneDR008061,geneDR008016,geneDR008013,geneDR008002,geneDR007944,geneDR007912,geneDR007876,geneDR007847,geneDR007808,geneDR007779,geneDR007677,geneDR007676,geneDR007589,geneDR017006,geneDR016995,geneDR016991,geneDR016947,geneDR016930,geneDR016929,geneDR016923,geneDR016889,geneDR016876,geneDR016863,geneDR016786,geneDR016777,geneDR016768,geneDR016763,geneDR016762,geneDR016753,geneDR016730,geneDR003536,geneDR003534,geneDR003528,geneDR003509,geneDR003470,geneDR003462,geneDR003448,geneDR003420,geneDR003419,geneDR003401,geneDR003156,geneDR003127,geneDR003088,geneDR003087,geneDR003066,geneDR002961,geneDR002928,geneDR002916,geneDR002899,geneDR002897,geneDR002890,geneDR002842,geneDR002838,geneDR002774,geneDR002698,geneDR002690,geneDR002689,geneDR002687,geneDR002641,geneDR002596,geneDR002492,geneDR002477,geneDR002459,geneDR002440,geneDR002439,geneDR002412,geneDR002404,geneDR002370,geneDR002362,geneDR002327,geneDR002309,geneDR002278,geneDR002242,geneDR002240,geneDR002207,geneDR002200,geneDR002199,geneDR002184,geneDR002157,geneDR002133,geneDR002126,geneDR002110,geneDR002109,geneDR002106,geneDR002098,geneDR002046,geneDR002033,geneDR002031,geneDR002029,geneDR002015,geneDR002014,geneDR001956,geneDR001918,geneDR001893,geneDR034276,geneDR030345,geneDR030398,geneDR030411,geneDR030426,geneDR030452,geneDR030479,geneDR030562,geneDR031634,geneDR031650,geneDR031654,geneDR031683,geneDR031686,geneDR031701,geneDR031712,geneDR031714,geneDR031715,geneDR031726,geneDR031742,geneDR028778,geneDR028766,geneDR028741,geneDR028734,geneDR028729,geneDR028677,geneDR028625,geneDR028596,geneDR028569,geneDR028531,geneDR028516,geneDR028515,geneDR028480,geneDR028479,geneDR028476,geneDR028471,geneDR028470,geneDR019896,geneDR020093,geneDR020111,geneDR020126,geneDR020217,geneDR020240,geneDR020265,geneDR020267,geneDR020275,geneDR020276,geneDR020279,geneDR020297,geneDR020336,geneDR012103,geneDR012160,geneDR012185,geneDR012210,geneDR012211,geneDR012224,geneDR012230,geneDR012233,geneDR012243,geneDR012267,geneDR012312,geneDR012322,geneDR012333,geneDR012334,geneDR012335,geneDR012336,geneDR012338,geneDR012353,geneDR012354,geneDR012361,geneDR012375,geneDR012408,geneDR012417,geneDR012577,geneDR012595,geneDR012612,geneDR012631,geneDR012670,geneDR028162,geneDR028154,geneDR028153,geneDR028138,geneDR028072,geneDR031917,geneDR033340,geneDR033346,geneDR034534,geneDR030685,geneDR030666,geneDR006907,geneDR006820,geneDR006805,geneDR006800,geneDR006704,geneDR006695,geneDR006688,geneDR006628,geneDR006570,geneDR006569,geneDR006553,geneDR006513,geneDR006509,geneDR006500,geneDR006457,geneDR006363,geneDR006355,geneDR006351,geneDR006335,geneDR006306,geneDR006278,geneDR006223,geneDR006139,geneDR006130,geneDR033782,geneDR033754,geneDR018557,geneDR018479,geneDR018467,geneDR018462,geneDR018444,geneDR018418,geneDR018409,geneDR018399,geneDR018393,geneDR018317,geneDR018286,geneDR018285,geneDR018248,geneDR018246,geneDR018244,geneDR018213,geneDR018211,geneDR018206,geneDR018205,geneDR018165,geneDR018161,geneDR018159,geneDR018128,geneDR018117,geneDR018090,geneDR018063,geneDR018050,geneDR018047,geneDR030955,geneDR030964,geneDR031035,geneDR031066,geneDR031072,geneDR031081,geneDR031095,geneDR031101,geneDR031111,geneDR031122,geneDR031136,geneDR031137,geneDR031184,geneDR035101,geneDR034143,geneDR034149,geneDR034157,geneDR034168,geneDR017678,geneDR017639,geneDR017625,geneDR017583,geneDR017582,geneDR017573,geneDR017521,geneDR017458,geneDR017444,geneDR017369,geneDR017361,geneDR017331,geneDR017316,geneDR017241,geneDR017205,geneDR017143,geneDR017129,geneDR017092,geneDR017072,geneDR017065,geneDR017052,geneDR015313,geneDR015209,geneDR015182,geneDR015173,geneDR015155,geneDR015149,geneDR015107,geneDR015009,geneDR014954,geneDR014934,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR014878,geneDR014814,geneDR014781,geneDR014735,geneDR014710,geneDR014707,geneDR025349,geneDR025371,geneDR025385,geneDR025440,geneDR025509,geneDR025514,geneDR025583,geneDR033141,geneDR033124,geneDR033117,geneDR027992,geneDR027990,geneDR027970,geneDR027965,geneDR027951,geneDR027948,geneDR027931,geneDR030270,geneDR030292,geneDR029703,geneDR020711,geneDR020700,geneDR020697,geneDR020593,geneDR020575,geneDR020566,geneDR020554,geneDR020552,geneDR020547,geneDR020546,geneDR020522,geneDR020506,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR020446,geneDR020444,geneDR020409,geneDR009065,geneDR009058,geneDR009020,geneDR009019,geneDR009018,geneDR008991,geneDR008974,geneDR008936,geneDR008933,geneDR008886,geneDR008872,geneDR008871,geneDR008855,geneDR008853,geneDR008803,geneDR008800,geneDR008775,geneDR008753,geneDR008750,geneDR008726,geneDR008714,geneDR008705,geneDR008663,geneDR008588,geneDR008578,geneDR008558,geneDR008544,geneDR008541,geneDR008504,geneDR008503,geneDR008483,geneDR008466,geneDR008463,geneDR008457,geneDR008445,geneDR008391,geneDR008364,geneDR008345,geneDR008320,geneDR008284,geneDR008276,geneDR008272,geneDR008240,geneDR008208,geneDR008201,geneDR008200,geneDR008193,geneDR008186,geneDR008183,geneDR008173,geneDR008165,geneDR008162,geneDR008147,geneDR008146,geneDR008129,geneDR029999,geneDR029940,geneDR029937,geneDR029842,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR034310,geneDR028897,geneDR028896,geneDR020755,geneDR020805,geneDR020810,geneDR020826,geneDR020841,geneDR020849,geneDR020850,geneDR020857,geneDR033468,geneDR033467,geneDR026902,geneDR027828,geneDR014210,geneDR014060,geneDR014022,geneDR013971,geneDR013956,geneDR013930,geneDR013920,geneDR013893,geneDR013885,geneDR013878,geneDR013873,geneDR013853,geneDR013819,geneDR013818,geneDR019514,geneDR019520,geneDR019556,geneDR019571,geneDR019637,geneDR019649,geneDR019655,geneDR019657,geneDR019701,geneDR019703,geneDR019714,geneDR019743,geneDR019842,geneDR019847,geneDR016081,geneDR016063,geneDR016032,geneDR015999,geneDR015992,geneDR015990,geneDR015986,geneDR015976,geneDR015972,geneDR015929,geneDR015854,geneDR015648,geneDR015449,geneDR015444,geneDR015432,geneDR015396,geneDR015380,geneDR015379,geneDR015376,geneDR015353,geneDR015352,geneDR033294,geneDR033293,geneDR033288,geneDR033285,geneDR033247,geneDR033246,geneDR033227,geneDR033217,geneDR033206,geneDR033199,geneDR033193,geneDR034882,geneDR021368,geneDR021308,geneDR021265,geneDR021237,geneDR021200,geneDR021185,geneDR021182,geneDR021175,geneDR021141,geneDR021128,geneDR021112,geneDR021097,geneDR021096,geneDR021021,geneDR021018,geneDR020984,geneDR020967,geneDR020958,geneDR020947,geneDR020935,geneDR020867,geneDR026011,geneDR026015,geneDR026018,geneDR026020,geneDR026037,geneDR026052,geneDR026122,geneDR026144,geneDR026153,geneDR026157,geneDR026188,geneDR026217,geneDR026225,geneDR026255,geneDR032418,geneDR034522,geneDR033368,geneDR024052,geneDR023980,geneDR023958,geneDR030810,geneDR030797,geneDR030791,geneDR030720,geneDR030717,geneDR018595,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR018713,geneDR018724,geneDR018738,geneDR018742,geneDR018835,geneDR018885,geneDR018944,geneDR026291,geneDR026322,geneDR026331,geneDR026354,geneDR026368,geneDR026382,geneDR026490,geneDR026562,geneDR026568,geneDR003573,geneDR003574,geneDR003657,geneDR003678,geneDR003699,geneDR003715,geneDR003725,geneDR003730,geneDR003749,geneDR003771,geneDR003812,geneDR003834,geneDR003837,geneDR003892,geneDR003916,geneDR003995,geneDR004004,geneDR004011,geneDR004048,geneDR004072,geneDR004090,geneDR004121,geneDR004123,geneDR004127,geneDR004129,geneDR004141,geneDR004144,geneDR004166,geneDR004190,geneDR004191,geneDR004197,geneDR004204,geneDR004221,geneDR004222,geneDR004236,geneDR004238,geneDR004305,geneDR004369,geneDR004371,geneDR004373,geneDR004415,geneDR004416,geneDR004417,geneDR004418,geneDR004460,geneDR004479,geneDR004501,geneDR004519,geneDR004523,geneDR004559,geneDR004590,geneDR004663,geneDR004712,geneDR004714,geneDR004797,geneDR004803,geneDR004805,geneDR004857,geneDR004859,geneDR004906,geneDR004913,geneDR004921,geneDR004927,geneDR004950,geneDR004965,geneDR034775,geneDR025280,geneDR025272,geneDR025263,geneDR025218,geneDR025198,geneDR025188,geneDR025170,geneDR017712,geneDR017714,geneDR017757,geneDR017758,geneDR017775,geneDR017822,geneDR017829,geneDR017869,geneDR017872,geneDR017892,geneDR017896,geneDR017904,geneDR017919,geneDR017934,geneDR017945,geneDR033738,geneDR033694,geneDR033693,geneDR024977,geneDR024944,geneDR024941,geneDR024928,geneDR024919,geneDR024853,geneDR024837,geneDR024831,geneDR024830,geneDR024817,geneDR022777,geneDR022794,geneDR022868,geneDR022885,geneDR022894,geneDR022957,geneDR023040,geneDR023042,geneDR023122,geneDR023125,geneDR023127,geneDR023128,geneDR023129,geneDR023130,geneDR023131,geneDR023132,geneDR023133,geneDR023134,geneDR023152,geneDR035177,geneDR033554,geneDR021638,geneDR021643,geneDR021653,geneDR021654,geneDR021657,geneDR021683,geneDR021688,geneDR021733,geneDR021779,geneDR021803,geneDR021811,geneDR021871,geneDR021916,geneDR021946,geneDR021957,geneDR021994,geneDR022034,geneDR022057,geneDR022060,geneDR022065,geneDR019411,geneDR019392,geneDR019373,geneDR019356,geneDR019316,geneDR019234,geneDR019201,geneDR019144,geneDR019141,geneDR019135,geneDR019134,geneDR019048,geneDR021587,geneDR021558,geneDR021528,geneDR021502,geneDR021440,geneDR021436,geneDR021428,geneDR021416,geneDR021402,geneDR021401,geneDR021399,geneDR031839,geneDR031815,geneDR010308,geneDR010297,geneDR010281,geneDR010272,geneDR010162,geneDR010142,geneDR010141,geneDR010116,geneDR010070,geneDR010069,geneDR009996,geneDR009994,geneDR009992,geneDR032351,geneDR032391,geneDR031313,geneDR031265,geneDR031256,geneDR031245,geneDR031213,geneDR031203,geneDR024446,geneDR024435,geneDR024330,geneDR024286,geneDR024282,geneDR024254,geneDR024186,geneDR024159,geneDR024139,geneDR024119,geneDR024087,geneDR024074,geneDR024064,geneDR023646,geneDR023653,geneDR023706,geneDR023736,geneDR023772,geneDR023773,geneDR023774,geneDR023777,geneDR023793,geneDR023808,geneDR023823,geneDR023824,geneDR023861,geneDR023870,geneDR023872,geneDR023922,geneDR034231,geneDR034236,geneDR034237,geneDR035072,geneDR035078,geneDR014693,geneDR014677,geneDR014655,geneDR014634,geneDR014512,geneDR014505,geneDR014504,geneDR026590,geneDR026608,geneDR026623,geneDR026625,geneDR026679,geneDR026702,geneDR026717,geneDR026758,geneDR026817,geneDR025024,geneDR025030,geneDR025045,geneDR025078,geneDR025126,geneDR025129,geneDR025149,geneDR032539,geneDR032547,geneDR024636,geneDR024634,geneDR024624,geneDR024592,geneDR024541,geneDR024511,geneDR024498,geneDR024476,geneDR010361,geneDR010378,geneDR010461,geneDR010525,geneDR010556,geneDR010560,geneDR010580,geneDR010597,geneDR010603,geneDR010626,geneDR010694,geneDR010733,geneDR010734,geneDR010745,geneDR010910,geneDR010913,geneDR010923,geneDR010955,geneDR011016,geneDR011024,geneDR011055,geneDR011122,geneDR011146,geneDR011215,geneDR011258,geneDR011266,geneDR011280,geneDR011297,geneDR011298,geneDR011300,geneDR027456,geneDR027509,geneDR027528,geneDR027538,geneDR027607,geneDR027639,geneDR027707,geneDR027712,geneDR027739,geneDR027749,geneDR027755,geneDR027782,geneDR027793,geneDR033599,geneDR013039,geneDR013077,geneDR013142,geneDR013159,geneDR013179,geneDR013183,geneDR013185,geneDR013222,geneDR013229,geneDR013233,geneDR013261,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR013294,geneDR013295,geneDR013376,geneDR013379,geneDR013391,geneDR013408,geneDR013430,geneDR013451,geneDR013464,geneDR013496,geneDR013499,geneDR013534,geneDR013553,geneDR013568,geneDR013573,geneDR013641,geneDR013647,geneDR013664,geneDR013706,geneDR013711,geneDR013712,geneDR013801,geneDR027279,geneDR027271,geneDR027270,geneDR027208,geneDR027190,geneDR027184,geneDR027162,geneDR027158,geneDR027156,geneDR027088,geneDR027084,geneDR027056,geneDR027041,geneDR027040,geneDR027026,geneDR032600,geneDR032594,geneDR032571,geneDR031936,geneDR031937,geneDR031982,geneDR032188,geneDR032200,geneDR034350,geneDR028925,geneDR028943,geneDR028960,geneDR028975,geneDR032512,geneDR032506,geneDR032492,geneDR033960,geneDR033957,geneDR029479,geneDR029489,geneDR029495,geneDR029543,geneDR029573,geneDR029624,geneDR029662,geneDR029666,geneDR023604,geneDR023590,geneDR023587,geneDR023586,geneDR023574,geneDR023553,geneDR023550,geneDR023532,geneDR023531,geneDR023408,geneDR023329,geneDR023306,geneDR023291,geneDR023217,geneDR032701,geneDR032688,geneDR034939,geneDR025951,geneDR025912,geneDR025829,geneDR025801,geneDR025774,geneDR025644,geneDR025624,geneDR025610,geneDR034453,geneDR034458,geneDR034481,geneDR035622,geneDR012733,geneDR012772,geneDR012822,geneDR012847,geneDR012884,geneDR012889,geneDR012890,geneDR012910,geneDR012914,geneDR012923,geneDR012937,geneDR012999,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026996,geneDR026986,geneDR026985,geneDR026983,geneDR026973,geneDR026934,geneDR009896,geneDR009809,geneDR009797,geneDR009772,geneDR009754,geneDR009753,geneDR009744,geneDR009714,geneDR009694,geneDR009678,geneDR009671,geneDR009626,geneDR009620,geneDR009461,geneDR009385,geneDR009365,geneDR009350,geneDR009323,geneDR009315,geneDR009294,geneDR009260,geneDR009210,geneDR009160,geneDR009131,geneDR009127,geneDR009112,geneDR009105,geneDR016688,geneDR016684,geneDR016649,geneDR016636,geneDR016589,geneDR016566,geneDR016548,geneDR016489,geneDR016479,geneDR016476,geneDR016422,geneDR016399,geneDR016393,geneDR016365,geneDR016327,geneDR016295,geneDR016234,geneDR016182,geneDR016109,geneDR029002,geneDR029014,geneDR029034,geneDR029074,geneDR029085,geneDR029110,geneDR029174,geneDR032279,geneDR032280,geneDR030626,geneDR030618,geneDR030616,geneDR007562,geneDR007489,geneDR007431,geneDR007428,geneDR007412,geneDR007410,geneDR007371,geneDR007340,geneDR007328,geneDR007316,geneDR007310,geneDR007300,geneDR007294,geneDR007285,geneDR007268,geneDR007241,geneDR007235,geneDR007166,geneDR034064,geneDR034071,geneDR034075,geneDR034078,geneDR007096,geneDR007093,geneDR007054,geneDR006973,geneDR006961,geneDR022190,geneDR022258,geneDR022269,geneDR022332,geneDR022337,geneDR022352,geneDR022357,geneDR022407,geneDR022432,geneDR022522,geneDR022551,geneDR022561,geneDR022584,geneDR022636,geneDR022639,geneDR022653,geneDR022668,geneDR022672,geneDR022681,geneDR006019,geneDR005999,geneDR005976,geneDR005967,geneDR005964,geneDR005962,geneDR005946,geneDR005943,geneDR005934,geneDR005876,geneDR005856,geneDR005820,geneDR005798,geneDR005770,geneDR005696,geneDR005687,geneDR005628,geneDR005595,geneDR005573,geneDR005544,geneDR005513,geneDR005485,geneDR005484,geneDR005445,geneDR005407,geneDR005396,geneDR005360,geneDR005298,geneDR005253,geneDR005245,geneDR005228,geneDR005221,geneDR005193,geneDR005103,geneDR005078,geneDR005060,geneDR005045,geneDR030188,geneDR030181,geneDR030180,geneDR030175,geneDR032206,geneDR032212	transporter activity	MF
GO:0043021	geneDR011359,geneDR035294,geneDR035304,geneDR035349,geneDR035544,geneDR035566,geneDR035567,geneDR034720,geneDR035200,geneDR000138,geneDR000710,geneDR001055,geneDR028411,geneDR008124,geneDR003311,geneDR003211,geneDR003210,geneDR003206,geneDR003111,geneDR002958,geneDR001961,geneDR001960,geneDR001908,geneDR028721,geneDR020374,geneDR006802,geneDR006566,geneDR018553,geneDR018397,geneDR017149,geneDR014885,geneDR014750,geneDR025443,geneDR025589,geneDR025590,geneDR030290,geneDR030306,geneDR029741,geneDR020651,geneDR020428,geneDR009040,geneDR008543,geneDR008312,geneDR035164,geneDR035165,geneDR035166,geneDR035167,geneDR034408,geneDR030136,geneDR015992,geneDR015532,geneDR026387,geneDR003578,geneDR003581,geneDR003753,geneDR003871,geneDR025259,geneDR017819,geneDR024928,geneDR035438,geneDR021829,geneDR019209,geneDR019035,geneDR031260,geneDR023841,geneDR010732,geneDR010908,geneDR010953,geneDR011095,geneDR013476,geneDR027286,geneDR027034,geneDR028936,geneDR032625,geneDR025840,geneDR025752,geneDR012845,geneDR009752,geneDR016404,geneDR034059,geneDR007116,geneDR007041,geneDR005467	ribonucleoprotein complex binding	MF
GO:0043022	geneDR011359,geneDR035200,geneDR000710,geneDR001055,geneDR028721,geneDR020374,geneDR006802,geneDR006566,geneDR025443,geneDR030290,geneDR029741,geneDR020651,geneDR008543,geneDR003578,geneDR003581,geneDR003753,geneDR021829,geneDR019035,geneDR023841,geneDR010908,geneDR027034,geneDR012845,geneDR005467	ribosome binding	MF
GO:0044877	geneDR011359,geneDR035294,geneDR035304,geneDR034098,geneDR035339,geneDR035349,geneDR035400,geneDR034364,geneDR035493,geneDR014442,geneDR035544,geneDR035566,geneDR035567,geneDR034615,geneDR035596,geneDR034720,geneDR034731,geneDR034732,geneDR035662,geneDR035117,geneDR035133,geneDR035200,geneDR032064,geneDR031990,geneDR000009,geneDR000062,geneDR000138,geneDR000230,geneDR000246,geneDR000345,geneDR000348,geneDR000445,geneDR000497,geneDR000618,geneDR000710,geneDR001035,geneDR001055,geneDR001148,geneDR001174,geneDR001184,geneDR001186,geneDR001230,geneDR001307,geneDR001324,geneDR001545,geneDR034663,geneDR034550,geneDR028411,geneDR030849,geneDR008124,geneDR007986,geneDR007820,geneDR007786,geneDR007757,geneDR034686,geneDR003366,geneDR003361,geneDR003311,geneDR003211,geneDR003210,geneDR003206,geneDR003126,geneDR003111,geneDR003024,geneDR002958,geneDR002842,geneDR002781,geneDR002751,geneDR002714,geneDR002562,geneDR002413,geneDR002303,geneDR002280,geneDR002183,geneDR001961,geneDR001960,geneDR001908,geneDR001877,geneDR030527,geneDR031697,geneDR031728,geneDR028773,geneDR028721,geneDR020374,geneDR012086,geneDR012192,geneDR012303,geneDR012318,geneDR012551,geneDR028129,geneDR006802,geneDR006584,geneDR006567,geneDR006566,geneDR006461,geneDR006430,geneDR006427,geneDR006377,geneDR006213,geneDR006197,geneDR018553,geneDR018397,geneDR018195,geneDR018025,geneDR034163,geneDR017350,geneDR017214,geneDR017208,geneDR017149,geneDR017047,geneDR015156,geneDR015136,geneDR014885,geneDR014814,geneDR014750,geneDR014704,geneDR025287,geneDR025443,geneDR025473,geneDR025589,geneDR025590,geneDR028047,geneDR030290,geneDR030306,geneDR029741,geneDR020651,geneDR020472,geneDR020428,geneDR020418,geneDR009040,geneDR008814,geneDR008713,geneDR008701,geneDR008603,geneDR008579,geneDR008548,geneDR008543,geneDR008312,geneDR029956,geneDR029760,geneDR035164,geneDR035165,geneDR035166,geneDR035167,geneDR034408,geneDR027331,geneDR028835,geneDR033100,geneDR027893,geneDR030136,geneDR014038,geneDR013929,geneDR019476,geneDR015992,geneDR015834,geneDR015833,geneDR015733,geneDR015652,geneDR015532,geneDR015483,geneDR015479,geneDR015464,geneDR015367,geneDR021286,geneDR021080,geneDR021047,geneDR020989,geneDR020987,geneDR020932,geneDR032423,geneDR034531,geneDR018636,geneDR018645,geneDR018789,geneDR018918,geneDR026387,geneDR026424,geneDR003554,geneDR003578,geneDR003581,geneDR003597,geneDR003598,geneDR003753,geneDR003841,geneDR003871,geneDR004101,geneDR004268,geneDR004294,geneDR004326,geneDR004429,geneDR004591,geneDR004592,geneDR004745,geneDR004779,geneDR025259,geneDR017819,geneDR017926,geneDR024928,geneDR024844,geneDR024843,geneDR024731,geneDR024678,geneDR022743,geneDR022812,geneDR022956,geneDR035438,geneDR021649,geneDR021671,geneDR021681,geneDR021807,geneDR021829,geneDR021998,geneDR019288,geneDR019209,geneDR019166,geneDR019083,geneDR019035,geneDR018994,geneDR021547,geneDR021441,geneDR021429,geneDR021423,geneDR034192,geneDR010273,geneDR010200,geneDR010036,geneDR032317,geneDR031348,geneDR031260,geneDR031234,geneDR024376,geneDR024352,geneDR023764,geneDR023841,geneDR025143,geneDR024619,geneDR024577,geneDR010665,geneDR010669,geneDR010673,geneDR010732,geneDR010782,geneDR010872,geneDR010908,geneDR010953,geneDR011024,geneDR011095,geneDR011111,geneDR011156,geneDR027689,geneDR027713,geneDR013145,geneDR013376,geneDR013476,geneDR013536,geneDR013682,geneDR013757,geneDR027286,geneDR027238,geneDR027034,geneDR031981,geneDR028936,geneDR028979,geneDR032486,geneDR032482,geneDR023450,geneDR023348,geneDR032651,geneDR032625,geneDR025840,geneDR025752,geneDR025702,geneDR025656,geneDR025625,geneDR012828,geneDR012845,geneDR012990,geneDR009826,geneDR009752,geneDR009160,geneDR016589,geneDR016404,geneDR016132,geneDR007582,geneDR007564,geneDR007543,geneDR007305,geneDR007228,geneDR007175,geneDR034059,geneDR007116,geneDR007041,geneDR022411,geneDR022429,geneDR022633,geneDR005929,geneDR005512,geneDR005467,geneDR005386,geneDR005159,geneDR005044,geneDR005038	protein-containing complex binding	MF
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0,geneDR009416,geneDR009402,geneDR009399,geneDR009386,geneDR009366,geneDR009365,geneDR009310,geneDR009309,geneDR009308,geneDR009300,geneDR009296,geneDR009295,geneDR009284,geneDR009282,geneDR009274,geneDR009267,geneDR009258,geneDR009238,geneDR009188,geneDR009180,geneDR009170,geneDR009160,geneDR009152,geneDR009140,geneDR009136,geneDR009128,geneDR009116,geneDR009110,geneDR009095,geneDR009084,geneDR016667,geneDR016652,geneDR016624,geneDR016617,geneDR016601,geneDR016598,geneDR016596,geneDR016589,geneDR016584,geneDR016567,geneDR016529,geneDR016497,geneDR016484,geneDR016483,geneDR016472,geneDR016471,geneDR016444,geneDR016442,geneDR016441,geneDR016410,geneDR016398,geneDR016387,geneDR016383,geneDR016381,geneDR016374,geneDR016371,geneDR016358,geneDR016316,geneDR016277,geneDR016260,geneDR016258,geneDR016227,geneDR016226,geneDR016209,geneDR016197,geneDR016190,geneDR016187,geneDR016159,geneDR016132,geneDR016114,geneDR016113,geneDR016104,geneDR029001,geneDR029013,geneDR029016,geneDR029028,geneDR029033,geneDR029034,geneDR029094,geneDR029096,geneDR029099,geneDR029103,geneDR029105,geneDR029112,geneDR029120,geneDR029128,geneDR029147,geneDR029156,geneDR029182,geneDR029183,geneDR032242,geneDR032256,geneDR032270,geneDR032279,geneDR032280,geneDR030646,geneDR030636,geneDR030600,geneDR007583,geneDR007564,geneDR007543,geneDR007502,geneDR007473,geneDR007443,geneDR007441,geneDR007432,geneDR007425,geneDR007382,geneDR007357,geneDR007352,geneDR007324,geneDR007317,geneDR007310,geneDR007305,geneDR007297,geneDR007283,geneDR007262,geneDR007235,geneDR007229,geneDR007228,geneDR007203,geneDR007186,geneDR007181,geneDR007175,geneDR007155,geneDR034032,geneDR034045,geneDR034059,geneDR007127,geneDR007116,geneDR007097,geneDR007084,geneDR007075,geneDR007073,geneDR007064,geneDR007056,geneDR007054,geneDR007024,geneDR007019,geneDR007004,geneDR006989,geneDR006983,geneDR006976,geneDR006973,geneDR006950,geneDR022172,geneDR022204,geneDR022206,geneDR022207,geneDR022209,geneDR022222,geneDR022223,geneDR022236,geneDR022240,geneDR022241,geneDR022242,geneDR022253,geneDR022256,geneDR022257,geneDR022286,geneDR022326,geneDR022329,geneDR022330,geneDR022331,geneDR022345,geneDR022356,geneDR022371,geneDR022410,geneDR022411,geneDR022419,geneDR022452,geneDR022453,geneDR022454,geneDR022459,geneDR022464,geneDR022474,geneDR022481,geneDR022518,geneDR022548,geneDR022563,geneDR022572,geneDR022575,geneDR022578,geneDR022602,geneDR022606,geneDR022646,geneDR022648,geneDR022660,geneDR022671,geneDR022686,geneDR022695,geneDR022696,geneDR022703,geneDR022704,geneDR006113,geneDR006110,geneDR006107,geneDR006102,geneDR006057,geneDR006017,geneDR005984,geneDR005929,geneDR005927,geneDR005911,geneDR005888,geneDR005863,geneDR005859,geneDR005854,geneDR005834,geneDR005829,geneDR005825,geneDR005806,geneDR005772,geneDR005769,geneDR005720,geneDR005713,geneDR005711,geneDR005698,geneDR005697,geneDR005690,geneDR005683,geneDR005680,geneDR005669,geneDR005668,geneDR005659,geneDR005649,geneDR005640,geneDR005635,geneDR005624,geneDR005568,geneDR005563,geneDR005538,geneDR005516,geneDR005514,geneDR005512,geneDR005489,geneDR005481,geneDR005476,geneDR005467,geneDR005460,geneDR005455,geneDR005450,geneDR005442,geneDR005424,geneDR005422,geneDR005419,geneDR005402,geneDR005386,geneDR005382,geneDR005373,geneDR005369,geneDR005361,geneDR005360,geneDR005357,geneDR005353,geneDR005352,geneDR005350,geneDR005349,geneDR005337,geneDR005311,geneDR005306,geneDR005273,geneDR005255,geneDR005253,geneDR005246,geneDR005232,geneDR005208,geneDR005206,geneDR005204,geneDR005190,geneDR005160,geneDR005159,geneDR005157,geneDR005155,geneDR005153,geneDR005087,geneDR005072,geneDR005065,geneDR030254,geneDR030248,geneDR030226,geneDR030207,geneDR033968	protein binding	MF
GO:0016779	geneDR011366,geneDR011432,geneDR035309,geneDR034365,geneDR035562,geneDR035566,geneDR035567,geneDR034588,geneDR031869,geneDR035097,geneDR032868,geneDR035210,geneDR032066,geneDR000054,geneDR001264,geneDR001265,geneDR034659,geneDR034554,geneDR028426,geneDR028343,geneDR017013,geneDR016708,geneDR003365,geneDR002960,geneDR002902,geneDR002827,geneDR002417,geneDR002291,geneDR030366,geneDR030552,geneDR031705,geneDR028670,geneDR020283,geneDR012677,geneDR006824,geneDR006366,geneDR006341,geneDR006269,geneDR018381,geneDR018166,geneDR018164,geneDR031016,geneDR017572,geneDR017202,geneDR015096,geneDR014994,geneDR014976,geneDR014938,geneDR014705,geneDR025286,geneDR025357,geneDR008949,geneDR008646,geneDR008641,geneDR008554,geneDR008225,geneDR035164,geneDR035165,geneDR035166,geneDR035167,geneDR034408,geneDR027348,geneDR027417,geneDR027425,geneDR030134,geneDR014083,geneDR019653,geneDR019787,geneDR016016,geneDR033273,geneDR020865,geneDR026098,geneDR024010,geneDR018857,geneDR026325,geneDR026346,geneDR026391,geneDR026439,geneDR003752,geneDR004540,geneDR004847,geneDR004931,geneDR025262,geneDR017749,geneDR017832,geneDR017922,geneDR024679,geneDR024660,geneDR024658,geneDR022715,geneDR033527,geneDR019448,geneDR019388,geneDR031822,geneDR035191,geneDR010014,geneDR010004,geneDR023702,geneDR023751,geneDR023853,geneDR014611,geneDR014552,geneDR025023,geneDR024500,geneDR010383,geneDR010420,geneDR010445,geneDR011154,geneDR011227,geneDR027461,geneDR027519,geneDR033654,geneDR013161,geneDR013526,geneDR032485,geneDR029513,geneDR029667,geneDR032625,geneDR012806,geneDR009861,geneDR009429,geneDR009311,geneDR009275,geneDR016496,geneDR016451,geneDR022253,geneDR022328,geneDR006022,geneDR005821,geneDR005763,geneDR005451,geneDR005378,geneDR005377,geneDR005376,geneDR005335,geneDR005334,geneDR005254,geneDR005227,geneDR005083,geneDR005075	nucleotidyltransferase activity	MF
GO:0042802	geneDR011366,geneDR011553,geneDR011760,geneDR011850,geneDR011884,geneDR011930,geneDR011941,geneDR033882,geneDR035276,geneDR035315,geneDR030916,geneDR034364,geneDR035502,geneDR014235,geneDR014250,geneDR014295,geneDR014358,geneDR014451,geneDR014467,geneDR014491,geneDR034616,geneDR034709,geneDR034710,geneDR034790,geneDR034999,geneDR032947,geneDR032957,geneDR032082,geneDR000073,geneDR000075,geneDR000095,geneDR000162,geneDR000171,geneDR000306,geneDR000408,geneDR000415,geneDR000494,geneDR000508,geneDR000557,geneDR000611,geneDR000623,geneDR000631,geneDR000740,geneDR000904,geneDR000948,geneDR000998,geneDR001026,geneDR001054,geneDR001055,geneDR001212,geneDR001330,geneDR001366,geneDR001379,geneDR001508,geneDR001517,geneDR001548,geneDR001556,geneDR001706,geneDR001757,geneDR001759,geneDR001760,geneDR028367,geneDR028332,geneDR028263,geneDR030889,geneDR008112,geneDR008107,geneDR008099,geneDR007979,geneDR007858,geneDR007853,geneDR007807,geneDR007777,geneDR007594,geneDR016999,geneDR016966,geneDR016963,geneDR016863,geneDR016837,geneDR016707,geneDR003499,geneDR003406,geneDR003396,geneDR003207,geneDR003179,geneDR003136,geneDR003066,geneDR003041,geneDR003040,geneDR002978,geneDR002956,geneDR002919,geneDR002844,geneDR002834,geneDR002833,geneDR002827,geneDR002758,geneDR002703,geneDR002652,geneDR002632,geneDR002622,geneDR002577,geneDR002562,geneDR002507,geneDR002504,geneDR002491,geneDR002474,geneDR002416,geneDR002414,geneDR002252,geneDR002220,geneDR002206,geneDR002107,geneDR002029,geneDR001975,geneDR001971,geneDR001956,geneDR001896,geneDR001892,geneDR034284,geneDR034272,geneDR034264,geneDR034259,geneDR034258,geneDR034257,geneDR030313,geneDR030329,geneDR030340,geneDR030354,geneDR030369,geneDR030444,geneDR030449,geneDR030489,geneDR030496,geneDR030570,geneDR030571,geneDR030586,geneDR031641,geneDR031728,geneDR031758,geneDR031801,geneDR035027,geneDR028788,geneDR028762,geneDR028668,geneDR028667,geneDR028666,geneDR028554,geneDR028542,geneDR028523,geneDR028455,geneDR028454,geneDR028453,geneDR019862,geneDR019863,geneDR019981,geneDR020041,geneDR020051,geneDR020068,geneDR020075,geneDR020100,geneDR020123,geneDR020154,geneDR020270,geneDR020271,geneDR020306,geneDR020373,geneDR020385,geneDR020404,geneDR012055,geneDR012077,geneDR012122,geneDR012278,geneDR012296,geneDR012379,geneDR012509,geneDR012529,geneDR012540,geneDR012541,geneDR012565,geneDR012717,geneDR034385,geneDR028209,geneDR028180,geneDR028179,geneDR028178,geneDR031892,geneDR006882,geneDR006737,geneDR006734,geneDR006688,geneDR006636,geneDR006622,geneDR006600,geneDR006566,geneDR006510,geneDR006449,geneDR006443,geneDR006366,geneDR006362,geneDR006307,geneDR006301,geneDR006267,geneDR006218,geneDR006191,geneDR033786,geneDR033742,geneDR018527,geneDR018442,geneDR018339,geneDR018195,geneDR018173,geneDR018060,geneDR018005,geneDR017953,geneDR030980,geneDR031014,geneDR031020,geneDR031052,geneDR031061,geneDR031129,geneDR034147,geneDR034148,geneDR017668,geneDR017653,geneDR017626,geneDR017429,geneDR017341,geneDR017222,geneDR017206,geneDR017187,geneDR017101,geneDR017064,geneDR017047,geneDR017036,geneDR015263,geneDR015245,geneDR015224,geneDR015180,geneDR015033,geneDR015015,geneDR014990,geneDR014989,geneDR014951,geneDR014949,geneDR014943,geneDR014942,geneDR014939,geneDR014923,geneDR014895,geneDR014817,geneDR014804,geneDR014802,geneDR014735,geneDR025356,geneDR025413,geneDR025517,geneDR028052,geneDR027913,geneDR030260,geneDR030284,geneDR030298,geneDR029733,geneDR020698,geneDR020693,geneDR020658,geneDR020644,geneDR020610,geneDR020609,geneDR020561,geneDR020560,geneDR020511,geneDR020502,geneDR020501,geneDR020497,geneDR020495,geneDR020419,geneDR020418,geneDR008934,geneDR008921,geneDR008875,geneDR008874,geneDR008873,geneDR008808,geneDR008751,geneDR008737,geneDR008735,geneDR008662,geneDR008661,geneDR008587,geneDR008423,geneDR008422,geneDR008319,geneDR008298,geneDR008295,geneDR008273,geneDR008140,geneDR030007,geneDR030003,geneDR029984,geneDR029967,geneDR029825,geneDR029789,geneDR029763,geneDR029747,geneDR035155,geneDR034921,geneDR026831,geneDR026832,geneDR027886,geneDR030116,geneDR030111,geneDR014179,geneDR014168,geneDR014093,geneDR014091,geneDR014080,geneDR014061,geneDR019499,geneDR019650,geneDR019709,geneDR019717,geneDR019742,geneDR019781,geneDR016062,geneDR016013,geneDR015916,geneDR015875,geneDR015821,geneDR015722,geneDR015721,geneDR015717,geneDR015671,geneDR015670,geneDR015653,geneDR015643,geneDR015362,geneDR033274,geneDR021356,geneDR021344,geneDR021333,geneDR021307,geneDR021219,geneDR021196,geneDR021170,geneDR021042,geneDR021019,geneDR020953,geneDR020866,geneDR025981,geneDR025989,geneDR026025,geneDR026031,geneDR026050,geneDR026080,geneDR026184,geneDR026247,geneDR031433,geneDR023964,geneDR030803,geneDR030798,geneDR030758,geneDR030751,geneDR018621,geneDR018622,geneDR018623,geneDR018710,geneDR026355,geneDR026357,geneDR026412,geneDR026413,geneDR003553,geneDR003633,geneDR003642,geneDR003761,geneDR003773,geneDR003785,geneDR003805,geneDR003861,geneDR003918,geneDR004109,geneDR004183,geneDR004193,geneDR004237,geneDR004251,geneDR004430,geneDR004433,geneDR004504,geneDR004532,geneDR004533,geneDR004534,geneDR004591,geneDR004592,geneDR004607,geneDR004665,geneDR004680,geneDR004703,geneDR004805,geneDR004847,geneDR004853,geneDR025256,geneDR025227,geneDR025199,geneDR017735,geneDR017809,geneDR033720,geneDR024973,geneDR024925,geneDR024879,geneDR024806,geneDR024773,geneDR024716,geneDR024715,geneDR024699,geneDR024684,geneDR022743,geneDR022798,geneDR022841,geneDR022900,geneDR022914,geneDR023192,geneDR033564,geneDR021671,geneDR021705,geneDR021736,geneDR021796,geneDR021817,geneDR021823,geneDR021879,geneDR021901,geneDR021935,geneDR021978,geneDR021989,geneDR022003,geneDR019453,geneDR019414,geneDR019413,geneDR019401,geneDR019389,geneDR019364,geneDR019340,geneDR019317,geneDR019302,geneDR019283,geneDR019257,geneDR019108,geneDR019083,geneDR019076,geneDR019037,geneDR019006,geneDR018982,geneDR021622,geneDR021392,geneDR031856,geneDR031825,geneDR034192,geneDR010334,geneDR010221,geneDR010164,geneDR010110,geneDR010105,geneDR010036,geneDR010035,geneDR010034,geneDR009945,geneDR032363,geneDR031329,geneDR031257,geneDR031206,geneDR024393,geneDR024368,geneDR024347,geneDR024323,geneDR024282,geneDR024233,geneDR024196,geneDR024168,geneDR024162,geneDR024107,geneDR023792,geneDR023887,geneDR023894,geneDR014665,geneDR014526,geneDR014515,geneDR014514,geneDR026586,geneDR026604,geneDR026704,geneDR026765,geneDR026805,geneDR026822,geneDR025011,geneDR025132,geneDR024603,geneDR024588,geneDR024547,geneDR024543,geneDR024492,geneDR010380,geneDR010442,geneDR010457,geneDR010468,geneDR010510,geneDR010536,geneDR010676,geneDR010825,geneDR010977,geneDR011020,geneDR011050,geneDR011096,geneDR011122,geneDR011226,geneDR027468,geneDR027470,geneDR027514,geneDR027547,geneDR027615,geneDR027735,geneDR027746,geneDR027775,geneDR027811,geneDR033650,geneDR013048,geneDR013170,geneDR013285,geneDR013348,geneDR013378,geneDR013518,geneDR013535,geneDR013675,geneDR013716,geneDR013746,geneDR027208,geneDR027142,geneDR027138,geneDR027093,geneDR027024,geneDR032575,geneDR028941,geneDR028958,geneDR032486,geneDR029575,geneDR029594,geneDR029597,geneDR029622,geneDR029623,geneDR023524,geneDR023416,geneDR023412,geneDR023397,geneDR023387,geneDR023386,geneDR023361,geneDR032712,geneDR032680,geneDR032661,geneDR032653,geneDR032638,geneDR032632,geneDR025912,geneDR025903,geneDR025895,geneDR025827,geneDR025808,geneDR025690,geneDR025682,geneDR025613,geneDR012797,geneDR012860,geneDR012930,geneDR013025,geneDR026934,geneDR009895,geneDR009879,geneDR009807,geneDR009798,geneDR009555,geneDR009513,geneDR009503,geneDR009468,geneDR009309,geneDR009300,geneDR009238,geneDR016598,geneDR016529,geneDR016472,geneDR016471,geneDR016260,geneDR016226,geneDR016187,geneDR029016,geneDR029103,geneDR029128,geneDR032256,geneDR032279,geneDR032280,geneDR007583,geneDR007425,geneDR007357,geneDR007317,geneDR007297,geneDR007262,geneDR007235,geneDR007203,geneDR007186,geneDR007075,geneDR007056,geneDR006989,geneDR006983,geneDR006973,geneDR006950,geneDR022204,geneDR022209,geneDR022241,geneDR022253,geneDR022256,geneDR022257,geneDR022329,geneDR022330,geneDR022331,geneDR022356,geneDR022474,geneDR022518,geneDR022660,geneDR022671,geneDR006107,geneDR006057,geneDR005911,geneDR005888,geneDR005863,geneDR005859,geneDR005772,geneDR005769,geneDR005690,geneDR005680,geneDR005640,geneDR005514,geneDR005424,geneDR005419,geneDR005160,geneDR030254,geneDR030226	identical protein binding	MF
GO:0061598	geneDR011366,geneDR031016	molybdopterin adenylyltransferase activity	MF
GO:0061599	geneDR011366,geneDR031016	molybdopterin molybdotransferase activity	MF
GO:0070566	geneDR011366,geneDR035309,geneDR034365,geneDR035566,geneDR035567,geneDR031869,geneDR032066,geneDR030552,geneDR006269,geneDR031016,geneDR015096,geneDR014994,geneDR014705,geneDR025286,geneDR008554,geneDR035164,geneDR035165,geneDR035166,geneDR035167,geneDR034408,geneDR030134,geneDR026391,geneDR024679,geneDR031822,geneDR035191,geneDR010014,geneDR023702,geneDR023853,geneDR010420,geneDR010445,geneDR011154,geneDR027519,geneDR013526,geneDR032485,geneDR032625,geneDR009861,geneDR009311,geneDR016451,geneDR022253,geneDR005451,geneDR005334	adenylyltransferase activity	MF
GO:0005543	geneDR011376,geneDR034297,geneDR035537,geneDR034537,geneDR034538,geneDR034539,geneDR034612,geneDR034740,geneDR034980,geneDR035000,geneDR035117,geneDR032966,geneDR031996,geneDR000214,geneDR000344,geneDR000375,geneDR000619,geneDR001174,geneDR001176,geneDR001361,geneDR034667,geneDR030854,geneDR030852,geneDR007948,geneDR007889,geneDR016912,geneDR003523,geneDR002845,geneDR001990,geneDR034259,geneDR034258,geneDR034257,geneDR030313,geneDR030390,geneDR031801,geneDR035027,geneDR028783,geneDR028730,geneDR028477,geneDR020335,geneDR020340,geneDR012121,geneDR012350,geneDR012372,geneDR028104,geneDR006427,geneDR006426,geneDR033748,geneDR018478,geneDR018295,geneDR018283,geneDR018077,geneDR031084,geneDR031133,geneDR017482,geneDR017303,geneDR015156,geneDR014951,geneDR014818,geneDR020418,geneDR008846,geneDR008423,geneDR008422,geneDR008357,geneDR030062,geneDR029796,geneDR027859,geneDR014184,geneDR014022,geneDR013905,geneDR034334,geneDR034516,geneDR015605,geneDR015408,geneDR015341,geneDR015340,geneDR033302,geneDR021265,geneDR020890,geneDR026219,geneDR030706,geneDR030705,geneDR030702,geneDR030701,geneDR026326,geneDR026463,geneDR003732,geneDR003805,geneDR017846,geneDR017928,geneDR024773,geneDR023092,geneDR023157,geneDR023162,geneDR021736,geneDR021768,geneDR021998,geneDR019387,geneDR019081,geneDR019058,geneDR018993,geneDR021624,geneDR021621,geneDR031859,geneDR031834,geneDR031831,geneDR033477,geneDR010275,geneDR010154,geneDR009959,geneDR009947,geneDR032349,geneDR032361,geneDR024437,geneDR024425,geneDR024314,geneDR024147,geneDR024106,geneDR023654,geneDR014649,geneDR014506,geneDR014502,geneDR026576,geneDR026740,geneDR026798,geneDR025138,geneDR010465,geneDR010623,geneDR010624,geneDR010706,geneDR011019,geneDR027470,geneDR027713,geneDR013256,geneDR013627,geneDR027154,geneDR027076,geneDR029529,geneDR032687,geneDR025763,geneDR025625,geneDR026955,geneDR009332,geneDR009279,geneDR016598,geneDR016461,geneDR016132,geneDR029062,geneDR030640,geneDR007306,geneDR007267,geneDR034069,geneDR007103,geneDR022348,geneDR022688,geneDR005991,geneDR005984,geneDR005936,geneDR005684,geneDR032231,geneDR032232	phospholipid binding	MF
GO:0008289	geneDR011376,geneDR034297,geneDR035537,geneDR034537,geneDR034538,geneDR034539,geneDR034612,geneDR034740,geneDR034877,geneDR034980,geneDR035000,geneDR035117,geneDR032966,geneDR031996,geneDR000214,geneDR000344,geneDR000375,geneDR000398,geneDR000409,geneDR000611,geneDR000619,geneDR000761,geneDR001174,geneDR001176,geneDR001212,geneDR001361,geneDR001621,geneDR034667,geneDR030854,geneDR030852,geneDR007948,geneDR007889,geneDR016912,geneDR003523,geneDR002956,geneDR002853,geneDR002845,geneDR002028,geneDR001990,geneDR034259,geneDR034258,geneDR034257,geneDR030313,geneDR030390,geneDR031801,geneDR035027,geneDR028783,geneDR028730,geneDR028523,geneDR028477,geneDR020335,geneDR020340,geneDR020373,geneDR012121,geneDR012350,geneDR012372,geneDR012591,geneDR012630,geneDR028104,geneDR006913,geneDR006883,geneDR006821,geneDR006784,geneDR006427,geneDR006426,geneDR033748,geneDR018478,geneDR018295,geneDR018283,geneDR018077,geneDR031084,geneDR031133,geneDR017482,geneDR017429,geneDR017303,geneDR015171,geneDR015156,geneDR014951,geneDR014835,geneDR014818,geneDR028049,geneDR027938,geneDR020418,geneDR008846,geneDR008423,geneDR008422,geneDR008357,geneDR030062,geneDR029796,geneDR029789,geneDR020755,geneDR027859,geneDR014184,geneDR014061,geneDR014022,geneDR013905,geneDR013875,geneDR019742,geneDR034334,geneDR034516,geneDR015631,geneDR015605,geneDR015408,geneDR015341,geneDR015340,geneDR033302,geneDR021265,geneDR021145,geneDR020890,geneDR025981,geneDR026050,geneDR026219,geneDR032443,geneDR030706,geneDR030705,geneDR030702,geneDR030701,geneDR026326,geneDR026463,geneDR003732,geneDR003786,geneDR003805,geneDR004002,geneDR004601,geneDR004872,geneDR025256,geneDR017846,geneDR017928,geneDR024773,geneDR024769,geneDR023092,geneDR023157,geneDR023162,geneDR023175,geneDR021736,geneDR021768,geneDR021998,geneDR022003,geneDR019387,geneDR019197,geneDR019081,geneDR019058,geneDR019037,geneDR018993,geneDR021624,geneDR021621,geneDR031859,geneDR031834,geneDR031831,geneDR033477,geneDR010275,geneDR010154,geneDR009959,geneDR009947,geneDR032349,geneDR032361,geneDR024437,geneDR024425,geneDR024314,geneDR024203,geneDR024147,geneDR024106,geneDR023654,geneDR014649,geneDR014506,geneDR014502,geneDR026576,geneDR026740,geneDR026798,geneDR025084,geneDR025138,geneDR010465,geneDR010564,geneDR010565,geneDR010623,geneDR010624,geneDR010672,geneDR010706,geneDR010999,geneDR011019,geneDR027470,geneDR027713,geneDR027732,geneDR013256,geneDR013627,geneDR027154,geneDR027076,geneDR029529,geneDR032687,geneDR032680,geneDR025763,geneDR025625,geneDR026955,geneDR009468,geneDR009332,geneDR009279,geneDR009091,geneDR016598,geneDR016461,geneDR016132,geneDR029062,geneDR030640,geneDR007306,geneDR007267,geneDR034069,geneDR007103,geneDR022227,geneDR022348,geneDR022529,geneDR022688,geneDR005991,geneDR005984,geneDR005936,geneDR005684,geneDR005478,geneDR005383,geneDR005111,geneDR032231,geneDR032232	lipid binding	MF
GO:0003697	geneDR011378,geneDR035334,geneDR034588,geneDR034721,geneDR035649,geneDR035016,geneDR035097,geneDR032006,geneDR000182,geneDR000740,geneDR000892,geneDR001235,geneDR001525,geneDR001784,geneDR028343,geneDR016937,geneDR016832,geneDR003138,geneDR020041,geneDR012372,geneDR012528,geneDR012579,geneDR028209,geneDR006743,geneDR006725,geneDR006373,geneDR018008,geneDR017445,geneDR017268,geneDR017196,geneDR017186,geneDR015263,geneDR014943,geneDR014942,geneDR014813,geneDR025443,geneDR029741,geneDR009059,geneDR009039,geneDR008935,geneDR008589,geneDR028835,geneDR026908,geneDR027886,geneDR019653,geneDR019744,geneDR016066,geneDR015925,geneDR015838,geneDR021246,geneDR020865,geneDR026078,geneDR034527,geneDR031436,geneDR023957,geneDR030736,geneDR018789,geneDR026439,geneDR026449,geneDR004367,geneDR017749,geneDR022927,geneDR033527,geneDR021635,geneDR019302,geneDR031859,geneDR031831,geneDR025092,geneDR010370,geneDR010493,geneDR010908,geneDR013148,geneDR013314,geneDR013528,geneDR013596,geneDR023234,geneDR025837,geneDR025810,geneDR025684,geneDR012860,geneDR027001,geneDR026990,geneDR009919,geneDR009258,geneDR016461,geneDR007266,geneDR007199,geneDR007069,geneDR007047,geneDR022255,geneDR005714,geneDR005124	single-stranded DNA binding	MF
GO:0016614	geneDR011381,geneDR011510,geneDR011600,geneDR011761,geneDR012021,geneDR034105,geneDR035326,geneDR035374,geneDR035402,geneDR014299,geneDR014356,geneDR035581,geneDR035597,geneDR035605,geneDR034759,geneDR034789,geneDR034960,geneDR035079,geneDR032933,geneDR035186,geneDR000069,geneDR000146,geneDR000268,geneDR000353,geneDR000724,geneDR000853,geneDR000930,geneDR001465,geneDR001579,geneDR001700,geneDR028347,geneDR028341,geneDR028278,geneDR028277,geneDR008097,geneDR007816,geneDR007778,geneDR016913,geneDR016893,geneDR016816,geneDR016815,geneDR003230,geneDR003209,geneDR003193,geneDR002884,geneDR002706,geneDR002151,geneDR002021,geneDR001965,geneDR001933,geneDR001923,geneDR034239,geneDR030327,geneDR030371,geneDR030497,geneDR031796,geneDR028656,geneDR028493,geneDR012420,geneDR012442,geneDR012587,geneDR028130,geneDR028115,geneDR006779,geneDR006708,geneDR006267,geneDR006202,geneDR018408,geneDR018390,geneDR018155,geneDR017167,geneDR017086,geneDR025338,geneDR025552,geneDR027922,geneDR029683,geneDR020732,geneDR008676,geneDR008540,geneDR030001,geneDR029763,geneDR034870,geneDR027319,geneDR034921,geneDR026831,geneDR026832,geneDR019534,geneDR016029,geneDR015659,geneDR015620,geneDR021372,geneDR021152,geneDR021076,geneDR031434,geneDR030707,geneDR018710,geneDR003630,geneDR003782,geneDR003890,geneDR003895,geneDR003955,geneDR004173,geneDR004622,geneDR004807,geneDR004915,geneDR025199,geneDR033360,geneDR017746,geneDR017747,geneDR024760,geneDR024759,geneDR024723,geneDR021691,geneDR021692,geneDR022039,geneDR022040,geneDR019385,geneDR021554,geneDR031825,geneDR010105,geneDR032308,geneDR031340,geneDR023647,geneDR014541,geneDR026708,geneDR026761,geneDR025081,geneDR032559,geneDR024522,geneDR024493,geneDR010480,geneDR010551,geneDR011050,geneDR011202,geneDR027637,geneDR027738,geneDR027781,geneDR013277,geneDR013407,geneDR013495,geneDR013497,geneDR031949,geneDR031950,geneDR031979,geneDR033959,geneDR023410,geneDR032653,geneDR025882,geneDR026953,geneDR009751,geneDR009679,geneDR009486,geneDR009309,geneDR016443,geneDR016386,geneDR016385,geneDR016384,geneDR016382,geneDR016344,geneDR016165,geneDR029103,geneDR030643,geneDR007381,geneDR006074,geneDR006010,geneDR005841,geneDR005813,geneDR005739,geneDR005667,geneDR005488,geneDR005106,geneDR005010	oxidoreductase activity, acting on CH-OH group of donors	MF
GO:0016616	geneDR011381,geneDR011600,geneDR011761,geneDR012021,geneDR035326,geneDR035374,geneDR014299,geneDR014356,geneDR035581,geneDR035597,geneDR035605,geneDR034789,geneDR034960,geneDR035079,geneDR032933,geneDR035186,geneDR000069,geneDR000146,geneDR000268,geneDR000353,geneDR000724,geneDR000853,geneDR000930,geneDR001465,geneDR001579,geneDR001700,geneDR008097,geneDR007816,geneDR007778,geneDR016913,geneDR016893,geneDR016816,geneDR016815,geneDR003230,geneDR003209,geneDR003193,geneDR002884,geneDR002706,geneDR002151,geneDR002021,geneDR001965,geneDR001933,geneDR001923,geneDR034239,geneDR030327,geneDR030371,geneDR030497,geneDR028656,geneDR028493,geneDR012420,geneDR012442,geneDR012587,geneDR028115,geneDR006779,geneDR006708,geneDR006267,geneDR006202,geneDR018408,geneDR018155,geneDR017167,geneDR017086,geneDR025338,geneDR025552,geneDR027922,geneDR020732,geneDR008676,geneDR008540,geneDR030001,geneDR029763,geneDR034870,geneDR027319,geneDR034921,geneDR026831,geneDR026832,geneDR019534,geneDR016029,geneDR015659,geneDR015620,geneDR021372,geneDR021152,geneDR031434,geneDR030707,geneDR018710,geneDR003630,geneDR003782,geneDR003890,geneDR003895,geneDR003955,geneDR004173,geneDR004622,geneDR004807,geneDR004915,geneDR025199,geneDR033360,geneDR024723,geneDR021691,geneDR021692,geneDR022039,geneDR022040,geneDR019385,geneDR021554,geneDR031825,geneDR010105,geneDR032308,geneDR031340,geneDR023647,geneDR014541,geneDR026708,geneDR026761,geneDR025081,geneDR032559,geneDR024522,geneDR024493,geneDR010480,geneDR010551,geneDR011050,geneDR011202,geneDR027637,geneDR027738,geneDR027781,geneDR013407,geneDR013495,geneDR013497,geneDR031949,geneDR031950,geneDR031979,geneDR033959,geneDR023410,geneDR032653,geneDR025882,geneDR026953,geneDR009751,geneDR009679,geneDR009486,geneDR009309,geneDR016384,geneDR016382,geneDR016344,geneDR016165,geneDR029103,geneDR030643,geneDR007381,geneDR006074,geneDR006010,geneDR005841,geneDR005813,geneDR005739,geneDR005667,geneDR005488,geneDR005106,geneDR005010	oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	MF
GO:0030145	geneDR011381,geneDR031991,geneDR000008,geneDR000991,geneDR001372,geneDR030557,geneDR031705,geneDR020339,geneDR012104,geneDR006631,geneDR006261,geneDR018312,geneDR017086,geneDR030733,geneDR003563,geneDR003566,geneDR003567,geneDR003568,geneDR018966,geneDR032384,geneDR013148,geneDR013407	manganese ion binding	MF
GO:0030604	geneDR011381,geneDR017086,geneDR013407	1-deoxy-D-xylulose-5-phosphate reductoisomerase activity	MF
GO:0043169	geneDR011381,geneDR011539,geneDR011930,geneDR033871,geneDR035276,geneDR035294,geneDR035300,geneDR034113,geneDR030926,geneDR034317,geneDR035454,geneDR014235,geneDR014487,geneDR034487,geneDR034499,geneDR035542,geneDR035551,geneDR034621,geneDR034638,geneDR034731,geneDR034843,geneDR034901,geneDR034985,geneDR035007,geneDR035020,geneDR035088,geneDR035115,geneDR032923,geneDR035241,geneDR032173,geneDR032106,geneDR032082,geneDR031991,geneDR000008,geneDR000029,geneDR000150,geneDR000214,geneDR000263,geneDR000276,geneDR000375,geneDR000485,geneDR000521,geneDR000604,geneDR000645,geneDR000651,geneDR000665,geneDR000845,geneDR000991,geneDR001074,geneDR001123,geneDR001130,geneDR001196,geneDR001222,geneDR001297,geneDR001372,geneDR001517,geneDR001605,geneDR001620,geneDR001621,geneDR001776,geneDR001816,geneDR001835,geneDR034667,geneDR033836,geneDR028394,geneDR028304,geneDR028272,geneDR030852,geneDR008124,geneDR008080,geneDR007943,geneDR007906,geneDR007895,geneDR007858,geneDR007795,geneDR007745,geneDR007699,geneDR007680,geneDR007617,geneDR007594,geneDR034695,geneDR017017,geneDR016963,geneDR016960,geneDR016934,geneDR016912,geneDR016860,geneDR016844,geneDR016787,geneDR016743,geneDR016716,geneDR003506,geneDR003505,geneDR003503,geneDR003487,geneDR003424,geneDR003390,geneDR003373,geneDR003350,geneDR003318,geneDR003300,geneDR003288,geneDR003245,geneDR003209,geneDR003137,geneDR003100,geneDR003098,geneDR003058,geneDR003041,geneDR003040,geneDR002962,geneDR002887,geneDR002884,geneDR002883,geneDR002871,geneDR002855,geneDR002834,geneDR002833,geneDR002827,geneDR002758,geneDR002717,geneDR002700,geneDR002631,geneDR002628,geneDR002588,geneDR002505,geneDR002500,geneDR002480,geneDR002389,geneDR002293,geneDR002283,geneDR002259,geneDR002220,geneDR002189,geneDR002075,geneDR002033,geneDR001996,geneDR001844,geneDR034268,geneDR034266,geneDR034251,geneDR034249,geneDR034241,geneDR030316,geneDR030324,geneDR030336,geneDR030338,geneDR030383,geneDR030388,geneDR030487,geneDR030557,geneDR031641,geneDR031661,geneDR031669,geneDR031705,geneDR031747,geneDR031801,geneDR035027,geneDR028802,geneDR028781,geneDR028719,geneDR028605,geneDR028578,geneDR028484,geneDR028447,geneDR019895,geneDR019972,geneDR020068,geneDR020076,geneDR020159,geneDR020196,geneDR020210,geneDR020258,geneDR020339,geneDR020367,geneDR020404,geneDR012077,geneDR012104,geneDR012121,geneDR012134,geneDR012168,geneDR012209,geneDR012613,geneDR012619,geneDR012629,geneDR012630,geneDR028098,geneDR028078,geneDR028073,geneDR031927,geneDR031904,geneDR006883,geneDR006882,geneDR006839,geneDR006821,geneDR006806,geneDR006794,geneDR006737,geneDR006631,geneDR006618,geneDR006552,geneDR006488,geneDR006478,geneDR006414,geneDR006389,geneDR006362,geneDR006317,geneDR006267,geneDR006261,geneDR006174,geneDR006154,geneDR033794,geneDR033779,geneDR033752,geneDR018500,geneDR018428,geneDR018361,geneDR018312,geneDR018302,geneDR018283,geneDR018235,geneDR018221,geneDR018195,geneDR018167,geneDR018087,geneDR017953,geneDR031003,geneDR031016,geneDR031084,geneDR017626,geneDR017624,geneDR017550,geneDR017481,geneDR017307,geneDR017245,geneDR017154,geneDR017137,geneDR017104,geneDR017086,geneDR017083,geneDR015268,geneDR015251,geneDR015220,geneDR015206,geneDR015203,geneDR015179,geneDR015165,geneDR015110,geneDR015109,geneDR015107,geneDR015096,geneDR015043,geneDR015025,geneDR015008,geneDR015002,geneDR014957,geneDR014863,geneDR014860,geneDR014852,geneDR014838,geneDR014802,geneDR025542,geneDR025567,geneDR033140,geneDR033139,geneDR033138,geneDR028003,geneDR030279,geneDR020720,geneDR020687,geneDR020537,geneDR020497,geneDR020495,geneDR020442,geneDR020428,geneDR020418,geneDR020411,geneDR009057,geneDR009034,geneDR009029,geneDR008975,geneDR008973,geneDR008970,geneDR008957,geneDR008946,geneDR008778,geneDR008737,geneDR008735,geneDR008720,geneDR008717,geneDR008708,geneDR008668,geneDR008643,geneDR008629,geneDR008529,geneDR008431,geneDR008423,geneDR008422,geneDR008284,geneDR008202,geneDR008135,geneDR030033,geneDR029984,geneDR029914,geneDR029901,geneDR029856,geneDR029798,geneDR029763,geneDR029759,geneDR034761,geneDR027309,geneDR027344,geneDR027346,geneDR027364,geneDR027385,geneDR028834,geneDR034921,geneDR026831,geneDR026832,geneDR026870,geneDR026895,geneDR034180,geneDR027823,geneDR030146,geneDR030138,geneDR030098,geneDR030097,geneDR014092,geneDR014067,geneDR014008,geneDR013906,geneDR013884,geneDR019499,geneDR019560,geneDR019585,geneDR019637,geneDR019681,geneDR019721,geneDR019741,geneDR019764,geneDR019799,geneDR019812,geneDR034330,geneDR034334,geneDR034516,geneDR016086,geneDR016062,geneDR015992,geneDR015972,geneDR015916,geneDR015821,geneDR015766,geneDR015765,geneDR015763,geneDR015559,geneDR015545,geneDR015522,geneDR015499,geneDR015464,geneDR015425,geneDR015375,geneDR015356,geneDR033265,geneDR033234,geneDR033228,geneDR033192,geneDR021246,geneDR021181,geneDR021170,geneDR021151,geneDR021068,geneDR021003,geneDR020987,geneDR020965,geneDR026049,geneDR026074,geneDR026108,geneDR026125,geneDR026200,geneDR026258,geneDR032443,geneDR032433,geneDR031402,geneDR024003,geneDR023984,geneDR030820,geneDR030751,geneDR030733,geneDR030706,geneDR030705,geneDR018625,geneDR018691,geneDR018710,geneDR018900,geneDR018941,geneDR026288,geneDR026326,geneDR026334,geneDR026337,geneDR026354,geneDR026356,geneDR026385,geneDR026422,geneDR026437,geneDR026518,geneDR026536,geneDR003563,geneDR003566,geneDR003567,geneDR003568,geneDR003603,geneDR003644,geneDR003733,geneDR003738,geneDR003794,geneDR003797,geneDR004004,geneDR004043,geneDR004134,geneDR004271,geneDR004286,geneDR004301,geneDR004498,geneDR004507,geneDR004517,geneDR004531,geneDR004538,geneDR004622,geneDR004656,geneDR004659,geneDR004672,geneDR004707,geneDR004748,geneDR004847,geneDR004853,geneDR004857,geneDR004877,geneDR004892,geneDR004909,geneDR004914,geneDR004915,geneDR004918,geneDR025244,geneDR025226,geneDR017846,geneDR017860,geneDR017861,geneDR017928,geneDR017941,geneDR033711,geneDR024985,geneDR024957,geneDR024936,geneDR024928,geneDR024821,geneDR024793,geneDR024769,geneDR024753,geneDR024732,geneDR024727,geneDR024699,geneDR024663,geneDR022713,geneDR022743,geneDR022778,geneDR022785,geneDR022898,geneDR022995,geneDR023068,geneDR023157,geneDR033564,geneDR033543,geneDR033535,geneDR033534,geneDR021693,geneDR021736,geneDR021752,geneDR021769,geneDR022081,geneDR019343,geneDR019340,geneDR019208,geneDR019153,geneDR019146,geneDR019083,geneDR019050,geneDR019036,geneDR019006,geneDR018982,geneDR018966,geneDR021624,geneDR021614,geneDR021589,geneDR021577,geneDR021529,geneDR021497,geneDR031825,geneDR010328,geneDR010275,geneDR010259,geneDR010145,geneDR010144,geneDR010105,geneDR010099,geneDR010098,geneDR010036,geneDR010013,geneDR010002,geneDR009959,geneDR009940,geneDR009939,geneDR032349,geneDR032368,geneDR032369,geneDR032384,geneDR031316,geneDR031305,geneDR031289,geneDR031246,geneDR031219,geneDR024417,geneDR024312,geneDR024309,geneDR024287,geneDR024273,geneDR024147,geneDR023734,geneDR023766,geneDR023767,geneDR023782,geneDR023818,geneDR023829,geneDR023830,geneDR023894,geneDR014685,geneDR014653,geneDR014652,geneDR014624,geneDR026590,geneDR026740,geneDR026822,geneDR025066,geneDR025124,geneDR025145,geneDR024642,geneDR024628,geneDR024581,geneDR010420,geneDR010422,geneDR010472,geneDR010493,geneDR010506,geneDR010518,geneDR010623,geneDR010624,geneDR010636,geneDR010673,geneDR010693,geneDR010767,geneDR010794,geneDR010817,geneDR010974,geneDR010996,geneDR011096,geneDR011192,geneDR027525,geneDR027531,geneDR027556,geneDR027726,geneDR027744,geneDR027772,geneDR027777,geneDR033667,geneDR033633,geneDR013078,geneDR013079,geneDR013084,geneDR013118,geneDR013145,geneDR013148,geneDR013257,geneDR013297,geneDR013317,geneDR013322,geneDR013366,geneDR013369,geneDR013404,geneDR013407,geneDR013459,geneDR013729,geneDR027286,geneDR027273,geneDR027261,geneDR027242,geneDR027175,geneDR027076,geneDR027061,geneDR032582,geneDR032581,geneDR031966,geneDR029464,geneDR029487,geneDR029531,geneDR023594,geneDR023517,geneDR023387,geneDR023386,geneDR023300,geneDR023221,geneDR032689,geneDR032653,geneDR032649,geneDR032613,geneDR025906,geneDR025898,geneDR025837,geneDR025833,geneDR025797,geneDR025795,geneDR025794,geneDR025793,geneDR025723,geneDR025682,geneDR025660,geneDR025625,geneDR012870,geneDR012937,geneDR009874,geneDR009861,geneDR009838,geneDR009811,geneDR009769,geneDR009555,geneDR009538,geneDR009517,geneDR009435,geneDR009396,geneDR009361,geneDR009349,geneDR009337,geneDR009309,geneDR009253,geneDR009218,geneDR009108,geneDR009087,geneDR016661,geneDR016622,geneDR016423,geneDR016368,geneDR016323,geneDR016215,geneDR016192,geneDR016130,geneDR028996,geneDR029038,geneDR029047,geneDR029103,geneDR029124,geneDR029126,geneDR029158,geneDR029182,geneDR007564,geneDR007552,geneDR007444,geneDR007390,geneDR007224,geneDR007203,geneDR007082,geneDR007047,geneDR007044,geneDR007043,geneDR006991,geneDR006987,geneDR006980,geneDR006920,geneDR022205,geneDR022243,geneDR022259,geneDR022274,geneDR022474,geneDR022668,geneDR022682,geneDR006057,geneDR005981,geneDR005980,geneDR005977,geneDR005959,geneDR005933,geneDR005903,geneDR005902,geneDR005890,geneDR005782,geneDR005772,geneDR005757,geneDR005721,geneDR005676,geneDR005670,geneDR005601,geneDR005528,geneDR005480,geneDR005419,geneDR005358,geneDR005332,geneDR005286,geneDR005273,geneDR005207,geneDR005164,geneDR005071,geneDR005068,geneDR005063,geneDR005051,geneDR004997,geneDR030240,geneDR030228,geneDR030209,geneDR030205,geneDR030181	cation binding	MF
GO:0046872	geneDR011381,geneDR011539,geneDR011930,geneDR035276,geneDR035294,geneDR035300,geneDR034317,geneDR035454,geneDR014235,geneDR014487,geneDR034487,geneDR034499,geneDR035542,geneDR035551,geneDR034621,geneDR034731,geneDR034843,geneDR034901,geneDR034985,geneDR035007,geneDR035020,geneDR035088,geneDR035115,geneDR032923,geneDR035241,geneDR032173,geneDR032106,geneDR032082,geneDR031991,geneDR000008,geneDR000029,geneDR000150,geneDR000263,geneDR000276,geneDR000375,geneDR000485,geneDR000521,geneDR000604,geneDR000645,geneDR000651,geneDR000665,geneDR000845,geneDR000991,geneDR001074,geneDR001123,geneDR001130,geneDR001196,geneDR001222,geneDR001297,geneDR001372,geneDR001517,geneDR001605,geneDR001620,geneDR001621,geneDR001776,geneDR001816,geneDR001835,geneDR034667,geneDR033836,geneDR028394,geneDR028304,geneDR028272,geneDR008124,geneDR008080,geneDR007943,geneDR007906,geneDR007895,geneDR007858,geneDR007795,geneDR007745,geneDR007699,geneDR007680,geneDR007617,geneDR007594,geneDR034695,geneDR017017,geneDR016960,geneDR016934,geneDR016912,geneDR016860,geneDR016844,geneDR016787,geneDR016716,geneDR003506,geneDR003505,geneDR003503,geneDR003487,geneDR003424,geneDR003390,geneDR003373,geneDR003350,geneDR003318,geneDR003300,geneDR003288,geneDR003245,geneDR003209,geneDR003137,geneDR003100,geneDR003098,geneDR003058,geneDR003041,geneDR003040,geneDR002962,geneDR002887,geneDR002884,geneDR002883,geneDR002871,geneDR002855,geneDR002834,geneDR002833,geneDR002827,geneDR002758,geneDR002717,geneDR002700,geneDR002631,geneDR002628,geneDR002588,geneDR002505,geneDR002500,geneDR002480,geneDR002389,geneDR002293,geneDR002283,geneDR002259,geneDR002220,geneDR002189,geneDR002075,geneDR002033,geneDR001996,geneDR001844,geneDR034268,geneDR034266,geneDR034251,geneDR034249,geneDR034241,geneDR030316,geneDR030324,geneDR030336,geneDR030338,geneDR030383,geneDR030388,geneDR030487,geneDR030557,geneDR031641,geneDR031661,geneDR031669,geneDR031705,geneDR031747,geneDR031801,geneDR035027,geneDR028802,geneDR028781,geneDR028719,geneDR028605,geneDR028578,geneDR028484,geneDR028447,geneDR019895,geneDR019972,geneDR020068,geneDR020076,geneDR020159,geneDR020196,geneDR020210,geneDR020258,geneDR020339,geneDR020367,geneDR012104,geneDR012121,geneDR012134,geneDR012168,geneDR012209,geneDR012613,geneDR012619,geneDR012629,geneDR012630,geneDR028098,geneDR028078,geneDR028073,geneDR031927,geneDR031904,geneDR006883,geneDR006882,geneDR006839,geneDR006821,geneDR006806,geneDR006794,geneDR006737,geneDR006631,geneDR006618,geneDR006552,geneDR006488,geneDR006478,geneDR006414,geneDR006389,geneDR006362,geneDR006317,geneDR006267,geneDR006261,geneDR006174,geneDR006154,geneDR033794,geneDR033779,geneDR033752,geneDR018428,geneDR018361,geneDR018312,geneDR018302,geneDR018283,geneDR018235,geneDR018221,geneDR018195,geneDR018167,geneDR018087,geneDR031003,geneDR031016,geneDR031084,geneDR017626,geneDR017624,geneDR017550,geneDR017481,geneDR017307,geneDR017245,geneDR017154,geneDR017137,geneDR017104,geneDR017086,geneDR017083,geneDR015268,geneDR015251,geneDR015220,geneDR015206,geneDR015203,geneDR015179,geneDR015165,geneDR015110,geneDR015109,geneDR015107,geneDR015096,geneDR015025,geneDR015008,geneDR015002,geneDR014957,geneDR014863,geneDR014860,geneDR014852,geneDR014838,geneDR014802,geneDR025542,geneDR025567,geneDR033140,geneDR033139,geneDR033138,geneDR028003,geneDR030279,geneDR020720,geneDR020687,geneDR020537,geneDR020497,geneDR020495,geneDR020442,geneDR020428,geneDR020418,geneDR020411,geneDR009057,geneDR009034,geneDR009029,geneDR008975,geneDR008970,geneDR008957,geneDR008946,geneDR008778,geneDR008737,geneDR008735,geneDR008720,geneDR008717,geneDR008708,geneDR008668,geneDR008629,geneDR008529,geneDR008431,geneDR008423,geneDR008422,geneDR008284,geneDR008202,geneDR008135,geneDR030033,geneDR029984,geneDR029914,geneDR029901,geneDR029856,geneDR029798,geneDR029763,geneDR029759,geneDR034761,geneDR027309,geneDR027344,geneDR027346,geneDR027364,geneDR027385,geneDR028834,geneDR034921,geneDR026831,geneDR026832,geneDR026870,geneDR026895,geneDR034180,geneDR027823,geneDR030146,geneDR030138,geneDR030098,geneDR030097,geneDR014092,geneDR014067,geneDR014008,geneDR013906,geneDR013884,geneDR019499,geneDR019560,geneDR019585,geneDR019637,geneDR019681,geneDR019721,geneDR019741,geneDR019764,geneDR019799,geneDR019812,geneDR034330,geneDR034334,geneDR034516,geneDR016062,geneDR015992,geneDR015972,geneDR015916,geneDR015821,geneDR015766,geneDR015765,geneDR015763,geneDR015559,geneDR015545,geneDR015522,geneDR015499,geneDR015464,geneDR015425,geneDR015375,geneDR015356,geneDR033265,geneDR033228,geneDR033192,geneDR021246,geneDR021170,geneDR021151,geneDR021003,geneDR020987,geneDR020965,geneDR026049,geneDR026074,geneDR026108,geneDR026125,geneDR026200,geneDR026258,geneDR032443,geneDR032433,geneDR031402,geneDR024003,geneDR023984,geneDR030820,geneDR030733,geneDR030706,geneDR030705,geneDR018625,geneDR018691,geneDR018710,geneDR018900,geneDR018941,geneDR026288,geneDR026326,geneDR026334,geneDR026337,geneDR026354,geneDR026356,geneDR026385,geneDR026422,geneDR026437,geneDR026518,geneDR026536,geneDR003563,geneDR003566,geneDR003567,geneDR003568,geneDR003603,geneDR003644,geneDR003733,geneDR003738,geneDR003794,geneDR003797,geneDR004004,geneDR004043,geneDR004134,geneDR004271,geneDR004286,geneDR004301,geneDR004498,geneDR004507,geneDR004517,geneDR004531,geneDR004538,geneDR004622,geneDR004656,geneDR004659,geneDR004672,geneDR004707,geneDR004748,geneDR004847,geneDR004853,geneDR004857,geneDR004877,geneDR004892,geneDR004909,geneDR004914,geneDR004915,geneDR004918,geneDR025244,geneDR025226,geneDR017846,geneDR017860,geneDR017861,geneDR017928,geneDR017941,geneDR033711,geneDR024985,geneDR024957,geneDR024936,geneDR024928,geneDR024821,geneDR024793,geneDR024769,geneDR024753,geneDR024732,geneDR024727,geneDR024699,geneDR024663,geneDR022713,geneDR022743,geneDR022778,geneDR022785,geneDR022898,geneDR022995,geneDR023068,geneDR023157,geneDR033564,geneDR033543,geneDR033535,geneDR033534,geneDR021693,geneDR021736,geneDR021752,geneDR021769,geneDR022081,geneDR019343,geneDR019340,geneDR019208,geneDR019153,geneDR019146,geneDR019083,geneDR019050,geneDR019036,geneDR018966,geneDR021624,geneDR021614,geneDR021589,geneDR021577,geneDR021529,geneDR031825,geneDR010328,geneDR010275,geneDR010259,geneDR010145,geneDR010144,geneDR010105,geneDR010099,geneDR010098,geneDR010036,geneDR010013,geneDR010002,geneDR009959,geneDR009940,geneDR009939,geneDR032349,geneDR032368,geneDR032369,geneDR032384,geneDR031316,geneDR031305,geneDR031289,geneDR031246,geneDR031219,geneDR024312,geneDR024309,geneDR024287,geneDR024273,geneDR024147,geneDR023734,geneDR023766,geneDR023767,geneDR023818,geneDR023829,geneDR023830,geneDR023894,geneDR014653,geneDR014652,geneDR014624,geneDR026590,geneDR026740,geneDR026822,geneDR025066,geneDR025124,geneDR025145,geneDR024642,geneDR024628,geneDR024581,geneDR010420,geneDR010422,geneDR010472,geneDR010493,geneDR010506,geneDR010518,geneDR010623,geneDR010624,geneDR010636,geneDR010673,geneDR010693,geneDR010767,geneDR010794,geneDR010817,geneDR010974,geneDR010996,geneDR011096,geneDR011192,geneDR027525,geneDR027531,geneDR027556,geneDR027726,geneDR027744,geneDR027772,geneDR027777,geneDR033667,geneDR033633,geneDR013078,geneDR013079,geneDR013084,geneDR013118,geneDR013145,geneDR013148,geneDR013257,geneDR013297,geneDR013317,geneDR013322,geneDR013369,geneDR013404,geneDR013407,geneDR013459,geneDR013729,geneDR027286,geneDR027273,geneDR027261,geneDR027242,geneDR027175,geneDR027076,geneDR027061,geneDR032582,geneDR032581,geneDR031966,geneDR029464,geneDR029487,geneDR029531,geneDR023594,geneDR023517,geneDR023387,geneDR023386,geneDR023300,geneDR023221,geneDR032689,geneDR032653,geneDR032649,geneDR032613,geneDR025906,geneDR025898,geneDR025837,geneDR025833,geneDR025797,geneDR025795,geneDR025794,geneDR025793,geneDR025682,geneDR025660,geneDR025625,geneDR012870,geneDR012937,geneDR009874,geneDR009861,geneDR009838,geneDR009811,geneDR009769,geneDR009555,geneDR009538,geneDR009517,geneDR009435,geneDR009396,geneDR009361,geneDR009349,geneDR009337,geneDR009309,geneDR009253,geneDR009218,geneDR009108,geneDR009087,geneDR016661,geneDR016622,geneDR016423,geneDR016368,geneDR016323,geneDR016215,geneDR016192,geneDR016130,geneDR028996,geneDR029038,geneDR029047,geneDR029103,geneDR029124,geneDR029126,geneDR029158,geneDR029182,geneDR007564,geneDR007552,geneDR007444,geneDR007390,geneDR007224,geneDR007203,geneDR007082,geneDR007047,geneDR007044,geneDR007043,geneDR006991,geneDR006987,geneDR006980,geneDR006920,geneDR022205,geneDR022243,geneDR022259,geneDR022274,geneDR022474,geneDR022668,geneDR022682,geneDR006057,geneDR005981,geneDR005980,geneDR005977,geneDR005959,geneDR005933,geneDR005903,geneDR005902,geneDR005890,geneDR005782,geneDR005772,geneDR005721,geneDR005676,geneDR005670,geneDR005601,geneDR005480,geneDR005419,geneDR005358,geneDR005332,geneDR005286,geneDR005273,geneDR005207,geneDR005164,geneDR005071,geneDR005068,geneDR005063,geneDR005051,geneDR004997,geneDR030228,geneDR030209,geneDR030205,geneDR030181	metal ion binding	MF
GO:0046914	geneDR011381,geneDR011539,geneDR011930,geneDR035294,geneDR035300,geneDR035454,geneDR035542,geneDR034731,geneDR034843,geneDR034985,geneDR035007,geneDR035020,geneDR035115,geneDR032923,geneDR035241,geneDR032106,geneDR032082,geneDR031991,geneDR000008,geneDR000029,geneDR000150,geneDR000263,geneDR000276,geneDR000485,geneDR000604,geneDR000651,geneDR000665,geneDR000845,geneDR000991,geneDR001074,geneDR001123,geneDR001130,geneDR001196,geneDR001222,geneDR001297,geneDR001372,geneDR001517,geneDR001620,geneDR001816,geneDR001835,geneDR034667,geneDR028394,geneDR028304,geneDR028272,geneDR008124,geneDR007895,geneDR007795,geneDR007699,geneDR007680,geneDR007594,geneDR034695,geneDR017017,geneDR016960,geneDR016934,geneDR016912,geneDR016844,geneDR016716,geneDR003506,geneDR003505,geneDR003503,geneDR003487,geneDR003424,geneDR003390,geneDR003350,geneDR003300,geneDR003209,geneDR003137,geneDR003100,geneDR003098,geneDR003058,geneDR003041,geneDR003040,geneDR002887,geneDR002884,geneDR002883,geneDR002871,geneDR002855,geneDR002758,geneDR002700,geneDR002631,geneDR002628,geneDR002500,geneDR002389,geneDR002293,geneDR002283,geneDR002220,geneDR002075,geneDR001996,geneDR001844,geneDR034268,geneDR034266,geneDR034251,geneDR034249,geneDR034241,geneDR030316,geneDR030324,geneDR030336,geneDR030338,geneDR030383,geneDR030487,geneDR030557,geneDR031641,geneDR031661,geneDR031669,geneDR031705,geneDR028802,geneDR028781,geneDR028719,geneDR028605,geneDR028578,geneDR028484,geneDR028447,geneDR019895,geneDR019972,geneDR020068,geneDR020076,geneDR020210,geneDR020258,geneDR020339,geneDR020367,geneDR012104,geneDR012121,geneDR012168,geneDR012613,geneDR012619,geneDR012629,geneDR028098,geneDR028073,geneDR031904,geneDR006883,geneDR006882,geneDR006806,geneDR006794,geneDR006737,geneDR006631,geneDR006618,geneDR006552,geneDR006488,geneDR006478,geneDR006414,geneDR006389,geneDR006362,geneDR006317,geneDR006267,geneDR006261,geneDR033794,geneDR033752,geneDR018361,geneDR018312,geneDR018302,geneDR018283,geneDR018235,geneDR031016,geneDR031084,geneDR017624,geneDR017550,geneDR017481,geneDR017307,geneDR017245,geneDR017086,geneDR017083,geneDR015268,geneDR015251,geneDR015220,geneDR015203,geneDR015179,geneDR015165,geneDR015107,geneDR015025,geneDR015008,geneDR015002,geneDR014957,geneDR014863,geneDR014860,geneDR014838,geneDR025542,geneDR025567,geneDR033140,geneDR033139,geneDR033138,geneDR028003,geneDR020720,geneDR020687,geneDR020537,geneDR020497,geneDR020495,geneDR020442,geneDR020428,geneDR020411,geneDR009034,geneDR008975,geneDR008970,geneDR008957,geneDR008778,geneDR008737,geneDR008735,geneDR008720,geneDR008529,geneDR008284,geneDR008202,geneDR008135,geneDR030033,geneDR029984,geneDR029914,geneDR029856,geneDR029763,geneDR027344,geneDR027346,geneDR027364,geneDR028834,geneDR034921,geneDR026831,geneDR026832,geneDR026870,geneDR026895,geneDR034180,geneDR027823,geneDR030138,geneDR030098,geneDR030097,geneDR013906,geneDR013884,geneDR019499,geneDR019585,geneDR019637,geneDR019681,geneDR019812,geneDR034330,geneDR034334,geneDR034516,geneDR015992,geneDR015972,geneDR015916,geneDR015821,geneDR015766,geneDR015765,geneDR015763,geneDR015545,geneDR015522,geneDR015499,geneDR015464,geneDR015425,geneDR015375,geneDR015356,geneDR033265,geneDR033228,geneDR021246,geneDR021151,geneDR021003,geneDR020987,geneDR026125,geneDR026200,geneDR032443,geneDR032433,geneDR024003,geneDR023984,geneDR030820,geneDR030733,geneDR030706,geneDR030705,geneDR018691,geneDR018710,geneDR018900,geneDR026326,geneDR026334,geneDR026385,geneDR026422,geneDR003563,geneDR003566,geneDR003567,geneDR003568,geneDR003603,geneDR003644,geneDR003738,geneDR003794,geneDR004043,geneDR004271,geneDR004286,geneDR004301,geneDR004538,geneDR004622,geneDR004656,geneDR004659,geneDR004672,geneDR004707,geneDR004877,geneDR004892,geneDR004909,geneDR004914,geneDR004915,geneDR004918,geneDR017928,geneDR017941,geneDR033711,geneDR024928,geneDR024793,geneDR024769,geneDR024732,geneDR024727,geneDR024699,geneDR024663,geneDR022713,geneDR022778,geneDR022785,geneDR022898,geneDR022995,geneDR023068,geneDR033564,geneDR033543,geneDR021752,geneDR021769,geneDR022081,geneDR019343,geneDR019340,geneDR019208,geneDR019153,geneDR019146,geneDR019050,geneDR019036,geneDR018966,geneDR021624,geneDR021614,geneDR021589,geneDR021577,geneDR031825,geneDR010275,geneDR010259,geneDR010144,geneDR010105,geneDR010099,geneDR010002,geneDR009959,geneDR009940,geneDR009939,geneDR032349,geneDR032368,geneDR032369,geneDR032384,geneDR031316,geneDR031305,geneDR031289,geneDR024312,geneDR024309,geneDR024273,geneDR024147,geneDR023734,geneDR023818,geneDR014653,geneDR014624,geneDR026740,geneDR025066,geneDR025124,geneDR024642,geneDR024628,geneDR024581,geneDR010422,geneDR010472,geneDR010493,geneDR010506,geneDR010636,geneDR010673,geneDR010693,geneDR010767,geneDR010794,geneDR010817,geneDR010974,geneDR010996,geneDR011096,geneDR027525,geneDR027531,geneDR027556,geneDR027726,geneDR027744,geneDR027772,geneDR033667,geneDR033633,geneDR013084,geneDR013118,geneDR013145,geneDR013148,geneDR013257,geneDR013317,geneDR013369,geneDR013404,geneDR013407,geneDR027286,geneDR027273,geneDR027261,geneDR027175,geneDR027076,geneDR027061,geneDR032582,geneDR032581,geneDR029464,geneDR029487,geneDR023594,geneDR023517,geneDR023387,geneDR023386,geneDR023300,geneDR032653,geneDR025906,geneDR025898,geneDR025837,geneDR025797,geneDR025682,geneDR012870,geneDR009874,geneDR009861,geneDR009811,geneDR009769,geneDR009538,geneDR009517,geneDR009435,geneDR009361,geneDR009349,geneDR009309,geneDR009218,geneDR009087,geneDR016661,geneDR016423,geneDR016368,geneDR016323,geneDR016215,geneDR016192,geneDR028996,geneDR029038,geneDR029047,geneDR029103,geneDR029158,geneDR029182,geneDR007564,geneDR007444,geneDR007390,geneDR007203,geneDR007082,geneDR007047,geneDR006991,geneDR006987,geneDR006980,geneDR022205,geneDR022274,geneDR022474,geneDR022682,geneDR006057,geneDR005980,geneDR005977,geneDR005959,geneDR005933,geneDR005903,geneDR005902,geneDR005890,geneDR005772,geneDR005721,geneDR005676,geneDR005601,geneDR005358,geneDR005332,geneDR005286,geneDR005273,geneDR005207,geneDR005068	transition metal ion binding	MF
GO:0050661	geneDR011381,geneDR035627,geneDR007816,geneDR030371,geneDR028493,geneDR018408,geneDR017086,geneDR019577,geneDR020942,geneDR022039,geneDR022040,geneDR011050,geneDR013407,geneDR013716,geneDR009486,geneDR016165	NADP binding	MF
GO:0070402	geneDR011381,geneDR007816,geneDR028493,geneDR017086,geneDR022039,geneDR022040,geneDR011050,geneDR013407,geneDR013716,geneDR009486,geneDR016165	NADPH binding	MF
GO:0003723	geneDR011382,geneDR011432,geneDR011441,geneDR011728,geneDR011863,geneDR012016,geneDR012019,geneDR033866,geneDR033882,geneDR035262,geneDR035263,geneDR034092,geneDR034104,geneDR034107,geneDR035319,geneDR035349,geneDR035367,geneDR035369,geneDR035409,geneDR034323,geneDR035454,geneDR034411,geneDR034418,geneDR014250,geneDR014296,geneDR014489,geneDR035525,geneDR034503,geneDR035563,geneDR034603,geneDR034605,geneDR034617,geneDR034621,geneDR035601,geneDR035616,geneDR034704,geneDR035639,geneDR034720,geneDR034721,geneDR034732,geneDR034733,geneDR034744,geneDR034749,geneDR034792,geneDR035665,geneDR035668,geneDR035669,geneDR034910,geneDR031869,geneDR034985,geneDR035068,geneDR035110,geneDR035118,geneDR035119,geneDR032953,geneDR032964,geneDR035126,geneDR035145,geneDR035200,geneDR035207,geneDR035243,geneDR035255,geneDR032169,geneDR032142,geneDR032112,geneDR032087,geneDR032016,geneDR000013,geneDR000029,geneDR000061,geneDR000062,geneDR000127,geneDR000138,geneDR000172,geneDR000178,geneDR000182,geneDR000200,geneDR000219,geneDR000262,geneDR000264,geneDR000273,geneDR000278,geneDR000287,geneDR000298,geneDR000324,geneDR000349,geneDR000367,geneDR000376,geneDR000401,geneDR000420,geneDR000424,geneDR000438,geneDR000467,geneDR000468,geneDR000494,geneDR000515,geneDR000530,geneDR000531,geneDR000538,geneDR000554,geneDR000561,geneDR000604,geneDR000609,geneDR000641,geneDR000674,geneDR000710,geneDR000770,geneDR000782,geneDR000783,geneDR000791,geneDR000796,geneDR000799,geneDR000851,geneDR000873,geneDR000884,geneDR000946,geneDR001024,geneDR001091,geneDR001152,geneDR001222,geneDR001235,geneDR001257,geneDR001262,geneDR001268,geneDR001334,geneDR001369,geneDR001371,geneDR001379,geneDR001389,geneDR001438,geneDR001518,geneDR001581,geneDR001619,geneDR001643,geneDR001658,geneDR001678,geneDR001687,geneDR001706,geneDR001784,geneDR001788,geneDR001839,geneDR035355,geneDR034680,geneDR028411,geneDR028349,geneDR028320,geneDR028308,geneDR028294,geneDR030900,geneDR030857,geneDR030851,geneDR030825,geneDR008041,geneDR007896,geneDR007837,geneDR007819,geneDR007800,geneDR007799,geneDR007796,geneDR007786,geneDR007775,geneDR007766,geneDR007754,geneDR007742,geneDR007741,geneDR007731,geneDR007723,geneDR007709,geneDR007708,geneDR007601,geneDR034686,geneDR017011,geneDR016966,geneDR016939,geneDR016929,geneDR016924,geneDR016919,geneDR016918,geneDR016917,geneDR016910,geneDR016894,geneDR016840,geneDR016806,geneDR016803,geneDR003531,geneDR003512,geneDR003432,geneDR003422,geneDR003382,geneDR003355,geneDR003311,geneDR003306,geneDR003304,geneDR003254,geneDR003206,geneDR003171,geneDR003161,geneDR003157,geneDR003138,geneDR003095,geneDR003076,geneDR003075,geneDR003074,geneDR003041,geneDR003040,geneDR003024,geneDR002974,geneDR002932,geneDR002908,geneDR002887,geneDR002876,geneDR002875,geneDR002872,geneDR002836,geneDR002832,geneDR002817,geneDR002814,geneDR002733,geneDR002724,geneDR002604,geneDR002536,geneDR002522,geneDR002496,geneDR002488,geneDR002470,geneDR002454,geneDR002453,geneDR002452,geneDR002408,geneDR002356,geneDR002345,geneDR002321,geneDR002307,geneDR002281,geneDR002234,geneDR002206,geneDR002170,geneDR002131,geneDR002124,geneDR002095,geneDR002093,geneDR002092,geneDR002055,geneDR002024,geneDR002023,geneDR002020,geneDR001970,geneDR001965,geneDR001959,geneDR001958,geneDR001938,geneDR001910,geneDR001885,geneDR001874,geneDR034240,geneDR030326,geneDR030334,geneDR030347,geneDR030383,geneDR030431,geneDR030529,geneDR030533,geneDR030562,geneDR030586,geneDR031615,geneDR031628,geneDR031670,geneDR031689,geneDR031753,geneDR031780,geneDR031787,geneDR031804,geneDR035031,geneDR028817,geneDR028816,geneDR028754,geneDR028721,geneDR028675,geneDR028658,geneDR028646,geneDR028624,geneDR028623,geneDR028608,geneDR028606,geneDR028597,geneDR028595,geneDR028570,geneDR028557,geneDR028552,geneDR028530,geneDR028510,geneDR028489,geneDR028488,geneDR019886,geneDR019897,geneDR019927,geneDR019937,geneDR019987,geneDR020034,geneDR020074,geneDR020077,geneDR020109,geneDR020123,geneDR020140,geneDR020165,geneDR020168,geneDR020218,geneDR020228,geneDR020283,geneDR020289,geneDR020301,geneDR020312,geneDR020346,geneDR020368,geneDR020374,geneDR012083,geneDR012086,geneDR012093,geneDR012104,geneDR012114,geneDR012140,geneDR012150,geneDR012169,geneDR012171,geneDR012198,geneDR012286,geneDR012293,geneDR012343,geneDR012379,geneDR012393,geneDR012467,geneDR012521,geneDR012564,geneDR012589,geneDR012628,geneDR012669,geneDR012701,geneDR012717,geneDR034385,geneDR028207,geneDR028155,geneDR028118,geneDR028109,geneDR028080,geneDR033336,geneDR006901,geneDR006887,geneDR006861,geneDR006841,geneDR006840,geneDR006839,geneDR006802,geneDR006781,geneDR006693,geneDR006681,geneDR006636,geneDR006626,geneDR006548,geneDR006525,geneDR006456,geneDR006389,geneDR006373,geneDR006348,geneDR006258,geneDR006257,geneDR006186,geneDR006183,geneDR006179,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR033786,geneDR033763,geneDR033747,geneDR018553,geneDR018527,geneDR018468,geneDR018452,geneDR018434,geneDR018411,geneDR018386,geneDR018321,geneDR0183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R003785,geneDR003787,geneDR003838,geneDR003852,geneDR003866,geneDR003874,geneDR003894,geneDR003903,geneDR003915,geneDR003922,geneDR003939,geneDR003955,geneDR003998,geneDR004000,geneDR004064,geneDR004069,geneDR004108,geneDR004109,geneDR004153,geneDR004184,geneDR004196,geneDR004199,geneDR004269,geneDR004297,geneDR004300,geneDR004316,geneDR004326,geneDR004328,geneDR004363,geneDR004382,geneDR004424,geneDR004491,geneDR004522,geneDR004529,geneDR004553,geneDR004568,geneDR004613,geneDR004629,geneDR004694,geneDR004750,geneDR004764,geneDR004783,geneDR004791,geneDR004792,geneDR004812,geneDR004841,geneDR004852,geneDR004858,geneDR004871,geneDR004882,geneDR004894,geneDR004903,geneDR004918,geneDR004934,geneDR004937,geneDR004973,geneDR004974,geneDR025279,geneDR025264,geneDR025203,geneDR017700,geneDR017704,geneDR017722,geneDR017724,geneDR017751,geneDR017787,geneDR017819,geneDR017903,geneDR017935,geneDR033701,geneDR024969,geneDR024950,geneDR024942,geneDR024916,geneDR024869,geneDR024868,geneDR024829,geneDR024763,geneDR024724,geneDR024704,geneDR024674,geneDR024671,geneDR022732,geneDR022755,geneDR022763,geneDR022773,geneDR022777,geneDR022778,geneDR022811,geneDR022812,geneDR022821,geneDR022917,geneDR022927,geneDR022939,geneDR022948,geneDR022994,geneDR023001,geneDR023012,geneDR023013,geneDR023024,geneDR023030,geneDR023090,geneDR023104,geneDR023111,geneDR023117,geneDR023142,geneDR023146,geneDR023147,geneDR023173,geneDR023185,geneDR023189,geneDR023204,geneDR035178,geneDR033556,geneDR033532,geneDR021635,geneDR021681,geneDR021697,geneDR021714,geneDR021719,geneDR021746,geneDR021764,geneDR021789,geneDR021829,geneDR021896,geneDR021906,geneDR021917,geneDR021942,geneDR021967,geneDR021976,geneDR021995,geneDR022020,geneDR022045,geneDR022110,geneDR022136,geneDR022145,geneDR022169,geneDR019432,geneDR019427,geneDR019421,geneDR019389,geneDR019388,geneDR019344,geneDR019315,geneDR019283,geneDR019272,geneDR019248,geneDR019246,geneDR019221,geneDR019217,geneDR019213,geneDR019209,geneDR019199,geneDR019181,geneDR019169,geneDR019130,geneDR019114,geneDR019102,geneDR019069,geneDR019067,geneDR019046,geneDR019035,geneDR018999,geneDR018994,geneDR018966,geneDR018959,geneDR021606,geneDR021563,geneDR021548,geneDR021479,geneDR021472,geneDR021450,geneDR021431,geneDR021390,geneDR031854,geneDR034195,geneDR010314,geneDR010264,geneDR010245,geneDR010242,geneDR010193,geneDR010171,geneDR010169,geneDR010096,geneDR010064,geneDR010022,geneDR010014,geneDR010010,geneDR010002,geneDR009998,geneDR009997,geneDR009983,geneDR009929,geneDR032315,geneDR032397,geneDR032405,geneDR031346,geneDR031309,geneDR031273,geneDR031243,geneDR031215,geneDR031201,geneDR031196,geneDR024458,geneDR024393,geneDR024343,geneDR024337,geneDR024316,geneDR024309,geneDR024299,geneDR024247,geneDR024213,geneDR024205,geneDR024200,geneDR024169,geneDR024127,geneDR024125,geneDR024086,geneDR024076,geneDR024070,geneDR023623,geneDR023624,geneDR023625,geneDR023634,geneDR023650,geneDR023658,geneDR023665,geneDR023698,geneDR023776,geneDR023792,geneDR023819,geneDR023828,geneDR023862,geneDR023885,geneDR014682,geneDR014646,geneDR014640,geneDR014631,geneDR014629,geneDR014519,geneDR014508,geneDR026764,geneDR026805,geneDR025044,geneDR025050,geneDR025065,geneDR025134,geneDR025145,geneDR025155,geneDR033506,geneDR032541,geneDR032552,geneDR032556,geneDR024610,geneDR024605,geneDR024551,geneDR024544,geneDR024532,geneDR024497,geneDR024491,geneDR024477,geneDR010449,geneDR010494,geneDR010529,geneDR010586,geneDR010598,geneDR010600,geneDR010614,geneDR010620,geneDR010634,geneDR010639,geneDR010663,geneDR010720,geneDR010721,geneDR010732,geneDR010746,geneDR010747,geneDR010774,geneDR010815,geneDR010852,geneDR010856,geneDR010908,geneDR010941,geneDR010953,geneDR010986,geneDR010991,geneDR011031,geneDR011045,geneDR011054,geneDR011095,geneDR011147,geneDR011218,geneDR011256,geneDR011276,geneDR011293,geneDR011296,geneDR011306,geneDR027432,geneDR027494,geneDR027496,geneDR027516,geneDR027517,geneDR027525,geneDR027529,geneDR027530,geneDR027536,geneDR027600,geneDR027628,geneDR027675,geneDR027676,geneDR027731,geneDR027735,geneDR027747,geneDR027759,geneDR027772,geneDR027790,geneDR027801,geneDR027806,geneDR033663,geneDR033648,geneDR033634,geneDR033592,geneDR013034,geneDR013037,geneDR013092,geneDR013127,geneDR013133,geneDR013140,geneDR013192,geneDR013253,geneDR013259,geneDR013301,geneDR013314,geneDR013320,geneDR013442,geneDR013476,geneDR013480,geneDR013481,geneDR013483,geneDR013562,geneDR013595,geneDR013600,geneDR013682,geneDR013696,geneDR013735,geneDR013736,geneDR013740,geneDR013760,geneDR013813,geneDR027283,geneDR027268,geneDR027261,geneDR027251,geneDR027246,geneDR027171,geneDR027170,geneDR027166,geneDR027165,geneDR027164,geneDR027134,geneDR027100,geneDR027085,geneDR027053,geneDR032606,geneDR032597,geneDR031969,geneDR028959,geneDR032531,geneDR032496,geneDR032482,geneDR033945,geneDR033917,geneDR034580,geneDR029453,geneDR029465,geneDR029469,geneDR029472,geneDR029477,geneDR029501,geneDR029552,geneDR029571,geneDR029592,geneDR029593,geneDR029602,geneDR029619,geneDR023615,geneDR023540,geneDR023498,geneDR023469,geneDR023466,geneDR023449,geneDR023434,geneDR023418,geneDR023382,geneDR023374,geneDR023372,geneDR023344,geneDR023299,geneDR023271,geneDR023264,geneDR023243,geneDR032662,geneDR032650,geneDR032640,geneDR034932,geneDR025965,geneDR025959,geneDR025890,geneDR025889,geneDR025883,geneDR025868,geneDR025840,geneDR025837,geneDR025797,geneDR025777,geneDR025771,geneDR025765,geneDR025659,geneDR025617,geneDR025616,geneDR034460,geneDR035361,geneDR012731,geneDR012739,geneDR012743,geneDR012768,geneDR012769,geneDR012808,geneDR012862,geneDR012891,geneDR012930,geneDR012952,geneDR013014,geneDR013015,geneDR013017,geneDR027009,geneDR027004,geneDR026926,geneDR009920,geneDR009851,geneDR009816,geneDR009815,geneDR009777,geneDR009766,geneDR009725,geneDR009699,geneDR009640,geneDR009632,geneDR009624,geneDR009607,geneDR009490,geneDR009407,geneDR009397,geneDR009345,geneDR009327,geneDR009305,geneDR009298,geneDR009288,geneDR009277,geneDR009276,geneDR009275,geneDR009258,geneDR009211,geneDR009181,geneDR009152,geneDR009144,geneDR009075,geneDR016686,geneDR016685,geneDR016618,geneDR016584,geneDR016580,geneDR016579,geneDR016510,geneDR016496,geneDR016493,geneDR016475,geneDR016459,geneDR016445,geneDR016428,geneDR016420,geneDR016374,geneDR016362,geneDR016345,geneDR016316,geneDR016274,geneDR016168,geneDR016118,geneDR016115,geneDR029052,geneDR029055,geneDR029068,geneDR029073,geneDR029083,geneDR032248,geneDR032249,geneDR032254,geneDR032269,geneDR030609,geneDR030595,geneDR007573,geneDR007500,geneDR007451,geneDR007437,geneDR007401,geneDR007394,geneDR007368,geneDR007334,geneDR007333,geneDR007311,geneDR007297,geneDR007293,geneDR007292,geneDR007284,geneDR007266,geneDR007225,geneDR007209,geneDR007207,geneDR034072,geneDR034074,geneDR034079,geneDR007101,geneDR007098,geneDR007092,geneDR007047,geneDR007041,geneDR007040,geneDR007036,geneDR006995,geneDR006950,geneDR006922,geneDR022178,geneDR022179,geneDR022185,geneDR022199,geneDR022231,geneDR022235,geneDR022249,geneDR022255,geneDR022340,geneDR022365,geneDR022366,geneDR022511,geneDR022520,geneDR022537,geneDR022690,geneDR006098,geneDR006070,geneDR006047,geneDR006004,geneDR006003,geneDR005994,geneDR005986,geneDR005965,geneDR005920,geneDR005918,geneDR005913,geneDR005842,geneDR005824,geneDR005819,geneDR005818,geneDR005817,geneDR005801,geneDR005666,geneDR005652,geneDR005617,geneDR005601,geneDR005536,geneDR005514,geneDR005487,geneDR005475,geneDR005466,geneDR005465,geneDR005464,geneDR005462,geneDR005461,geneDR005427,geneDR005426,geneDR005400,geneDR005325,geneDR005311,geneDR005268,geneDR005231,geneDR005224,geneDR005208,geneDR005181,geneDR005175,geneDR005164,geneDR005161,geneDR005151,geneDR005149,geneDR005135,geneDR005031,geneDR005021,geneDR005020,geneDR004990,geneDR030197,geneDR033972,geneDR033964	RNA binding	MF
GO:0003746	geneDR011382,geneDR011728,geneDR035367,geneDR034744,geneDR035200,geneDR001910,geneDR030383,geneDR012093,geneDR015203,geneDR020830,geneDR030727,geneDR003738,geneDR003874,geneDR025155,geneDR027772,geneDR005175	translation elongation factor activity	MF
GO:0008135	geneDR011382,geneDR011728,geneDR035367,geneDR034744,geneDR035665,geneDR035200,geneDR000710,geneDR002470,geneDR001910,geneDR034240,geneDR030326,geneDR030383,geneDR028721,geneDR028530,geneDR020123,geneDR020374,geneDR012093,geneDR012150,geneDR006802,geneDR033763,geneDR018434,geneDR017591,geneDR017590,geneDR017155,geneDR015281,geneDR015203,geneDR015170,geneDR008915,geneDR020830,geneDR015869,geneDR015653,geneDR032439,geneDR030727,geneDR003626,geneDR003738,geneDR003753,geneDR003787,geneDR003874,geneDR003894,geneDR004491,geneDR021829,geneDR021995,geneDR019389,geneDR019035,geneDR024299,geneDR025155,geneDR027731,geneDR027772,geneDR033648,geneDR013133,geneDR013481,geneDR013740,geneDR009920,geneDR016118,geneDR032248,geneDR032249,geneDR022235,geneDR005986,geneDR005175	translation factor activity, RNA binding	MF
GO:0003735	geneDR011383,geneDR011437,geneDR011445,geneDR011842,geneDR011862,geneDR011863,geneDR012016,geneDR012019,geneDR035409,geneDR034323,geneDR014243,geneDR014489,geneDR035550,geneDR035561,geneDR035563,geneDR035616,geneDR035630,geneDR035010,geneDR035114,geneDR032885,geneDR035243,geneDR035255,geneDR032142,geneDR032016,geneDR000029,geneDR000127,geneDR000203,geneDR000287,geneDR000324,geneDR000456,geneDR000551,geneDR000608,geneDR000642,geneDR000718,geneDR000830,geneDR000884,geneDR000910,geneDR001074,geneDR001140,geneDR001268,geneDR001334,geneDR001505,geneDR028425,geneDR028377,geneDR030900,geneDR030857,geneDR008041,geneDR007937,geneDR007815,geneDR016987,geneDR016849,geneDR016803,geneDR003487,geneDR003382,geneDR003366,geneDR003355,geneDR003216,geneDR003074,geneDR002985,geneDR002887,geneDR002832,geneDR002710,geneDR002604,geneDR002499,geneDR002488,geneDR002258,geneDR002183,geneDR002170,geneDR034249,geneDR030487,geneDR031615,geneDR031667,geneDR031753,geneDR028802,geneDR028781,geneDR028552,geneDR019897,geneDR020087,geneDR020165,geneDR020218,geneDR020246,geneDR020312,geneDR020399,geneDR012071,geneDR028119,geneDR030677,geneDR006840,geneDR006808,geneDR006552,geneDR006473,geneDR018452,geneDR018281,geneDR018143,geneDR018109,geneDR017954,geneDR030941,geneDR031051,geneDR031169,geneDR034156,geneDR017467,geneDR017466,geneDR017153,geneDR017119,geneDR015268,geneDR015198,geneDR015165,geneDR015002,geneDR014967,geneDR014896,geneDR014708,geneDR025328,geneDR025451,geneDR025562,geneDR033151,geneDR028006,geneDR029723,geneDR029706,geneDR034020,geneDR020640,geneDR020611,geneDR020594,geneDR020543,geneDR020411,geneDR008716,geneDR008667,geneDR008660,geneDR008532,geneDR008531,geneDR008484,geneDR008410,geneDR008339,geneDR008218,geneDR030010,geneDR029974,geneDR029962,geneDR029894,geneDR027427,geneDR028831,geneDR026876,geneDR027829,geneDR014123,geneDR014036,geneDR013997,geneDR013913,geneDR013907,geneDR019584,geneDR019589,geneDR034926,geneDR016082,geneDR015998,geneDR015974,geneDR015971,geneDR015871,geneDR015479,geneDR021266,geneDR021162,geneDR020938,geneDR026162,geneDR032461,geneDR030787,geneDR018632,geneDR018660,geneDR018786,geneDR018810,geneDR003644,geneDR003794,geneDR004142,geneDR004153,geneDR004196,geneDR004526,geneDR004629,geneDR004740,geneDR004852,geneDR004918,geneDR025203,geneDR025178,geneDR017786,geneDR017831,geneDR033701,geneDR024965,geneDR022732,geneDR022755,geneDR022778,geneDR022940,geneDR023024,geneDR023030,geneDR023117,geneDR023142,geneDR023204,geneDR035178,geneDR021746,geneDR021752,geneDR022110,geneDR019351,geneDR019279,geneDR019248,geneDR019166,geneDR019102,geneDR018989,geneDR021582,geneDR021522,geneDR021431,geneDR021390,geneDR031854,geneDR034195,geneDR010264,geneDR010087,geneDR032348,geneDR031201,geneDR031196,geneDR024458,geneDR024309,geneDR024205,geneDR024169,geneDR024070,geneDR023650,geneDR014640,geneDR014631,geneDR014594,geneDR026813,geneDR024544,geneDR024508,geneDR024477,geneDR010639,geneDR010774,geneDR010894,geneDR010941,geneDR011149,geneDR027487,geneDR027525,geneDR027726,geneDR033667,geneDR013127,geneDR013415,geneDR013442,geneDR013480,geneDR013562,geneDR013760,geneDR013813,geneDR027171,geneDR027170,geneDR027134,geneDR027100,geneDR027085,geneDR032195,geneDR032496,geneDR033945,geneDR029462,geneDR029464,geneDR029501,geneDR029552,geneDR029675,geneDR023498,geneDR023448,geneDR023418,geneDR023372,geneDR023356,geneDR023268,geneDR032640,geneDR025673,geneDR034460,geneDR012970,geneDR013014,geneDR013015,geneDR013017,geneDR026926,geneDR009706,geneDR009680,geneDR009312,geneDR009298,geneDR016475,geneDR016115,geneDR029083,geneDR032269,geneDR030595,geneDR007573,geneDR007311,geneDR007284,geneDR007213,geneDR006035,geneDR006003,geneDR005994,geneDR005830,geneDR005801,geneDR005427,geneDR005388,geneDR005280,geneDR005061,geneDR005044,geneDR005031,geneDR005020,geneDR004990,geneDR030197	structural constituent of ribosome	MF
GO:0005198	geneDR011383,geneDR011437,geneDR011445,geneDR011842,geneDR011862,geneDR011863,geneDR012016,geneDR012019,geneDR033885,geneDR035409,geneDR034323,geneDR014243,geneDR014489,geneDR035550,geneDR035561,geneDR035563,geneDR035616,geneDR035630,geneDR034875,geneDR035010,geneDR035050,geneDR035114,geneDR032885,geneDR035243,geneDR035255,geneDR032142,geneDR032016,geneDR000029,geneDR000127,geneDR000203,geneDR000287,geneDR000324,geneDR000456,geneDR000551,geneDR000608,geneDR000630,geneDR000642,geneDR000718,geneDR000830,geneDR000884,geneDR000910,geneDR000998,geneDR001066,geneDR001070,geneDR001074,geneDR001140,geneDR001268,geneDR001334,geneDR001366,geneDR001505,geneDR034663,geneDR034550,geneDR028425,geneDR028377,geneDR028308,geneDR030900,geneDR030857,geneDR008110,geneDR008041,geneDR007937,geneDR007815,geneDR007657,geneDR016987,geneDR016957,geneDR016849,geneDR016803,geneDR003487,geneDR003382,geneDR003366,geneDR003355,geneDR003334,geneDR003216,geneDR003074,geneDR002985,geneDR002940,geneDR002887,geneDR002832,geneDR002710,geneDR002604,geneDR002499,geneDR002488,geneDR002457,geneDR002258,geneDR002183,geneDR002170,geneDR034249,geneDR030487,geneDR031615,geneDR031667,geneDR031753,geneDR028802,geneDR028781,geneDR028747,geneDR028631,geneDR028552,geneDR028452,geneDR019864,geneDR019897,geneDR019935,geneDR020087,geneDR020136,geneDR020165,geneDR020218,geneDR020246,geneDR020312,geneDR020399,geneDR012071,geneDR012080,geneDR012299,geneDR028204,geneDR028119,geneDR028094,geneDR028093,geneDR030677,geneDR006911,geneDR006840,geneDR006808,geneDR006622,geneDR006558,geneDR006556,geneDR006552,geneDR006538,geneDR006473,geneDR006447,geneDR033779,geneDR018452,geneDR018374,geneDR018281,geneDR018143,geneDR018109,geneDR017954,geneDR030941,geneDR031051,geneDR031169,geneDR034156,geneDR017488,geneDR017467,geneDR017466,geneDR017207,geneDR017153,geneDR017129,geneDR017119,geneDR017083,geneDR015268,geneDR015220,geneDR015198,geneDR015165,geneDR015078,geneDR015002,geneDR014967,geneDR014896,geneDR014708,geneDR025328,geneDR025451,geneDR025456,geneDR025475,geneDR025562,geneDR033151,geneDR028006,geneDR027945,geneDR029723,geneDR029706,geneDR034020,geneDR020640,geneDR020611,geneDR020594,geneDR020543,geneDR020411,geneDR008905,geneDR008716,geneDR008667,geneDR008660,geneDR008532,geneDR008531,geneDR008529,geneDR008484,geneDR008410,geneDR008380,geneDR008339,geneDR008218,geneDR030062,geneDR030010,geneDR029974,geneDR029962,geneDR029894,geneDR027427,geneDR028831,geneDR026876,geneDR026902,geneDR027829,geneDR014123,geneDR014036,geneDR013997,geneDR013913,geneDR013907,geneDR019584,geneDR019589,geneDR034926,geneDR016082,geneDR015998,geneDR015976,geneDR015974,geneDR015971,geneDR015871,geneDR015732,geneDR015511,geneDR015479,geneDR021266,geneDR021162,geneDR020993,geneDR020938,geneDR020932,geneDR026162,geneDR032461,geneDR024039,geneDR030787,geneDR018632,geneDR018660,geneDR018786,geneDR018810,geneDR018869,geneDR026334,geneDR003599,geneDR003644,geneDR003794,geneDR003901,geneDR003944,geneDR004142,geneDR004153,geneDR004196,geneDR004478,geneDR004526,geneDR004629,geneDR004740,geneDR004852,geneDR004918,geneDR025203,geneDR025178,geneDR017786,geneDR017831,geneDR017926,geneDR033701,geneDR024965,geneDR022732,geneDR022743,geneDR022755,geneDR022778,geneDR022940,geneDR023024,geneDR023030,geneDR023054,geneDR023117,geneDR023142,geneDR023204,geneDR035178,geneDR021746,geneDR021752,geneDR021913,geneDR022077,geneDR022110,geneDR019351,geneDR019350,geneDR019280,geneDR019279,geneDR019248,geneDR019166,geneDR019102,geneDR019083,geneDR018989,geneDR021582,geneDR021522,geneDR021443,geneDR021431,geneDR021390,geneDR031854,geneDR034195,geneDR010273,geneDR010264,geneDR010087,geneDR032348,geneDR031288,geneDR031201,geneDR031196,geneDR024458,geneDR024309,geneDR024295,geneDR024287,geneDR024205,geneDR024169,geneDR024070,geneDR023650,geneDR023712,geneDR023797,geneDR014640,geneDR014631,geneDR014594,geneDR026813,geneDR024544,geneDR024508,geneDR024477,geneDR010485,geneDR010575,geneDR010639,geneDR010774,geneDR010818,geneDR010870,geneDR010888,geneDR010894,geneDR010941,geneDR011033,geneDR011149,geneDR027487,geneDR027525,geneDR027623,geneDR027726,geneDR033667,geneDR033631,geneDR013127,geneDR013253,geneDR013404,geneDR013415,geneDR013442,geneDR013451,geneDR013480,geneDR013562,geneDR013760,geneDR013813,geneDR027171,geneDR027170,geneDR027134,geneDR027100,geneDR027085,geneDR032195,geneDR032496,geneDR033945,geneDR029462,geneDR029464,geneDR029501,geneDR029552,geneDR029675,geneDR023498,geneDR023448,geneDR023436,geneDR023418,geneDR023372,geneDR023356,geneDR023268,geneDR032640,geneDR025718,geneDR025673,geneDR034460,geneDR012970,geneDR013014,geneDR013015,geneDR013017,geneDR026926,geneDR009706,geneDR009680,geneDR009312,geneDR009298,geneDR009140,geneDR009128,geneDR016567,geneDR016531,geneDR016475,geneDR016115,geneDR029028,geneDR029083,geneDR032269,geneDR030595,geneDR007573,geneDR007380,geneDR007311,geneDR007284,geneDR007213,geneDR007161,geneDR022543,geneDR006035,geneDR006003,geneDR005994,geneDR005830,geneDR005801,geneDR005427,geneDR005388,geneDR005280,geneDR005061,geneDR005044,geneDR005031,geneDR005020,geneDR004990,geneDR030197	structural molecule activity	MF
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7593,geneDR027594,geneDR027611,geneDR027679,geneDR027700,geneDR027723,geneDR027727,geneDR027737,geneDR027742,geneDR027797,geneDR027803,geneDR033660,geneDR033604,geneDR033603,geneDR033602,geneDR033601,geneDR013044,geneDR013060,geneDR013064,geneDR013068,geneDR013074,geneDR013084,geneDR013089,geneDR013100,geneDR013171,geneDR013181,geneDR013223,geneDR013224,geneDR013236,geneDR013242,geneDR013258,geneDR013274,geneDR013292,geneDR013306,geneDR013307,geneDR013313,geneDR013330,geneDR013334,geneDR013336,geneDR013339,geneDR013377,geneDR013403,geneDR013431,geneDR013440,geneDR013443,geneDR013502,geneDR013504,geneDR013510,geneDR013518,geneDR013519,geneDR013529,geneDR013537,geneDR013569,geneDR013667,geneDR013698,geneDR013722,geneDR013737,geneDR013744,geneDR013745,geneDR013747,geneDR013751,geneDR013753,geneDR013758,geneDR013772,geneDR013802,geneDR013809,geneDR027263,geneDR027250,geneDR027246,geneDR027224,geneDR027223,geneDR027203,geneDR027188,geneDR027177,geneDR027135,geneDR027132,geneDR027114,geneDR027107,geneDR027102,geneDR027071,geneDR027062,geneDR027054,geneDR027030,geneDR032602,geneDR032593,geneDR032572,geneDR032560,geneDR031935,geneDR031958,geneDR032196,geneDR028929,geneDR028958,geneDR028972,geneDR028974,geneDR028984,geneDR032509,geneDR032507,geneDR032505,geneDR032488,geneDR032482,geneDR034579,geneDR034580,geneDR029452,geneDR029453,geneDR029493,geneDR029532,geneDR029559,geneDR029560,geneDR029575,geneDR029597,geneDR029610,geneDR029619,geneDR029628,geneDR029640,geneDR029641,geneDR029645,geneDR029655,geneDR023579,geneDR023554,geneDR023553,geneDR023541,geneDR023509,geneDR023505,geneDR023488,geneDR023487,geneDR023486,geneDR023416,geneDR023394,geneDR023369,geneDR023361,geneDR023360,geneDR023347,geneDR023297,geneDR023267,geneDR023262,geneDR023242,geneDR023225,geneDR023210,geneDR032724,geneDR032715,geneDR032714,geneDR032712,geneDR032709,geneDR032704,geneDR032702,geneDR032684,geneDR032668,geneDR032661,geneDR032658,geneDR032630,geneDR032626,geneDR032616,geneDR034933,geneDR025967,geneDR025895,geneDR025892,geneDR025887,geneDR025879,geneDR025877,geneDR025876,geneDR025873,geneDR025849,geneDR025820,geneDR025818,geneDR025802,geneDR025759,geneDR025726,geneDR025721,geneDR025696,geneDR025631,geneDR025617,geneDR025616,geneDR025595,geneDR034462,geneDR034465,geneDR034468,geneDR035359,geneDR012808,geneDR012832,geneDR012842,geneDR012860,geneDR012887,geneDR012973,geneDR012977,geneDR012995,geneDR013001,geneDR013003,geneDR013004,geneDR013025,geneDR026950,geneDR026942,geneDR026924,geneDR009923,geneDR009890,geneDR009879,geneDR009878,geneDR009868,geneDR009856,geneDR009854,geneDR009852,geneDR009850,geneDR009846,geneDR009845,geneDR009822,geneDR009818,geneDR009817,geneDR009792,geneDR009790,geneDR009785,geneDR009777,geneDR009750,geneDR009739,geneDR009696,geneDR009693,geneDR009688,geneDR009684,geneDR009664,geneDR009631,geneDR009588,geneDR009550,geneDR009517,geneDR009512,geneDR009509,geneDR009503,geneDR009464,geneDR009443,geneDR009426,geneDR009398,geneDR009390,geneDR009387,geneDR009358,geneDR009308,geneDR009250,geneDR009246,geneDR009244,geneDR009242,geneDR009238,geneDR009237,geneDR009222,geneDR009221,geneDR009213,geneDR009200,geneDR009197,geneDR009174,geneDR009120,geneDR009119,geneDR009101,geneDR009092,geneDR016656,geneDR016644,geneDR016611,geneDR016585,geneDR016573,geneDR016546,geneDR016541,geneDR016534,geneDR016529,geneDR016527,geneDR016525,geneDR016523,geneDR016442,geneDR016441,geneDR016435,geneDR016428,geneDR016409,geneDR016391,geneDR016359,geneDR016336,geneDR016297,geneDR016249,geneDR016237,geneDR016226,geneDR016218,geneDR016205,geneDR016192,geneDR016185,geneDR016181,geneDR016136,geneDR016135,geneDR016133,geneDR016120,geneDR016108,geneDR029010,geneDR029016,geneDR029043,geneDR029098,geneDR029105,geneDR029107,geneDR029108,geneDR029133,geneDR029134,geneDR029139,geneDR029155,geneDR029164,geneDR029170,geneDR029179,geneDR029187,geneDR032266,geneDR032289,geneDR030648,geneDR030622,geneDR007583,geneDR007557,geneDR007556,geneDR007555,geneDR007547,geneDR007527,geneDR007500,geneDR007477,geneDR007469,geneDR007434,geneDR007425,geneDR007402,geneDR007330,geneDR007290,geneDR007282,geneDR007279,geneDR007250,geneDR007211,geneDR007182,geneDR034034,geneDR034067,geneDR007129,geneDR007105,geneDR007080,geneDR007064,geneDR007061,geneDR007055,geneDR007028,geneDR007010,geneDR007007,geneDR007005,geneDR007003,geneDR006996,geneDR006989,geneDR006947,geneDR006927,geneDR006919,geneDR022202,geneDR022209,geneDR022214,geneDR022275,geneDR022329,geneDR022330,geneDR022331,geneDR022334,geneDR022345,geneDR022348,geneDR022359,geneDR022369,geneDR022370,geneDR022395,geneDR022397,geneDR022409,geneDR022410,geneDR022415,geneDR022422,geneDR022430,geneDR022436,geneDR022443,geneDR022448,geneDR022463,geneDR022469,geneDR022477,geneDR022501,geneDR022504,geneDR022516,geneDR022569,geneDR022570,geneDR022604,geneDR022606,geneDR022610,geneDR022622,geneDR022624,geneDR022644,geneDR022648,geneDR022667,geneDR022686,geneDR022691,geneDR022694,geneDR022705,geneDR006099,geneDR006091,geneDR006090,geneDR006089,geneDR006075,geneDR006066,geneDR006024,geneDR005992,geneDR005972,geneDR005888,geneDR005881,geneDR005875,geneDR005874,geneDR005869,geneDR005866,geneDR005855,geneDR005829,geneDR005815,geneDR005768,geneDR005762,geneDR005761,geneDR005735,geneDR005727,geneDR005722,geneDR005708,geneDR005703,geneDR005690,geneDR005658,geneDR005640,geneDR005631,geneDR005625,geneDR005584,geneDR005578,geneDR005571,geneDR005568,geneDR005565,geneDR005564,geneDR005507,geneDR005503,geneDR005501,geneDR005492,geneDR005455,geneDR005441,geneDR005398,geneDR005390,geneDR005372,geneDR005354,geneDR005348,geneDR005339,geneDR005323,geneDR005315,geneDR005281,geneDR005242,geneDR005233,geneDR005217,geneDR005216,geneDR005215,geneDR005210,geneDR005153,geneDR005143,geneDR005090,geneDR005085,geneDR005005,geneDR004989,geneDR004985,geneDR030242,geneDR030238,geneDR030203,geneDR030198,geneDR030186,geneDR032234	DNA-binding transcription factor activity	MF
GO:0004857	geneDR011391,geneDR014479,geneDR034596,geneDR034597,geneDR035000,geneDR035006,geneDR032953,geneDR032137,geneDR032105,geneDR032090,geneDR000460,geneDR000476,geneDR000859,geneDR001073,geneDR001168,geneDR001178,geneDR001179,geneDR001184,geneDR001572,geneDR001824,geneDR008040,geneDR008039,geneDR008020,geneDR007862,geneDR007786,geneDR034686,geneDR016976,geneDR016796,geneDR002666,geneDR002665,geneDR002408,geneDR030404,geneDR028584,geneDR028523,geneDR028506,geneDR020088,geneDR020373,geneDR020397,geneDR012069,geneDR012580,geneDR006434,geneDR006305,geneDR006295,geneDR018398,geneDR018136,geneDR030994,geneDR017596,geneDR017429,geneDR015147,geneDR025372,geneDR028025,geneDR030264,geneDR030267,geneDR030268,geneDR008701,geneDR008157,geneDR029926,geneDR029789,geneDR034763,geneDR033981,geneDR027371,geneDR027372,geneDR027418,geneDR027863,geneDR027868,geneDR027869,geneDR027893,geneDR013914,geneDR019673,geneDR019742,geneDR033185,geneDR034889,geneDR021382,geneDR021243,geneDR021172,geneDR021171,geneDR020908,geneDR025981,geneDR026050,geneDR026159,geneDR026190,geneDR026191,geneDR032423,geneDR034531,geneDR024050,geneDR024003,geneDR026305,geneDR004424,geneDR004606,geneDR004698,geneDR004836,geneDR004837,geneDR025184,geneDR025166,geneDR025165,geneDR017893,geneDR033727,geneDR024887,geneDR024886,geneDR024859,geneDR024855,geneDR024728,geneDR024707,geneDR023192,geneDR021684,geneDR021996,geneDR022003,geneDR019444,geneDR019352,geneDR019037,geneDR010096,geneDR032317,geneDR031348,geneDR031258,geneDR024373,geneDR014519,geneDR026594,geneDR010449,geneDR010654,geneDR011037,geneDR011247,geneDR027702,geneDR013128,geneDR023314,geneDR023286,geneDR032680,geneDR025735,geneDR025647,geneDR026930,geneDR026929,geneDR009836,geneDR009826,geneDR009468,geneDR009095,geneDR016652,geneDR016472,geneDR032271,geneDR032272,geneDR030638,geneDR007266,geneDR007238,geneDR007152,geneDR007151,geneDR007149,geneDR007147,geneDR007144,geneDR007142,geneDR034043,geneDR007140,geneDR007138,geneDR006984,geneDR022207,geneDR022583,geneDR022693,geneDR022706,geneDR006098,geneDR005395,geneDR005038	enzyme inhibitor activity	MF
GO:0008073	geneDR011391	ornithine decarboxylase inhibitor activity	MF
GO:0030234	geneDR011391,geneDR011468,geneDR034297,geneDR014254,geneDR014457,geneDR014479,geneDR035516,geneDR034595,geneDR034596,geneDR034597,geneDR035593,geneDR035609,geneDR034914,geneDR034917,geneDR034957,geneDR035000,geneDR035006,geneDR032953,geneDR035248,geneDR035259,geneDR032137,geneDR032105,geneDR032090,geneDR000386,geneDR000460,geneDR000476,geneDR000859,geneDR000954,geneDR000957,geneDR000961,geneDR001069,geneDR001073,geneDR001168,geneDR001178,geneDR001179,geneDR001184,geneDR001307,geneDR001426,geneDR001572,geneDR001824,geneDR033819,geneDR028372,geneDR028336,geneDR030879,geneDR008040,geneDR008039,geneDR008020,geneDR007908,geneDR007887,geneDR007862,geneDR007786,geneDR007744,geneDR034686,geneDR017005,geneDR016976,geneDR016854,geneDR016796,geneDR003313,geneDR003083,geneDR003063,geneDR002666,geneDR002665,geneDR002652,geneDR002537,geneDR002534,geneDR002408,geneDR002298,geneDR002221,geneDR002183,geneDR001990,geneDR034249,geneDR030404,geneDR030440,geneDR031626,geneDR031775,geneDR028584,geneDR028523,geneDR028506,geneDR028440,geneDR019874,geneDR019887,geneDR020088,geneDR020373,geneDR020397,geneDR012067,geneDR012069,geneDR012089,geneDR012350,geneDR012465,geneDR012485,geneDR012580,geneDR006682,geneDR006677,geneDR006434,geneDR006429,geneDR006305,geneDR006295,geneDR006197,geneDR006157,geneDR033779,geneDR033748,geneDR018442,geneDR018398,geneDR018136,geneDR018077,geneDR030969,geneDR030994,geneDR031096,geneDR017596,geneDR017482,geneDR017429,geneDR017292,geneDR017230,geneDR015244,geneDR015165,geneDR015147,geneDR014951,geneDR025372,geneDR025561,geneDR028025,geneDR030264,geneDR030267,geneDR030268,geneDR029697,geneDR020663,geneDR008965,geneDR008785,geneDR008701,geneDR008239,geneDR008238,geneDR008157,geneDR029926,geneDR029868,geneDR029806,geneDR029789,geneDR029781,geneDR034763,geneDR033981,geneDR027371,geneDR027372,geneDR027418,geneDR020789,geneDR020793,geneDR034947,geneDR034950,geneDR027863,geneDR027868,geneDR027869,geneDR027893,geneDR014219,geneDR014042,geneDR013914,geneDR013877,geneDR019673,geneDR019742,geneDR019812,geneDR015801,geneDR015781,geneDR015605,geneDR015531,geneDR015464,geneDR033185,geneDR034889,geneDR021382,geneDR021292,geneDR021243,geneDR021172,geneDR021171,geneDR021146,geneDR020908,geneDR020901,geneDR020874,geneDR025981,geneDR026050,geneDR026125,geneDR026159,geneDR026190,geneDR026191,geneDR032423,geneDR034531,geneDR031401,geneDR024050,geneDR024020,geneDR024003,geneDR030808,geneDR030732,geneDR026305,geneDR026373,geneDR026458,geneDR026492,geneDR003691,geneDR003780,geneDR003794,geneDR003975,geneDR004092,geneDR004142,geneDR004424,geneDR004538,geneDR004565,geneDR004569,geneDR004606,geneDR004680,geneDR004698,geneDR004772,geneDR004836,geneDR004837,geneDR025215,geneDR025184,geneDR025166,geneDR025165,geneDR017740,geneDR017776,geneDR017876,geneDR017884,geneDR017893,geneDR033727,geneDR033713,geneDR024887,geneDR024886,geneDR024859,geneDR024855,geneDR024767,geneDR024728,geneDR024707,geneDR023023,geneDR023165,geneDR023192,geneDR021684,geneDR021996,geneDR022003,geneDR022037,geneDR022086,geneDR022099,geneDR022100,geneDR019444,geneDR019352,geneDR019156,geneDR019037,geneDR018985,geneDR031834,geneDR010154,geneDR010096,geneDR010084,geneDR032317,geneDR031348,geneDR031258,geneDR031206,geneDR024425,geneDR024373,geneDR024314,geneDR024309,geneDR024287,geneDR024136,geneDR023733,geneDR023865,geneDR023873,geneDR014519,geneDR026594,geneDR026613,geneDR026802,geneDR024580,geneDR010449,geneDR010654,geneDR010775,geneDR011037,geneDR011247,geneDR027470,geneDR027689,geneDR027702,geneDR027726,geneDR027810,geneDR013128,geneDR013256,geneDR013332,geneDR013555,geneDR013619,geneDR027242,geneDR027073,geneDR027059,geneDR029486,geneDR023463,geneDR023409,geneDR023314,geneDR023286,geneDR023244,geneDR032697,geneDR032680,geneDR025904,geneDR025735,geneDR025647,geneDR025618,geneDR012794,geneDR026993,geneDR026930,geneDR026929,geneDR009836,geneDR009826,geneDR009527,geneDR009468,geneDR009279,geneDR009238,geneDR009140,geneDR009095,geneDR016652,geneDR016598,geneDR016529,geneDR016472,geneDR016360,geneDR016197,geneDR029009,geneDR032271,geneDR032272,geneDR030638,geneDR007302,geneDR007267,geneDR007266,geneDR007238,geneDR007202,geneDR007152,geneDR007151,geneDR007149,geneDR007147,geneDR007144,geneDR007142,geneDR034043,geneDR007140,geneDR007138,geneDR006984,geneDR022207,geneDR022223,geneDR022419,geneDR022483,geneDR022583,geneDR022649,geneDR022693,geneDR022706,geneDR006098,geneDR005779,geneDR005723,geneDR005720,geneDR005512,geneDR005442,geneDR005395,geneDR005370,geneDR005357,geneDR005273,geneDR005044,geneDR005038,geneDR032231,geneDR032232	enzyme regulator activity	MF
GO:0042979	geneDR011391	ornithine decarboxylase regulator activity	MF
GO:0098772	geneDR011391,geneDR011468,geneDR035317,geneDR034297,geneDR014254,geneDR014457,geneDR014479,geneDR035516,geneDR034595,geneDR034596,geneDR034597,geneDR034610,geneDR035593,geneDR035609,geneDR034914,geneDR034917,geneDR034957,geneDR035000,geneDR035006,geneDR032953,geneDR035248,geneDR035259,geneDR032137,geneDR032105,geneDR032090,geneDR000386,geneDR000460,geneDR000476,geneDR000682,geneDR000858,geneDR000859,geneDR000954,geneDR000957,geneDR000961,geneDR001069,geneDR001073,geneDR001168,geneDR001178,geneDR001179,geneDR001184,geneDR001307,geneDR001426,geneDR001572,geneDR001574,geneDR001824,geneDR033819,geneDR028410,geneDR028384,geneDR028372,geneDR028336,geneDR030879,geneDR030858,geneDR008040,geneDR008039,geneDR008020,geneDR007998,geneDR007908,geneDR007887,geneDR007862,geneDR007786,geneDR007744,geneDR034686,geneDR017005,geneDR016976,geneDR016854,geneDR016796,geneDR003313,geneDR003179,geneDR003083,geneDR003063,geneDR002666,geneDR002665,geneDR002652,geneDR002537,geneDR002534,geneDR002408,geneDR002298,geneDR002221,geneDR002183,geneDR001990,geneDR034285,geneDR034249,geneDR034238,geneDR030328,geneDR030355,geneDR030404,geneDR030440,geneDR031626,geneDR031775,geneDR028768,geneDR028584,geneDR028523,geneDR028506,geneDR028440,geneDR019874,geneDR019887,geneDR020088,geneDR020100,geneDR020373,geneDR020397,geneDR012067,geneDR012069,geneDR012089,geneDR012350,geneDR012465,geneDR012485,geneDR012580,geneDR031892,geneDR006775,geneDR006682,geneDR006677,geneDR006510,geneDR006434,geneDR006429,geneDR006305,geneDR006295,geneDR006197,geneDR006157,geneDR033779,geneDR033748,geneDR018442,geneDR018398,geneDR018334,geneDR018212,geneDR018136,geneDR018077,geneDR030969,geneDR030978,geneDR030994,geneDR031096,geneDR017596,geneDR017482,geneDR017435,geneDR017429,geneDR017292,geneDR017230,geneDR015244,geneDR015185,geneDR015165,geneDR015147,geneDR014951,geneDR014736,geneDR025372,geneDR025561,geneDR028025,geneDR027961,geneDR030264,geneDR030267,geneDR030268,geneDR029697,geneDR020663,geneDR020660,geneDR008965,geneDR008785,geneDR008701,geneDR008239,geneDR008238,geneDR008169,geneDR008157,geneDR029926,geneDR029868,geneDR029806,geneDR029789,geneDR029781,geneDR034763,geneDR033981,geneDR027371,geneDR027372,geneDR027418,geneDR028911,geneDR028872,geneDR020789,geneDR020793,geneDR034947,geneDR034950,geneDR034181,geneDR027824,geneDR027863,geneDR027868,geneDR027869,geneDR027893,geneDR014219,geneDR014042,geneDR013914,geneDR013877,geneDR019578,geneDR019579,geneDR019673,geneDR019742,geneDR019812,geneDR015801,geneDR015781,geneDR015671,geneDR015605,geneDR015531,geneDR015464,geneDR033185,geneDR034889,geneDR021382,geneDR021292,geneDR021245,geneDR021243,geneDR021172,geneDR021171,geneDR021146,geneDR021039,geneDR020908,geneDR020901,geneDR020874,geneDR025981,geneDR026050,geneDR026125,geneDR026159,geneDR026190,geneDR026191,geneDR026243,geneDR032439,geneDR032423,geneDR034531,geneDR031401,geneDR024050,geneDR024020,geneDR024003,geneDR030808,geneDR030781,geneDR030732,geneDR018668,geneDR018847,geneDR026305,geneDR026373,geneDR026458,geneDR026492,geneDR026559,geneDR003691,geneDR003780,geneDR003781,geneDR003794,geneDR003975,geneDR004092,geneDR004142,geneDR004424,geneDR004538,geneDR004565,geneDR004569,geneDR004606,geneDR004680,geneDR004698,geneDR004772,geneDR004836,geneDR004837,geneDR025215,geneDR025184,geneDR025166,geneDR025165,geneDR033356,geneDR033357,geneDR033359,geneDR017682,geneDR017740,geneDR017776,geneDR017793,geneDR017818,geneDR017876,geneDR017884,geneDR017893,geneDR033727,geneDR033713,geneDR024887,geneDR024886,geneDR024870,geneDR024859,geneDR024855,geneDR024767,geneDR024728,geneDR024713,geneDR024707,geneDR023023,geneDR023165,geneDR023192,geneDR021684,geneDR021996,geneDR022003,geneDR022037,geneDR022086,geneDR022099,geneDR022100,geneDR019444,geneDR019364,geneDR019352,geneDR019204,geneDR019156,geneDR019037,geneDR018985,geneDR021392,geneDR031856,geneDR031834,geneDR010154,geneDR010096,geneDR010084,geneDR010025,geneDR032317,geneDR031348,geneDR031258,geneDR031206,geneDR024425,geneDR024373,geneDR024314,geneDR024309,geneDR024287,geneDR024235,geneDR024136,geneDR023733,geneDR023865,geneDR023873,geneDR014649,geneDR014519,geneDR014502,geneDR026576,geneDR026594,geneDR026613,geneDR026802,geneDR024580,geneDR010449,geneDR010594,geneDR010654,geneDR010775,geneDR011037,geneDR011121,geneDR011247,geneDR027470,geneDR027689,geneDR027702,geneDR027726,geneDR027751,geneDR027810,geneDR013128,geneDR013256,geneDR013332,geneDR013555,geneDR013619,geneDR013779,geneDR027242,geneDR027073,geneDR027059,geneDR029486,geneDR029516,geneDR023557,geneDR023463,geneDR023409,geneDR023314,geneDR023286,geneDR023244,geneDR032697,geneDR032680,geneDR025904,geneDR025735,geneDR025647,geneDR025618,geneDR012794,geneDR026993,geneDR026930,geneDR026929,geneDR026928,geneDR009836,geneDR009826,geneDR009527,geneDR009468,geneDR009300,geneDR009279,geneDR009238,geneDR009140,geneDR009110,geneDR009095,geneDR016652,geneDR016598,geneDR016529,geneDR016472,geneDR016471,geneDR016360,geneDR016197,geneDR029009,geneDR032270,geneDR032271,geneDR032272,geneDR030638,geneDR007502,geneDR007382,geneDR007357,geneDR007302,geneDR007267,geneDR007266,geneDR007238,geneDR007202,geneDR007152,geneDR007151,geneDR007149,geneDR007147,geneDR007144,geneDR007142,geneDR034043,geneDR007140,geneDR007138,geneDR006984,geneDR022207,geneDR022223,geneDR022419,geneDR022483,geneDR022583,geneDR022649,geneDR022693,geneDR022706,geneDR006098,geneDR005984,geneDR005779,geneDR005723,geneDR005720,geneDR005512,geneDR005442,geneDR005395,geneDR005370,geneDR005357,geneDR005273,geneDR005155,geneDR005044,geneDR005038,geneDR032231,geneDR032232	molecular function regulator activity	MF
GO:0140110	geneDR011391,geneDR011408,geneDR033886,geneDR033890,geneDR033892,geneDR035303,geneDR035305,geneDR034096,geneDR034106,geneDR034108,geneDR034123,geneDR035329,geneDR034134,geneDR035346,geneDR030916,geneDR030921,geneDR034296,geneDR035421,geneDR034317,geneDR034352,geneDR034361,geneDR035478,geneDR035484,geneDR035502,geneDR014246,geneDR014263,geneDR014280,geneDR014294,geneDR014298,geneDR014315,geneDR014368,geneDR014408,geneDR014411,geneDR014426,geneDR014427,geneDR014451,geneDR014453,geneDR014454,geneDR014485,geneDR034491,geneDR035547,geneDR034608,geneDR034628,geneDR034635,geneDR034698,geneDR034709,geneDR034710,geneDR034785,geneDR034786,geneDR034873,geneDR034985,geneDR034986,geneDR034989,geneDR035008,geneDR035048,geneDR035117,geneDR032907,geneDR032920,geneDR032925,geneDR032934,geneDR032937,geneDR032946,geneDR032957,geneDR035137,geneDR032118,geneDR032116,geneDR032109,geneDR032055,geneDR032024,geneDR032012,geneDR032011,geneDR000014,geneDR000026,geneDR000055,geneDR000073,geneDR000095,geneDR000097,geneDR000099,geneDR000100,geneDR000111,geneDR000126,geneDR000130,geneDR000143,geneDR000168,geneDR000174,geneDR000195,geneDR000210,geneDR000226,geneDR000242,geneDR000246,geneDR000253,geneDR000269,geneDR000277,geneDR000292,geneDR000311,geneDR000338,geneDR000355,geneDR000379,geneDR000384,geneDR000392,geneDR000397,geneDR000415,geneDR000439,geneDR000440,geneDR000452,geneDR000465,geneDR000470,geneDR000503,geneDR000508,geneDR000518,geneDR000521,geneDR000532,geneDR000535,geneDR000548,geneDR000555,geneDR000557,geneDR000583,geneDR000587,geneDR000598,geneDR000603,geneDR000604,geneDR000606,geneDR000616,geneDR000621,geneDR000622,geneDR000641,geneDR000643,geneDR000650,geneDR000668,geneDR000677,geneDR000725,geneDR000735,geneDR000743,geneDR000747,geneDR000760,geneDR000818,geneDR000823,geneDR000843,geneDR000846,geneDR000847,geneDR000857,geneDR000876,geneDR000922,geneDR000929,geneDR000960,geneDR001005,geneDR001014,geneDR001016,geneDR001051,geneDR001073,geneDR001095,geneDR001130,geneDR001139,geneDR001164,geneDR001166,geneDR001167,geneDR001193,geneDR001203,geneDR001208,geneDR001213,geneDR001219,geneDR001221,geneDR001222,geneDR001224,geneDR001227,geneDR001259,geneDR001284,geneDR001311,geneDR001319,geneDR001336,geneDR001345,geneDR001348,geneDR001357,geneDR001421,geneDR001427,geneDR001460,geneDR001467,geneDR001469,geneDR001479,geneDR001494,geneDR001503,geneDR001526,geneDR001539,geneDR001558,geneDR001561,geneDR001587,geneDR001594,geneDR001614,geneDR001627,geneDR001692,geneDR001693,geneDR001694,geneDR001729,geneDR001732,geneDR001744,geneDR001745,geneDR001757,geneDR001759,geneDR001760,geneDR001774,geneDR001787,geneDR001826,geneDR001832,geneDR001838,geneDR035356,geneDR034650,geneDR034651,geneDR034670,geneDR034681,geneDR034545,geneDR034561,geneDR034562,geneDR034566,geneDR033812,geneDR033831,geneDR033838,geneDR028413,geneDR028389,geneDR028345,geneDR028314,geneDR028308,geneDR028297,geneDR028262,geneDR028261,geneDR028258,geneDR028228,geneDR030889,geneDR030888,geneDR030867,geneDR030866,geneDR030848,geneDR030835,geneDR008123,geneDR008092,geneDR008091,geneDR008090,geneDR008074,geneDR008073,geneDR008071,geneDR008054,geneDR008053,geneDR008034,geneDR008006,geneDR007988,geneDR007976,geneDR007969,geneDR007956,geneDR007951,geneDR007950,geneDR007936,geneDR007923,geneDR007921,geneDR007911,geneDR007903,geneDR007889,geneDR007857,geneDR007850,geneDR007824,geneDR007811,geneDR007807,geneDR007787,geneDR007785,geneDR007761,geneDR007693,geneDR007666,geneDR007663,geneDR007662,geneDR007646,geneDR007611,geneDR007610,geneDR007604,geneDR007603,geneDR034685,geneDR034687,geneDR017015,geneDR017010,geneDR017003,geneDR016984,geneDR016933,geneDR016928,geneDR016916,geneDR016914,geneDR016846,geneDR016824,geneDR016782,geneDR016770,geneDR016744,geneDR016729,geneDR016709,geneDR016696,geneDR003506,geneDR003505,geneDR003503,geneDR003463,geneDR003443,geneDR003438,geneDR003427,geneDR003412,geneDR003406,geneDR003405,geneDR003383,geneDR003381,geneDR003361,geneDR003357,geneDR003347,geneDR003310,geneDR003307,geneDR003297,geneDR003292,geneDR003244,geneDR003236,geneDR003207,geneDR003202,geneDR003144,geneDR003142,geneDR003136,geneDR003135,geneDR003129,geneDR003084,geneDR003055,geneDR003021,geneDR002979,geneDR002977,geneDR002976,geneDR002974,geneDR002957,geneDR002954,geneDR002949,geneDR002929,geneDR002927,geneDR002904,geneDR002870,geneDR002859,geneDR002765,geneDR002762,geneDR002747,geneDR002730,geneDR002723,geneDR002708,geneDR002702,geneDR002697,geneDR002685,geneDR002668,geneDR002618,geneDR002575,geneDR002552,geneDR002524,geneDR002516,geneDR002506,geneDR002503,geneDR002465,geneDR002457,geneDR002444,geneDR002416,geneDR002414,geneDR002400,geneDR002396,geneDR002368,geneDR002358,geneDR002346,geneDR002342,geneDR002333,geneDR002332,geneDR002324,geneDR002315,geneDR002308,geneDR002304,geneDR002290,geneDR002288,geneDR002279,geneDR002272,geneDR002263,geneDR002254,geneDR002253,geneDR002244,geneDR002237,geneDR002230,geneDR002213,geneDR002206,geneDR002163,geneDR002146,geneDR002143,geneDR002132,geneDR0021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5058,geneDR025059,geneDR025098,geneDR025128,geneDR025136,geneDR025147,geneDR032551,geneDR032554,geneDR024628,geneDR024613,geneDR024612,geneDR024594,geneDR024564,geneDR024556,geneDR024554,geneDR024549,geneDR024492,geneDR034827,geneDR010384,geneDR010396,geneDR010410,geneDR010421,geneDR010434,geneDR010441,geneDR010443,geneDR010450,geneDR010457,geneDR010488,geneDR010514,geneDR010524,geneDR010539,geneDR010547,geneDR010553,geneDR010568,geneDR010601,geneDR010604,geneDR010610,geneDR010625,geneDR010647,geneDR010688,geneDR010695,geneDR010708,geneDR010731,geneDR010732,geneDR010750,geneDR010760,geneDR010777,geneDR010785,geneDR010804,geneDR010807,geneDR010825,geneDR010877,geneDR010879,geneDR010887,geneDR010890,geneDR010908,geneDR010944,geneDR010947,geneDR010952,geneDR010961,geneDR010977,geneDR011046,geneDR011057,geneDR011072,geneDR011101,geneDR011133,geneDR011135,geneDR011159,geneDR011171,geneDR011181,geneDR011194,geneDR011196,geneDR011201,geneDR011203,geneDR011206,geneDR011209,geneDR011212,geneDR011220,geneDR011244,geneDR011291,geneDR027440,geneDR027443,geneDR027444,geneDR027445,geneDR027463,geneDR027478,geneDR027479,geneDR027480,geneDR027497,geneDR027547,geneDR027564,geneDR027568,geneDR027577,geneDR027578,geneDR027593,geneDR027594,geneDR027611,geneDR027679,geneDR027700,geneDR027723,geneDR027727,geneDR027737,geneDR027742,geneDR027797,geneDR027803,geneDR033660,geneDR033604,geneDR033603,geneDR033602,geneDR033601,geneDR013044,geneDR013060,geneDR013064,geneDR013068,geneDR013074,geneDR013084,geneDR013089,geneDR013100,geneDR013171,geneDR013181,geneDR013223,geneDR013224,geneDR013236,geneDR013242,geneDR013258,geneDR013274,geneDR013292,geneDR013306,geneDR013307,geneDR013313,geneDR013330,geneDR013334,geneDR013336,geneDR013339,geneDR013377,geneDR013403,geneDR013431,geneDR013440,geneDR013443,geneDR013502,geneDR013504,geneDR013510,geneDR013518,geneDR013519,geneDR013529,geneDR013530,geneDR013537,geneDR013569,geneDR013667,geneDR013698,geneDR013722,geneDR013737,geneDR013744,geneDR013745,geneDR013747,geneDR013751,geneDR013753,geneDR013758,geneDR013772,geneDR013802,geneDR013809,geneDR027263,geneDR027250,geneDR027246,geneDR027224,geneDR027223,geneDR027203,geneDR027188,geneDR027177,geneDR027135,geneDR027132,geneDR027114,geneDR027107,geneDR027102,geneDR027071,geneDR027062,geneDR027054,geneDR027030,geneDR032602,geneDR032593,geneDR032572,geneDR032560,geneDR031935,geneDR031958,geneDR032196,geneDR028929,geneDR028941,geneDR028958,geneDR028972,geneDR028974,geneDR028984,geneDR032509,geneDR032507,geneDR032505,geneDR032488,geneDR032482,geneDR034579,geneDR034580,geneDR029452,geneDR029453,geneDR029470,geneDR029493,geneDR029532,geneDR029559,geneDR029560,geneDR029575,geneDR029597,geneDR029610,geneDR029619,geneDR029622,geneDR029628,geneDR029640,geneDR029641,geneDR029645,geneDR029655,geneDR023579,geneDR023554,geneDR023553,geneDR023541,geneDR023509,geneDR023505,geneDR023488,geneDR023487,geneDR023486,geneDR023446,geneDR023435,geneDR023416,geneDR023394,geneDR023369,geneDR023361,geneDR023360,geneDR023347,geneDR023297,geneDR023267,geneDR023262,geneDR023242,geneDR023225,geneDR023210,geneDR032724,geneDR032715,geneDR032714,geneDR032712,geneDR032709,geneDR032704,geneDR032702,geneDR032684,geneDR032668,geneDR032661,geneDR032658,geneDR032630,geneDR032626,geneDR032616,geneDR034933,geneDR025967,geneDR025895,geneDR025892,geneDR025887,geneDR025879,geneDR025877,geneDR025876,geneDR025873,geneDR025849,geneDR025820,geneDR025818,geneDR025802,geneDR025759,geneDR025726,geneDR025721,geneDR025696,geneDR025631,geneDR025617,geneDR025616,geneDR025613,geneDR025595,geneDR034462,geneDR034465,geneDR034468,geneDR035359,geneDR012808,geneDR012832,geneDR012842,geneDR012860,geneDR012887,geneDR012973,geneDR012977,geneDR012995,geneDR013001,geneDR013003,geneDR013004,geneDR013025,geneDR026950,geneDR026942,geneDR026924,geneDR009923,geneDR009890,geneDR009879,geneDR009878,geneDR009868,geneDR009856,geneDR009854,geneDR009852,geneDR009850,geneDR009846,geneDR009845,geneDR009822,geneDR009818,geneDR009817,geneDR009792,geneDR009790,geneDR009785,geneDR009777,geneDR009750,geneDR009739,geneDR009722,geneDR009696,geneDR009693,geneDR009688,geneDR009684,geneDR009664,geneDR009631,geneDR009588,geneDR009550,geneDR009517,geneDR009512,geneDR009509,geneDR009503,geneDR009466,geneDR009465,geneDR009464,geneDR009443,geneDR009426,geneDR009398,geneDR009391,geneDR009390,geneDR009387,geneDR009373,geneDR009358,geneDR009308,geneDR009250,geneDR009246,geneDR009244,geneDR009242,geneDR009238,geneDR009237,geneDR009222,geneDR009221,geneDR009213,geneDR009200,geneDR009197,geneDR009174,geneDR009120,geneDR009119,geneDR009101,geneDR009092,geneDR016656,geneDR016644,geneDR016611,geneDR016585,geneDR016573,geneDR016546,geneDR016541,geneDR016534,geneDR016529,geneDR016527,geneDR016525,geneDR016523,geneDR016442,geneDR016441,geneDR016435,geneDR016428,geneDR016409,geneDR016391,geneDR016371,geneDR016359,geneDR016336,geneDR016297,geneDR016249,geneDR016237,geneDR016226,geneDR016218,geneDR016205,geneDR016192,geneDR016185,geneDR016181,geneDR016137,geneDR016136,geneDR016135,geneDR016133,geneDR016120,geneDR016108,geneDR029008,geneDR029010,geneDR029016,geneDR029043,geneDR029098,geneDR029105,geneDR029107,geneDR029108,geneDR029133,geneDR029134,geneDR029139,geneDR029155,geneDR029164,geneDR029170,geneDR029179,geneDR029187,geneDR032266,geneDR032289,geneDR030648,geneDR030641,geneDR030622,geneDR007583,geneDR007564,geneDR007557,geneDR007556,geneDR007555,geneDR007547,geneDR007527,geneDR007500,geneDR007477,geneDR007469,geneDR007434,geneDR007429,geneDR007425,geneDR007402,geneDR007330,geneDR007326,geneDR007290,geneDR007282,geneDR007279,geneDR007262,geneDR007250,geneDR007211,geneDR007182,geneDR034034,geneDR034067,geneDR007129,geneDR007105,geneDR007080,geneDR007064,geneDR007061,geneDR007055,geneDR007028,geneDR007010,geneDR007007,geneDR007005,geneDR007003,geneDR006996,geneDR006989,geneDR006947,geneDR006927,geneDR006919,geneDR022202,geneDR022209,geneDR022214,geneDR022275,geneDR022329,geneDR022330,geneDR022331,geneDR022334,geneDR022345,geneDR022348,geneDR022359,geneDR022369,geneDR022370,geneDR022395,geneDR022397,geneDR022409,geneDR022410,geneDR022415,geneDR022422,geneDR022430,geneDR022436,geneDR022443,geneDR022448,geneDR022463,geneDR022469,geneDR022477,geneDR022501,geneDR022504,geneDR022516,geneDR022569,geneDR022570,geneDR022604,geneDR022606,geneDR022610,geneDR022622,geneDR022624,geneDR022644,geneDR022648,geneDR022667,geneDR022686,geneDR022691,geneDR022694,geneDR022705,geneDR006099,geneDR006091,geneDR006090,geneDR006089,geneDR006075,geneDR006066,geneDR006024,geneDR005992,geneDR005972,geneDR005888,geneDR005881,geneDR005875,geneDR005874,geneDR005873,geneDR005869,geneDR005866,geneDR005855,geneDR005829,geneDR005815,geneDR005768,geneDR005762,geneDR005761,geneDR005735,geneDR005727,geneDR005722,geneDR005708,geneDR005703,geneDR005690,geneDR005658,geneDR005640,geneDR005631,geneDR005625,geneDR005584,geneDR005578,geneDR005571,geneDR005568,geneDR005565,geneDR005564,geneDR005507,geneDR005503,geneDR005501,geneDR005492,geneDR005455,geneDR005441,geneDR005398,geneDR005390,geneDR005372,geneDR005354,geneDR005348,geneDR005339,geneDR005323,geneDR005315,geneDR005281,geneDR005242,geneDR005233,geneDR005217,geneDR005216,geneDR005215,geneDR005210,geneDR005153,geneDR005143,geneDR005090,geneDR005085,geneDR005005,geneDR004989,geneDR004985,geneDR030242,geneDR030238,geneDR030203,geneDR030198,geneDR030186,geneDR032234	transcription regulator activity	MF
GO:0004311	geneDR011396,geneDR011804,geneDR007758,geneDR007687,geneDR001863,geneDR018315,geneDR031415,geneDR033375,geneDR003826,geneDR032388,geneDR024581,geneDR027701,geneDR009819,geneDR005890	farnesyltranstransferase activity	MF
GO:0004659	geneDR011396,geneDR011400,geneDR011760,geneDR011804,geneDR014456,geneDR031870,geneDR032923,geneDR032927,geneDR007758,geneDR007687,geneDR016960,geneDR001916,geneDR001863,geneDR028206,geneDR018315,geneDR018219,geneDR018217,geneDR015137,geneDR034764,geneDR033982,geneDR028821,geneDR031415,geneDR033375,geneDR026303,geneDR003826,geneDR003881,geneDR017762,geneDR017763,geneDR010016,geneDR032388,geneDR024065,geneDR026614,geneDR024581,geneDR010388,geneDR027686,geneDR027701,geneDR027005,geneDR009819,geneDR030608,geneDR030607,geneDR022646,geneDR005890,geneDR005758,geneDR005262	prenyltransferase activity	MF
GO:0016421	geneDR011398,geneDR011726,geneDR013961,geneDR021206,geneDR014497,geneDR026580,geneDR007082,geneDR022680	CoA carboxylase activity	MF
GO:0016885	geneDR011398,geneDR011726,geneDR013961,geneDR021206,geneDR014497,geneDR026580,geneDR007082,geneDR022680	ligase activity, forming carbon-carbon bonds	MF
GO:0004337	geneDR011400,geneDR032927,geneDR034764,geneDR033982,geneDR026303,geneDR010388,geneDR005758	geranyltranstransferase activity	MF
GO:0016767	geneDR011400,geneDR032927,geneDR010388,geneDR005758	geranylgeranyl-diphosphate geranylgeranyltransferase activity	MF
GO:0005319	geneDR011401,geneDR011730,geneDR035398,geneDR033066,geneDR031996,geneDR000205,geneDR000207,geneDR000299,geneDR030828,geneDR003419,geneDR031686,geneDR031742,geneDR020111,geneDR018286,geneDR018285,geneDR018159,geneDR015149,geneDR014735,geneDR020502,geneDR020501,geneDR008208,geneDR020755,geneDR020849,geneDR014022,geneDR015432,geneDR021265,geneDR023958,geneDR003573,geneDR003574,geneDR003812,geneDR004369,geneDR004805,geneDR017714,geneDR024837,geneDR023040,geneDR021643,geneDR021688,geneDR031815,geneDR010070,geneDR032351,geneDR031213,geneDR023922,geneDR024592,geneDR010560,geneDR011122,geneDR027707,geneDR027208,geneDR033960,geneDR012914,geneDR012999,geneDR026934,geneDR009797,geneDR009714,geneDR016365,geneDR032279,geneDR032280,geneDR007410,geneDR007235,geneDR005967,geneDR005396	lipid transporter activity	MF
GO:0015399	geneDR011401,geneDR011730,geneDR033863,geneDR033864,geneDR035292,geneDR034088,geneDR035507,geneDR014346,geneDR014443,geneDR035529,geneDR034499,geneDR035580,geneDR035007,geneDR032959,geneDR033066,geneDR035254,geneDR000133,geneDR000147,geneDR000190,geneDR000191,geneDR000289,geneDR000404,geneDR001097,geneDR001445,geneDR001790,geneDR033826,geneDR028352,geneDR028350,geneDR008128,geneDR008081,geneDR007808,geneDR016930,geneDR016876,geneDR016863,geneDR016786,geneDR016768,geneDR003420,geneDR002838,geneDR002698,geneDR002689,geneDR002596,geneDR002412,geneDR002370,geneDR002327,geneDR002199,geneDR002046,geneDR001893,geneDR031650,geneDR028729,geneDR028531,geneDR020265,geneDR020267,geneDR020297,geneDR012160,geneDR012210,geneDR012233,geneDR012312,geneDR012353,geneDR012375,geneDR028153,geneDR006355,geneDR018444,geneDR018165,geneDR018128,geneDR030964,geneDR031066,geneDR031122,geneDR034143,geneDR034157,geneDR017625,geneDR017583,geneDR017582,geneDR015313,geneDR015009,geneDR014735,geneDR025349,geneDR027951,geneDR027948,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR008991,geneDR008933,geneDR008872,geneDR008714,geneDR008541,geneDR008504,geneDR008503,geneDR008272,geneDR029940,geneDR033468,geneDR013930,geneDR013853,geneDR013818,geneDR019556,geneDR019637,geneDR019655,geneDR015990,geneDR015929,geneDR033193,geneDR034882,geneDR021237,geneDR021182,geneDR021128,geneDR020967,geneDR026037,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR004011,geneDR004123,geneDR004712,geneDR004805,geneDR004859,geneDR004906,geneDR004913,geneDR017757,geneDR017758,geneDR017872,geneDR033694,geneDR033693,geneDR022885,geneDR022894,geneDR022957,geneDR033554,geneDR021733,geneDR021994,geneDR019316,geneDR019144,geneDR019141,geneDR021587,geneDR021528,geneDR021416,geneDR010141,geneDR031203,geneDR024159,geneDR024064,geneDR023653,geneDR023772,geneDR023773,geneDR023774,geneDR023823,geneDR023861,geneDR034231,geneDR035072,geneDR014634,geneDR014512,geneDR026625,geneDR026717,geneDR025078,geneDR032547,geneDR010461,geneDR010580,geneDR010913,geneDR010955,geneDR011122,geneDR011215,geneDR011280,geneDR027538,geneDR033599,geneDR013077,geneDR013142,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR027208,geneDR027088,geneDR027026,geneDR032594,geneDR032512,geneDR032506,geneDR033957,geneDR029479,geneDR029624,geneDR012733,geneDR012884,geneDR012890,geneDR012937,geneDR026934,geneDR009744,geneDR009694,geneDR009678,geneDR009461,geneDR009365,geneDR009315,geneDR009260,geneDR016684,geneDR016399,geneDR016182,geneDR029034,geneDR029085,geneDR032279,geneDR032280,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007054,geneDR022258,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005687,geneDR005595,geneDR005544,geneDR005485,geneDR005445,geneDR005298,geneDR005103,geneDR005060	primary active transmembrane transporter activity	MF
GO:0015405	geneDR011401,geneDR011730,geneDR033863,geneDR033864,geneDR035292,geneDR034088,geneDR035507,geneDR014346,geneDR014443,geneDR035529,geneDR034499,geneDR035580,geneDR035007,geneDR032959,geneDR033066,geneDR035254,geneDR000133,geneDR000147,geneDR000190,geneDR000191,geneDR000289,geneDR000404,geneDR001097,geneDR001445,geneDR001790,geneDR033826,geneDR028352,geneDR028350,geneDR008128,geneDR008081,geneDR007808,geneDR016930,geneDR016876,geneDR016863,geneDR016786,geneDR016768,geneDR003420,geneDR002838,geneDR002698,geneDR002689,geneDR002596,geneDR002412,geneDR002370,geneDR002327,geneDR002199,geneDR002046,geneDR001893,geneDR031650,geneDR028729,geneDR028531,geneDR020265,geneDR020267,geneDR020297,geneDR012160,geneDR012210,geneDR012233,geneDR012312,geneDR012353,geneDR012375,geneDR028153,geneDR006355,geneDR018444,geneDR018165,geneDR018128,geneDR030964,geneDR031066,geneDR031122,geneDR034143,geneDR034157,geneDR017625,geneDR017583,geneDR017582,geneDR015313,geneDR015009,geneDR014735,geneDR025349,geneDR027951,geneDR027948,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR008991,geneDR008933,geneDR008872,geneDR008714,geneDR008541,geneDR008504,geneDR008503,geneDR008272,geneDR029940,geneDR033468,geneDR013930,geneDR013853,geneDR013818,geneDR019556,geneDR019637,geneDR019655,geneDR015990,geneDR015929,geneDR033193,geneDR034882,geneDR021237,geneDR021182,geneDR021128,geneDR020967,geneDR026037,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR004011,geneDR004123,geneDR004712,geneDR004805,geneDR004859,geneDR004906,geneDR004913,geneDR017757,geneDR017758,geneDR017872,geneDR033694,geneDR033693,geneDR022885,geneDR022894,geneDR022957,geneDR033554,geneDR021733,geneDR021994,geneDR019316,geneDR019144,geneDR019141,geneDR021587,geneDR021528,geneDR021416,geneDR010141,geneDR031203,geneDR024159,geneDR024064,geneDR023653,geneDR023772,geneDR023773,geneDR023774,geneDR023823,geneDR023861,geneDR034231,geneDR035072,geneDR014634,geneDR014512,geneDR026625,geneDR026717,geneDR025078,geneDR032547,geneDR010461,geneDR010580,geneDR010913,geneDR010955,geneDR011122,geneDR011215,geneDR011280,geneDR027538,geneDR033599,geneDR013077,geneDR013142,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR027208,geneDR027088,geneDR027026,geneDR032594,geneDR032512,geneDR032506,geneDR033957,geneDR029479,geneDR029624,geneDR012733,geneDR012884,geneDR012890,geneDR012937,geneDR026934,geneDR009744,geneDR009694,geneDR009678,geneDR009461,geneDR009365,geneDR009315,geneDR009260,geneDR016684,geneDR016399,geneDR016182,geneDR029034,geneDR029085,geneDR032279,geneDR032280,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007054,geneDR022258,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005687,geneDR005595,geneDR005544,geneDR005485,geneDR005445,geneDR005298,geneDR005103,geneDR005060	ATPase-coupled transmembrane transporter activity	MF
GO:0022804	geneDR011401,geneDR011730,geneDR033863,geneDR033864,geneDR033884,geneDR033896,geneDR035292,geneDR034088,geneDR035333,geneDR034322,geneDR035507,geneDR014240,geneDR014346,geneDR014359,geneDR014443,geneDR014464,geneDR035523,geneDR035529,geneDR034499,geneDR035580,geneDR034629,geneDR034648,geneDR035650,geneDR034845,geneDR035007,geneDR032959,geneDR033066,geneDR035254,geneDR032159,geneDR032062,geneDR000133,geneDR000144,geneDR000147,geneDR000190,geneDR000191,geneDR000289,geneDR000301,geneDR000310,geneDR000404,geneDR000498,geneDR000654,geneDR000669,geneDR000676,geneDR000837,geneDR001097,geneDR001406,geneDR001445,geneDR001601,geneDR001790,geneDR033815,geneDR033826,geneDR033830,geneDR033851,geneDR028352,geneDR028350,geneDR028316,geneDR030862,geneDR008128,geneDR008081,geneDR008061,geneDR008002,geneDR007944,geneDR007808,geneDR016930,geneDR016876,geneDR016863,geneDR016786,geneDR016768,geneDR016753,geneDR003536,geneDR003534,geneDR003528,geneDR003420,geneDR003401,geneDR003088,geneDR003087,geneDR002916,geneDR002838,geneDR002698,geneDR002690,geneDR002689,geneDR002596,geneDR002477,geneDR002412,geneDR002370,geneDR002327,geneDR002207,geneDR002200,geneDR002199,geneDR002098,geneDR002046,geneDR002014,geneDR001918,geneDR001893,geneDR031650,geneDR031701,geneDR031726,geneDR028734,geneDR028729,geneDR028596,geneDR028531,geneDR020126,geneDR020217,geneDR020265,geneDR020267,geneDR020279,geneDR020297,geneDR020336,geneDR012160,geneDR012210,geneDR012233,geneDR012312,geneDR012334,geneDR012335,geneDR012336,geneDR012353,geneDR012354,geneDR012375,geneDR012408,geneDR012612,geneDR028153,geneDR028072,geneDR033340,geneDR034534,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR006355,geneDR006139,geneDR006130,geneDR033754,geneDR018557,geneDR018462,geneDR018444,geneDR018317,geneDR018206,geneDR018205,geneDR018165,geneDR018128,geneDR018090,geneDR030964,geneDR031066,geneDR031122,geneDR034143,geneDR034157,geneDR017625,geneDR017583,geneDR017582,geneDR017361,geneDR017241,geneDR015313,geneDR015182,geneDR015155,geneDR015009,geneDR014878,geneDR014781,geneDR014735,geneDR025349,geneDR025371,geneDR025509,geneDR025583,geneDR033117,geneDR027951,geneDR027948,geneDR029703,geneDR020697,geneDR020593,geneDR020566,geneDR020547,geneDR020546,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR020444,geneDR020409,geneDR009065,geneDR008991,geneDR008933,geneDR008872,geneDR008855,geneDR008714,geneDR008578,geneDR008544,geneDR008541,geneDR008504,geneDR008503,geneDR008463,geneDR008284,geneDR008272,geneDR029940,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR020810,geneDR033468,geneDR033467,geneDR027828,geneDR014060,geneDR013930,geneDR013893,geneDR013885,geneDR013878,geneDR013873,geneDR013853,geneDR013818,geneDR019556,geneDR019637,geneDR019655,geneDR019703,geneDR016063,geneDR015999,geneDR015990,geneDR015986,geneDR015929,geneDR015854,geneDR015449,geneDR015380,geneDR015379,geneDR033293,geneDR033193,geneDR034882,geneDR021237,geneDR021182,geneDR021141,geneDR021128,geneDR021021,geneDR020967,geneDR020947,geneDR026020,geneDR026037,geneDR026217,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR018713,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR026331,geneDR026562,geneDR003916,geneDR003995,geneDR004011,geneDR004121,geneDR004123,geneDR004144,geneDR004501,geneDR004663,geneDR004712,geneDR004805,geneDR004857,geneDR004859,geneDR004906,geneDR004913,geneDR004950,geneDR025188,geneDR017757,geneDR017758,geneDR017869,geneDR017872,geneDR017896,geneDR033694,geneDR033693,geneDR024919,geneDR024817,geneDR022885,geneDR022894,geneDR022957,geneDR023042,geneDR033554,geneDR021683,geneDR021733,geneDR021946,geneDR021994,geneDR019411,geneDR019392,geneDR019316,geneDR019201,geneDR019144,geneDR019141,geneDR019134,geneDR021587,geneDR021528,geneDR021416,geneDR021402,geneDR010308,geneDR010142,geneDR010141,geneDR032391,geneDR031203,geneDR024282,geneDR024159,geneDR024074,geneDR024064,geneDR023653,geneDR023736,geneDR023772,geneDR023773,geneDR023774,geneDR023793,geneDR023808,geneDR023823,geneDR023824,geneDR023861,geneDR034231,geneDR035072,geneDR014693,geneDR014634,geneDR014512,geneDR026608,geneDR026625,geneDR026679,geneDR026702,geneDR026717,geneDR026817,geneDR025024,geneDR025078,geneDR025129,geneDR032547,geneDR024476,geneDR010461,geneDR010580,geneDR010733,geneDR010734,geneDR010745,geneDR010913,geneDR010955,geneDR011016,geneDR011055,geneDR011122,geneDR011215,geneDR011280,geneDR027538,geneDR027607,geneDR027712,geneDR027749,geneDR027755,geneDR033599,geneDR013039,geneDR013077,geneDR013142,geneDR013261,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR013294,geneDR013430,geneDR013496,geneDR013499,geneDR013553,geneDR013568,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027208,geneDR027162,geneDR027088,geneDR027084,geneDR027041,geneDR027040,geneDR027026,geneDR032594,geneDR031936,geneDR031937,geneDR031982,geneDR028925,geneDR028975,geneDR032512,geneDR032506,geneDR033957,geneDR029479,geneDR029624,geneDR032688,geneDR025829,geneDR025774,geneDR025624,geneDR034458,geneDR012733,geneDR012847,geneDR012884,geneDR012890,geneDR012937,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR026934,geneDR009809,geneDR009744,geneDR009694,geneDR009678,geneDR009461,geneDR009385,geneDR009365,geneDR009315,geneDR009260,geneDR009131,geneDR016684,geneDR016649,geneDR016489,geneDR016399,geneDR016327,geneDR016182,geneDR029002,geneDR029014,geneDR029034,geneDR029085,geneDR029110,geneDR032279,geneDR032280,geneDR030618,geneDR007562,geneDR007428,geneDR007328,geneDR007310,geneDR007285,geneDR007235,geneDR034064,geneDR034071,geneDR034075,geneDR007096,geneDR007054,geneDR022258,geneDR022269,geneDR022332,geneDR022551,geneDR022561,geneDR022584,geneDR022653,geneDR022672,geneDR005999,geneDR005964,geneDR005934,geneDR005798,geneDR005687,geneDR005628,geneDR005595,geneDR005544,geneDR005513,geneDR005485,geneDR005484,geneDR005445,geneDR005360,geneDR005298,geneDR005253,geneDR005103,geneDR005060	active transmembrane transporter activity	MF
GO:0022857	geneDR011401,geneDR011730,geneDR033863,geneDR033864,geneDR033867,geneDR033884,geneDR033896,geneDR035292,geneDR035298,geneDR034088,geneDR035333,geneDR035363,geneDR035398,geneDR034288,geneDR034322,geneDR034357,geneDR035492,geneDR035507,geneDR014240,geneDR014301,geneDR014346,geneDR014359,geneDR014443,geneDR014444,geneDR014447,geneDR014464,geneDR014487,geneDR034487,geneDR034493,geneDR035523,geneDR035529,geneDR034499,geneDR035546,geneDR035560,geneDR034589,geneDR035572,geneDR035580,geneDR034629,geneDR034630,geneDR034648,geneDR035618,geneDR035626,geneDR035650,geneDR034788,geneDR034845,geneDR034904,geneDR035007,geneDR035049,geneDR035116,geneDR032959,geneDR032967,geneDR033066,geneDR035221,geneDR035225,geneDR035242,geneDR035254,geneDR032168,geneDR032159,geneDR032062,geneDR000028,geneDR000034,geneDR000047,geneDR000119,geneDR000133,geneDR000141,geneDR000144,geneDR000147,geneDR000190,geneDR000191,geneDR000289,geneDR000301,geneDR000306,geneDR000310,geneDR000360,geneDR000368,geneDR000394,geneDR000404,geneDR000498,geneDR000519,geneDR000522,geneDR000528,geneDR000654,geneDR000669,geneDR000676,geneDR000683,geneDR000701,geneDR000758,geneDR000784,geneDR000794,geneDR000795,geneDR000837,geneDR000839,geneDR000943,geneDR000948,geneDR000993,geneDR001023,geneDR001046,geneDR001071,geneDR001097,geneDR001111,geneDR001231,geneDR001243,geneDR001254,geneDR001273,geneDR001304,geneDR001335,geneDR001406,geneDR001445,geneDR001451,geneDR001452,geneDR001490,geneDR001585,geneDR001601,geneDR001608,geneDR001781,geneDR001790,geneDR001831,geneDR001841,geneDR035353,geneDR034658,geneDR034662,geneDR034678,geneDR034551,geneDR034555,geneDR033810,geneDR033815,geneDR033818,geneDR033826,geneDR033830,geneDR033851,geneDR028420,geneDR028414,geneDR028367,geneDR028352,geneDR028350,geneDR028316,geneDR028244,geneDR030862,geneDR008128,geneDR008093,geneDR008081,geneDR008061,geneDR008016,geneDR008013,geneDR008002,geneDR007944,geneDR007912,geneDR007876,geneDR007847,geneDR007808,geneDR007779,geneDR007677,geneDR007676,geneDR007589,geneDR017006,geneDR016991,geneDR016947,geneDR016930,geneDR016929,geneDR016923,geneDR016889,geneDR016876,geneDR016863,geneDR016786,geneDR016777,geneDR016768,geneDR016763,geneDR016762,geneDR016753,geneDR016730,geneDR003536,geneDR003534,geneDR003528,geneDR003509,geneDR003470,geneDR003462,geneDR003420,geneDR003401,geneDR003156,geneDR003127,geneDR003088,geneDR003087,geneDR003066,geneDR002928,geneDR002916,geneDR002899,geneDR002897,geneDR002838,geneDR002774,geneDR002698,geneDR002690,geneDR002689,geneDR002687,geneDR002641,geneDR002596,geneDR002492,geneDR002477,geneDR002459,geneDR002412,geneDR002404,geneDR002370,geneDR002362,geneDR002327,geneDR002309,geneDR002278,geneDR002242,geneDR002240,geneDR002207,geneDR002200,geneDR002199,geneDR002184,geneDR002157,geneDR002133,geneDR002126,geneDR002110,geneDR002109,geneDR002106,geneDR002098,geneDR002046,geneDR002033,geneDR002031,geneDR002015,geneDR002014,geneDR001956,geneDR001918,geneDR001893,geneDR034276,geneDR030345,geneDR030411,geneDR030426,geneDR030452,geneDR030479,geneDR030562,geneDR031634,geneDR031650,geneDR031654,geneDR031683,geneDR031686,geneDR031701,geneDR031712,geneDR031714,geneDR031715,geneDR031726,geneDR028778,geneDR028766,geneDR028741,geneDR028734,geneDR028729,geneDR028677,geneDR028625,geneDR028596,geneDR028531,geneDR028516,geneDR028515,geneDR028480,geneDR028479,geneDR019896,geneDR020093,geneDR020126,geneDR020217,geneDR020240,geneDR020265,geneDR020267,geneDR020275,geneDR020276,geneDR020279,geneDR020297,geneDR020336,geneDR012103,geneDR012160,geneDR012185,geneDR012210,geneDR012211,geneDR012224,geneDR012230,geneDR012233,geneDR012243,geneDR012312,geneDR012322,geneDR012333,geneDR012334,geneDR012335,geneDR012336,geneDR012338,geneDR012353,geneDR012354,geneDR012375,geneDR012408,geneDR012417,geneDR012595,geneDR012612,geneDR012631,geneDR012670,geneDR028162,geneDR028154,geneDR028153,geneDR028138,geneDR028072,geneDR031917,geneDR033340,geneDR033346,geneDR034534,geneDR030685,geneDR030666,geneDR006907,geneDR006820,geneDR006805,geneDR006800,geneDR006704,geneDR006695,geneDR006688,geneDR006628,geneDR006570,geneDR006569,geneDR006553,geneDR006513,geneDR006509,geneDR006500,geneDR006457,geneDR006363,geneDR006355,geneDR006351,geneDR006335,geneDR006306,geneDR006278,geneDR006223,geneDR006139,geneDR006130,geneDR033754,geneDR018557,geneDR018479,geneDR018467,geneDR018462,geneDR018444,geneDR018418,geneDR018409,geneDR018399,geneDR018393,geneDR018317,geneDR018248,geneDR018244,geneDR018213,geneDR018211,geneDR018206,geneDR018205,geneDR018165,geneDR018161,geneDR018128,geneDR018117,geneDR018090,geneDR018063,geneDR018050,geneDR018047,geneDR030955,geneDR030964,geneDR031035,geneDR031066,geneDR031081,geneDR031095,geneDR031101,geneDR031122,geneDR031136,geneDR031137,geneDR031184,geneDR035101,geneDR034143,geneDR034149,geneDR034157,geneDR034168,geneDR017678,geneDR017639,geneDR017625,geneDR017583,geneDR017582,geneDR017573,geneDR017521,geneDR017458,geneDR017444,geneDR017369,geneDR017361,geneDR017316,geneDR017241,geneDR017205,geneDR017143,geneDR017092,geneDR017072,geneDR017065,geneDR017052,geneDR015313,geneDR015209,geneDR015182,geneDR015173,geneDR015155,geneDR015107,geneDR015009,geneDR014954,geneDR014934,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR014878,geneDR014781,geneDR014735,geneDR014710,geneDR014707,geneDR025349,geneDR025371,geneDR025385,geneDR025440,geneDR025509,geneDR025514,geneDR025583,geneDR033141,geneDR033124,geneDR033117,geneDR027992,geneDR027970,geneDR027965,geneDR027951,geneDR027948,geneDR027931,geneDR030270,geneDR029703,geneDR020711,geneDR020697,geneDR020593,geneDR020575,geneDR020566,geneDR020554,geneDR020552,geneDR020547,geneDR020546,geneDR020522,geneDR020506,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR020446,geneDR020444,geneDR020409,geneDR009065,geneDR009020,geneDR009019,geneDR009018,geneDR008991,geneDR008936,geneDR008933,geneDR008872,geneDR008871,geneDR008855,geneDR008853,geneDR008803,geneDR008800,geneDR008775,geneDR008753,geneDR008750,geneDR008726,geneDR008714,geneDR008705,geneDR008663,geneDR008588,geneDR008578,geneDR008558,geneDR008544,geneDR008541,geneDR008504,geneDR008503,geneDR008483,geneDR008466,geneDR008463,geneDR008457,geneDR008445,geneDR008391,geneDR008364,geneDR008345,geneDR008320,geneDR008284,geneDR008276,geneDR008272,geneDR008240,geneDR008201,geneDR008193,geneDR008186,geneDR008183,geneDR008173,geneDR008165,geneDR008147,geneDR008146,geneDR008129,geneDR029999,geneDR029940,geneDR029937,geneDR029842,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR034310,geneDR028897,geneDR028896,geneDR020755,geneDR020805,geneDR020810,geneDR020826,geneDR020841,geneDR020850,geneDR020857,geneDR033468,geneDR033467,geneDR027828,geneDR014060,geneDR013971,geneDR013930,geneDR013893,geneDR013885,geneDR013878,geneDR013873,geneDR013853,geneDR013819,geneDR013818,geneDR019514,geneDR019520,geneDR019556,geneDR019571,geneDR019637,geneDR019649,geneDR019655,geneDR019657,geneDR019701,geneDR019703,geneDR019743,geneDR016081,geneDR016063,geneDR016032,geneDR015999,geneDR015990,geneDR015986,geneDR015929,geneDR015854,geneDR015648,geneDR015449,geneDR015444,geneDR015380,geneDR015379,geneDR015376,geneDR015353,geneDR015352,geneDR033293,geneDR033288,geneDR033285,geneDR033247,geneDR033246,geneDR033227,geneDR033217,geneDR033206,geneDR033199,geneDR033193,geneDR034882,geneDR021368,geneDR021308,geneDR021237,geneDR021182,geneDR021141,geneDR021128,geneDR021112,geneDR021097,geneDR021096,geneDR021021,geneDR021018,geneDR020984,geneDR020967,geneDR020958,geneDR020947,geneDR020935,geneDR020867,geneDR026011,geneDR026015,geneDR026018,geneDR026020,geneDR026037,geneDR026052,geneDR026122,geneDR026217,geneDR026255,geneDR032418,geneDR034522,geneDR033368,geneDR024052,geneDR023980,geneDR023958,geneDR030810,geneDR030791,geneDR030720,geneDR030717,geneDR018595,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR018713,geneDR018724,geneDR018738,geneDR018742,geneDR018835,geneDR018885,geneDR018944,geneDR026291,geneDR026322,geneDR026331,geneDR026368,geneDR026382,geneDR026490,geneDR026562,geneDR026568,geneDR003657,geneDR003678,geneDR003699,geneDR003715,geneDR003730,geneDR003749,geneDR003771,geneDR003834,geneDR003837,geneDR003892,geneDR003916,geneDR003995,geneDR004004,geneDR004011,geneDR004048,geneDR004072,geneDR004090,geneDR004121,geneDR004123,geneDR004141,geneDR004144,geneDR004166,geneDR004190,geneDR004191,geneDR004197,geneDR004204,geneDR004221,geneDR004222,geneDR004236,geneDR004238,geneDR004305,geneDR004369,geneDR004371,geneDR004373,geneDR004415,geneDR004416,geneDR004417,geneDR004418,geneDR004479,geneDR004501,geneDR004519,geneDR004523,geneDR004559,geneDR004590,geneDR004663,geneDR004712,geneDR004714,geneDR004797,geneDR004803,geneDR004805,geneDR004857,geneDR004859,geneDR004906,geneDR004913,geneDR004927,geneDR004950,geneDR004965,geneDR034775,geneDR025280,geneDR025272,geneDR025218,geneDR025198,geneDR025188,geneDR025170,geneDR017712,geneDR017757,geneDR017758,geneDR017775,geneDR017822,geneDR017829,geneDR017869,geneDR017872,geneDR017892,geneDR017896,geneDR017904,geneDR017919,geneDR017934,geneDR017945,geneDR033738,geneDR033694,geneDR033693,geneDR024977,geneDR024941,geneDR024919,geneDR024837,geneDR024831,geneDR024830,geneDR024817,geneDR022777,geneDR022794,geneDR022868,geneDR022885,geneDR022894,geneDR022957,geneDR023042,geneDR023122,geneDR023125,geneDR023127,geneDR023128,geneDR023129,geneDR023130,geneDR023131,geneDR023132,geneDR023133,geneDR023134,geneDR023152,geneDR033554,geneDR021638,geneDR021643,geneDR021653,geneDR021654,geneDR021657,geneDR021683,geneDR021733,geneDR021779,geneDR021803,geneDR021811,geneDR021871,geneDR021916,geneDR021946,geneDR021957,geneDR021994,geneDR022034,geneDR022057,geneDR019411,geneDR019392,geneDR019373,geneDR019356,geneDR019316,geneDR019234,geneDR019201,geneDR019144,geneDR019141,geneDR019135,geneDR019134,geneDR019048,geneDR021587,geneDR021558,geneDR021528,geneDR021502,geneDR021440,geneDR021436,geneDR021428,geneDR021416,geneDR021402,geneDR021401,geneDR021399,geneDR010308,geneDR010297,geneDR010281,geneDR010272,geneDR010162,geneDR010142,geneDR010141,geneDR010116,geneDR010069,geneDR009996,geneDR009992,geneDR032391,geneDR031313,geneDR031265,geneDR031256,geneDR031245,geneDR031213,geneDR031203,geneDR024446,geneDR024435,geneDR024330,geneDR024282,geneDR024254,geneDR024186,geneDR024159,geneDR024087,geneDR024074,geneDR024064,geneDR023646,geneDR023653,geneDR023706,geneDR023736,geneDR023772,geneDR023773,geneDR023774,geneDR023777,geneDR023793,geneDR023808,geneDR023823,geneDR023824,geneDR023861,geneDR023870,geneDR023872,geneDR023922,geneDR034231,geneDR034236,geneDR034237,geneDR035072,geneDR035078,geneDR014693,geneDR014677,geneDR014655,geneDR014634,geneDR014512,geneDR014505,geneDR014504,geneDR026590,geneDR026608,geneDR026623,geneDR026625,geneDR026679,geneDR026702,geneDR026717,geneDR026758,geneDR026817,geneDR025024,geneDR025030,geneDR025045,geneDR025078,geneDR025126,geneDR025129,geneDR025149,geneDR032539,geneDR032547,geneDR024636,geneDR024634,geneDR024624,geneDR024541,geneDR024511,geneDR024498,geneDR024476,geneDR010361,geneDR010378,geneDR010461,geneDR010525,geneDR010556,geneDR010580,geneDR010597,geneDR010603,geneDR010694,geneDR010733,geneDR010734,geneDR010745,geneDR010910,geneDR010913,geneDR010923,geneDR010955,geneDR011016,geneDR011055,geneDR011122,geneDR011146,geneDR011215,geneDR011258,geneDR011266,geneDR011280,geneDR011297,geneDR011298,geneDR011300,geneDR027456,geneDR027509,geneDR027528,geneDR027538,geneDR027607,geneDR027639,geneDR027712,geneDR027739,geneDR027749,geneDR027755,geneDR027782,geneDR027793,geneDR033599,geneDR013039,geneDR013077,geneDR013142,geneDR013159,geneDR013179,geneDR013183,geneDR013185,geneDR013222,geneDR013229,geneDR013233,geneDR013261,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR013294,geneDR013379,geneDR013391,geneDR013430,geneDR013464,geneDR013496,geneDR013499,geneDR013534,geneDR013553,geneDR013568,geneDR013573,geneDR013641,geneDR013647,geneDR013664,geneDR013706,geneDR013711,geneDR013712,geneDR013801,geneDR027279,geneDR027271,geneDR027270,geneDR027208,geneDR027190,geneDR027184,geneDR027162,geneDR027158,geneDR027156,geneDR027088,geneDR027084,geneDR027056,geneDR027041,geneDR027040,geneDR027026,geneDR032600,geneDR032594,geneDR032571,geneDR031936,geneDR031937,geneDR031982,geneDR032188,geneDR032200,geneDR034350,geneDR028925,geneDR028943,geneDR028960,geneDR028975,geneDR032512,geneDR032506,geneDR032492,geneDR033957,geneDR029479,geneDR029489,geneDR029495,geneDR029543,geneDR029573,geneDR029624,geneDR029662,geneDR029666,geneDR023604,geneDR023587,geneDR023586,geneDR023574,geneDR023553,geneDR023532,geneDR023531,geneDR023408,geneDR023329,geneDR023306,geneDR023217,geneDR032701,geneDR032688,geneDR034939,geneDR025829,geneDR025801,geneDR025774,geneDR025644,geneDR025624,geneDR034453,geneDR034458,geneDR035622,geneDR012733,geneDR012822,geneDR012847,geneDR012884,geneDR012889,geneDR012890,geneDR012910,geneDR012923,geneDR012937,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026996,geneDR026986,geneDR026985,geneDR026983,geneDR026973,geneDR026934,geneDR009896,geneDR009809,geneDR009772,geneDR009754,geneDR009753,geneDR009744,geneDR009694,geneDR009678,geneDR009671,geneDR009626,geneDR009620,geneDR009461,geneDR009385,geneDR009365,geneDR009350,geneDR009323,geneDR009315,geneDR009294,geneDR009260,geneDR009210,geneDR009131,geneDR009127,geneDR009112,geneDR009105,geneDR016688,geneDR016684,geneDR016649,geneDR016636,geneDR016566,geneDR016489,geneDR016479,geneDR016476,geneDR016422,geneDR016399,geneDR016393,geneDR016327,geneDR016295,geneDR016234,geneDR016182,geneDR016109,geneDR029002,geneDR029014,geneDR029034,geneDR029074,geneDR029085,geneDR029110,geneDR029174,geneDR032279,geneDR032280,geneDR030626,geneDR030618,geneDR030616,geneDR007562,geneDR007489,geneDR007431,geneDR007428,geneDR007412,geneDR007340,geneDR007328,geneDR007316,geneDR007310,geneDR007300,geneDR007294,geneDR007285,geneDR007268,geneDR007241,geneDR007235,geneDR007166,geneDR034064,geneDR034071,geneDR034075,geneDR034078,geneDR007096,geneDR007093,geneDR007054,geneDR006961,geneDR022190,geneDR022258,geneDR022269,geneDR022332,geneDR022337,geneDR022352,geneDR022357,geneDR022407,geneDR022432,geneDR022522,geneDR022551,geneDR022561,geneDR022584,geneDR022636,geneDR022639,geneDR022653,geneDR022668,geneDR022672,geneDR022681,geneDR006019,geneDR005999,geneDR005976,geneDR005964,geneDR005962,geneDR005946,geneDR005943,geneDR005934,geneDR005876,geneDR005856,geneDR005820,geneDR005798,geneDR005770,geneDR005696,geneDR005687,geneDR005628,geneDR005595,geneDR005573,geneDR005544,geneDR005513,geneDR005485,geneDR005484,geneDR005445,geneDR005407,geneDR005396,geneDR005360,geneDR005298,geneDR005253,geneDR005245,geneDR005228,geneDR005221,geneDR005193,geneDR005103,geneDR005078,geneDR005060,geneDR005045,geneDR030188,geneDR030181,geneDR030180,geneDR030175,geneDR032206,geneDR032212	transmembrane transporter activity	MF
GO:0034040	geneDR011401,geneDR011730,geneDR033066	ATPase-coupled lipid transmembrane transporter activity	MF
GO:0042626	geneDR011401,geneDR011730,geneDR033863,geneDR033864,geneDR035292,geneDR034088,geneDR035507,geneDR014346,geneDR014443,geneDR035529,geneDR034499,geneDR035580,geneDR035007,geneDR032959,geneDR033066,geneDR035254,geneDR000133,geneDR000147,geneDR000190,geneDR000191,geneDR000289,geneDR000404,geneDR001097,geneDR001445,geneDR001790,geneDR033826,geneDR028352,geneDR028350,geneDR008128,geneDR008081,geneDR016930,geneDR016876,geneDR016863,geneDR016786,geneDR016768,geneDR003420,geneDR002838,geneDR002698,geneDR002689,geneDR002596,geneDR002412,geneDR002370,geneDR002327,geneDR002046,geneDR001893,geneDR031650,geneDR028729,geneDR028531,geneDR020265,geneDR020267,geneDR020297,geneDR012210,geneDR012312,geneDR012353,geneDR012375,geneDR028153,geneDR006355,geneDR018444,geneDR018128,geneDR030964,geneDR031066,geneDR031122,geneDR034157,geneDR017625,geneDR015313,geneDR015009,geneDR014735,geneDR025349,geneDR027948,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR008991,geneDR008933,geneDR008872,geneDR008541,geneDR008504,geneDR008503,geneDR008272,geneDR033468,geneDR013930,geneDR013853,geneDR013818,geneDR019556,geneDR019637,geneDR019655,geneDR015990,geneDR015929,geneDR033193,geneDR034882,geneDR021237,geneDR021128,geneDR020967,geneDR026037,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR004011,geneDR004712,geneDR004805,geneDR004859,geneDR004906,geneDR004913,geneDR017757,geneDR017758,geneDR017872,geneDR033694,geneDR033693,geneDR022885,geneDR022894,geneDR022957,geneDR033554,geneDR021733,geneDR021994,geneDR019316,geneDR019144,geneDR019141,geneDR021528,geneDR021416,geneDR010141,geneDR031203,geneDR024159,geneDR024064,geneDR023772,geneDR023773,geneDR023774,geneDR023823,geneDR023861,geneDR034231,geneDR035072,geneDR014634,geneDR014512,geneDR026625,geneDR026717,geneDR032547,geneDR010461,geneDR010913,geneDR011122,geneDR011215,geneDR027538,geneDR033599,geneDR013077,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR027208,geneDR027088,geneDR027026,geneDR032594,geneDR032512,geneDR032506,geneDR033957,geneDR029479,geneDR029624,geneDR012733,geneDR012884,geneDR012890,geneDR026934,geneDR009744,geneDR009694,geneDR009678,geneDR009461,geneDR009365,geneDR009315,geneDR009260,geneDR016684,geneDR016399,geneDR016182,geneDR029034,geneDR029085,geneDR032279,geneDR032280,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007054,geneDR022258,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005687,geneDR005595,geneDR005544,geneDR005485,geneDR005445	ATPase-coupled transmembrane transporter activity	MF
GO:0043492	geneDR011401,geneDR011730,geneDR033863,geneDR033864,geneDR035292,geneDR034088,geneDR035507,geneDR014346,geneDR014443,geneDR035529,geneDR034499,geneDR035580,geneDR035007,geneDR032959,geneDR033066,geneDR035254,geneDR000133,geneDR000147,geneDR000190,geneDR000191,geneDR000205,geneDR000207,geneDR000289,geneDR000299,geneDR000404,geneDR001097,geneDR001445,geneDR001790,geneDR033826,geneDR028352,geneDR028350,geneDR008128,geneDR008081,geneDR016930,geneDR016876,geneDR016863,geneDR016786,geneDR016768,geneDR003420,geneDR002838,geneDR002698,geneDR002689,geneDR002596,geneDR002412,geneDR002370,geneDR002327,geneDR002046,geneDR001893,geneDR031650,geneDR031742,geneDR028729,geneDR028531,geneDR020111,geneDR020265,geneDR020267,geneDR020297,geneDR012210,geneDR012312,geneDR012353,geneDR012375,geneDR028153,geneDR006355,geneDR018444,geneDR018159,geneDR018128,geneDR030964,geneDR031066,geneDR031122,geneDR034157,geneDR017625,geneDR015313,geneDR015009,geneDR014735,geneDR025349,geneDR027948,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR008991,geneDR008933,geneDR008872,geneDR008541,geneDR008504,geneDR008503,geneDR008272,geneDR033468,geneDR013930,geneDR013853,geneDR013818,geneDR019556,geneDR019637,geneDR019655,geneDR015990,geneDR015929,geneDR033193,geneDR034882,geneDR021237,geneDR021128,geneDR020967,geneDR026037,geneDR018621,geneDR018622,geneDR018623,geneDR018711,geneDR004011,geneDR004712,geneDR004805,geneDR004859,geneDR004906,geneDR004913,geneDR017757,geneDR017758,geneDR017872,geneDR033694,geneDR033693,geneDR022885,geneDR022894,geneDR022957,geneDR023040,geneDR033554,geneDR021688,geneDR021733,geneDR021994,geneDR019316,geneDR019144,geneDR019141,geneDR021528,geneDR021416,geneDR031815,geneDR010141,geneDR010070,geneDR031203,geneDR024159,geneDR024064,geneDR023772,geneDR023773,geneDR023774,geneDR023823,geneDR023861,geneDR034231,geneDR035072,geneDR014634,geneDR014512,geneDR026625,geneDR026717,geneDR032547,geneDR024592,geneDR010461,geneDR010913,geneDR011122,geneDR011215,geneDR027538,geneDR033599,geneDR013077,geneDR013262,geneDR013290,geneDR013291,geneDR013293,geneDR027208,geneDR027088,geneDR027026,geneDR032594,geneDR032512,geneDR032506,geneDR033960,geneDR033957,geneDR029479,geneDR029624,geneDR012733,geneDR012884,geneDR012890,geneDR026934,geneDR009744,geneDR009714,geneDR009694,geneDR009678,geneDR009461,geneDR009365,geneDR009315,geneDR009260,geneDR016684,geneDR016399,geneDR016365,geneDR016182,geneDR029034,geneDR029085,geneDR032279,geneDR032280,geneDR007428,geneDR007328,geneDR007310,geneDR007235,geneDR007054,geneDR022258,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005687,geneDR005595,geneDR005544,geneDR005485,geneDR005445	ATPase-coupled transmembrane transporter activity	MF
GO:0003921	geneDR011405,geneDR019843,geneDR026154	GMP synthase activity	MF
GO:0003922	geneDR011405,geneDR019843,geneDR026154	GMP synthase (glutamine-hydrolyzing) activity	MF
GO:0016879	geneDR011405,geneDR011406,geneDR011802,geneDR034616,geneDR035638,geneDR035132,geneDR000396,geneDR001343,geneDR001344,geneDR034661,geneDR034674,geneDR034541,geneDR034552,geneDR007636,geneDR002938,geneDR002758,geneDR002626,geneDR002550,geneDR002267,geneDR020024,geneDR006229,geneDR006129,geneDR033794,geneDR033753,geneDR018005,geneDR015164,geneDR025400,geneDR025442,geneDR033471,geneDR019843,geneDR016062,geneDR026154,geneDR023955,geneDR030769,geneDR003637,geneDR004171,geneDR004582,geneDR004650,geneDR017852,geneDR017925,geneDR017930,geneDR023171,geneDR021780,geneDR019287,geneDR019076,geneDR019015,geneDR010288,geneDR010221,geneDR031324,geneDR024368,geneDR024310,geneDR024273,geneDR010909,geneDR011271,geneDR025910,geneDR025690,geneDR012826,geneDR009917,geneDR009844,geneDR029132,geneDR007485,geneDR007186,geneDR006975,geneDR022215,geneDR006057,geneDR005772,geneDR005160	ligase activity, forming carbon-nitrogen bonds	MF
GO:0016884	geneDR011405,geneDR034674,geneDR034541,geneDR007636,geneDR002938,geneDR002626,geneDR018005,geneDR015164,geneDR033471,geneDR019843,geneDR026154,geneDR004171,geneDR004650,geneDR017930,geneDR021780,geneDR019076,geneDR010221,geneDR024368	carbon-nitrogen ligase activity, with glutamine as amido-N-donor	MF
GO:0004639	geneDR011406	phosphoribosylaminoimidazolesuccinocarboxamide synthase activity	MF
GO:0016881	geneDR011406,geneDR035132,geneDR000396,geneDR002550,geneDR002267,geneDR020024,geneDR006129,geneDR033753,geneDR016062,geneDR023955,geneDR030769,geneDR003637,geneDR004582,geneDR017852,geneDR023171,geneDR019287,geneDR019015,geneDR010288,geneDR024310,geneDR025690,geneDR012826,geneDR009917,geneDR007485,geneDR007186,geneDR022215	acid-amino acid ligase activity	MF
GO:0000976	geneDR011408,geneDR035478,geneDR014298,geneDR032118,geneDR000182,geneDR000292,geneDR000548,geneDR000650,geneDR001208,geneDR001259,geneDR001421,geneDR001693,geneDR001787,geneDR033838,geneDR008026,geneDR007936,geneDR007921,geneDR016928,geneDR003506,geneDR003505,geneDR003503,geneDR002957,geneDR002552,geneDR002332,geneDR002304,geneDR002263,geneDR002056,geneDR001984,geneDR001932,geneDR030461,geneDR030462,geneDR031782,geneDR019909,geneDR020146,geneDR012182,geneDR012373,geneDR012491,geneDR012707,geneDR030656,geneDR006345,geneDR006191,geneDR033807,geneDR018271,geneDR018201,geneDR018200,geneDR031006,geneDR031102,geneDR031158,geneDR017624,geneDR017577,geneDR017501,geneDR017370,geneDR017360,geneDR017050,geneDR015312,geneDR015251,geneDR025443,geneDR025517,geneDR025580,geneDR027916,geneDR030257,geneDR029741,geneDR020637,geneDR020531,geneDR020414,geneDR008766,geneDR008622,geneDR008492,geneDR008419,geneDR008156,geneDR029972,geneDR029888,geneDR029809,geneDR027344,geneDR027346,geneDR027387,geneDR020787,geneDR034944,geneDR014125,geneDR014079,geneDR013919,geneDR019609,geneDR019768,geneDR015766,geneDR015765,geneDR015623,geneDR015356,geneDR021157,geneDR020917,geneDR026021,geneDR026082,geneDR032452,geneDR023978,geneDR030802,geneDR030718,geneDR018752,geneDR018851,geneDR018889,geneDR026501,geneDR003648,geneDR003910,geneDR003970,geneDR004028,geneDR004257,geneDR004295,geneDR004449,geneDR004584,geneDR025257,geneDR017858,geneDR024961,geneDR024793,geneDR024741,geneDR022927,geneDR023035,geneDR021685,geneDR021738,geneDR021960,geneDR019264,geneDR018965,geneDR021561,geneDR031827,geneDR010032,geneDR010031,geneDR009967,geneDR032340,geneDR031235,geneDR024208,geneDR024128,geneDR014564,geneDR026762,geneDR024628,geneDR010434,geneDR010539,geneDR010750,geneDR010760,geneDR010825,geneDR010908,geneDR027700,geneDR033601,geneDR013084,geneDR013151,geneDR013242,geneDR013698,geneDR013708,geneDR027203,geneDR027179,geneDR027132,geneDR027054,geneDR032509,geneDR034579,geneDR029452,geneDR029619,geneDR023541,geneDR023369,geneDR023262,geneDR032714,geneDR032704,geneDR025617,geneDR025616,geneDR013025,geneDR009879,geneDR009790,geneDR009750,geneDR009503,geneDR009308,geneDR009258,geneDR009222,geneDR016441,geneDR029105,geneDR029187,geneDR007583,geneDR007564,geneDR022214,geneDR022410,geneDR022443,geneDR006024,geneDR005708,geneDR005398,geneDR030198	transcription cis-regulatory region binding	MF
GO:0001067	geneDR011408,geneDR035305,geneDR034096,geneDR034352,geneDR035478,geneDR035484,geneDR014294,geneDR014298,geneDR014426,geneDR014454,geneDR034612,geneDR034635,geneDR034710,geneDR034980,geneDR034986,geneDR032907,geneDR032920,geneDR032925,geneDR032946,geneDR032957,geneDR032118,geneDR032055,geneDR000066,geneDR000111,geneDR000182,geneDR000195,geneDR000292,geneDR000338,geneDR000397,geneDR000470,geneDR000503,geneDR000548,geneDR000555,geneDR000583,geneDR000598,geneDR000650,geneDR000665,geneDR000846,geneDR000847,geneDR001016,geneDR001123,geneDR001203,geneDR001208,geneDR001221,geneDR001259,geneDR001345,geneDR001421,geneDR001467,geneDR001503,geneDR001526,geneDR001587,geneDR001693,geneDR001757,geneDR001760,geneDR001787,geneDR034670,geneDR034545,geneDR033838,geneDR028297,geneDR028228,geneDR008091,geneDR008074,geneDR008073,geneDR008071,geneDR008026,geneDR007988,geneDR007936,geneDR007921,geneDR007911,geneDR007811,geneDR007787,geneDR034687,geneDR017002,geneDR016984,geneDR016928,geneDR016770,geneDR016744,geneDR003506,geneDR003505,geneDR003503,geneDR003438,geneDR003405,geneDR003310,geneDR003297,geneDR003135,geneDR003021,geneDR002957,geneDR002762,geneDR002730,geneDR002552,geneDR002516,geneDR002465,geneDR002457,geneDR002416,geneDR002396,geneDR002358,geneDR002346,geneDR002333,geneDR002332,geneDR002315,geneDR002304,geneDR002279,geneDR002263,geneDR002253,geneDR002230,geneDR002143,geneDR002100,geneDR002056,geneDR002047,geneDR001984,geneDR001932,geneDR001883,geneDR034252,geneDR030315,geneDR030325,geneDR030373,geneDR030461,geneDR030462,geneDR030556,geneDR031703,geneDR031743,geneDR031782,geneDR028809,geneDR028713,geneDR028682,geneDR028500,geneDR028483,geneDR019909,geneDR019918,geneDR020146,geneDR020179,geneDR020199,geneDR020304,geneDR020377,geneDR020379,geneDR020384,geneDR012054,geneDR012182,geneDR012195,geneDR012245,geneDR012289,geneDR012327,geneDR012373,geneDR012414,geneDR012440,geneDR012491,geneDR012530,geneDR012597,geneDR012707,geneDR028178,geneDR028132,geneDR031922,geneDR031904,geneDR030656,geneDR006791,geneDR006790,geneDR006607,geneDR006408,geneDR006390,geneDR006345,geneDR006291,geneDR006230,geneDR006191,geneDR033807,geneDR033784,geneDR018585,geneDR018576,geneDR018562,geneDR018495,geneDR018487,geneDR018480,geneDR018351,geneDR018271,geneDR018201,geneDR018200,geneDR018053,geneDR018012,geneDR030963,geneDR031006,geneDR031102,geneDR031138,geneDR031158,geneDR031174,geneDR034177,geneDR017637,geneDR017624,geneDR017577,geneDR017540,geneDR017517,geneDR017507,geneDR017501,geneDR017427,geneDR017411,geneDR017370,geneDR017360,geneDR017209,geneDR017188,geneDR017050,geneDR015312,geneDR015311,geneDR015251,geneDR015163,geneDR015058,geneDR015057,geneDR014921,geneDR014771,geneDR014720,geneDR025314,geneDR025341,geneDR025443,geneDR025517,geneDR025523,geneDR025580,geneDR027986,geneDR027967,geneDR027916,geneDR030257,geneDR030272,geneDR030283,geneDR029741,geneDR020699,geneDR020637,geneDR020581,geneDR020531,geneDR020485,geneDR020414,geneDR009005,geneDR008905,geneDR008875,geneDR008874,geneDR008863,geneDR008835,geneDR008776,geneDR008766,geneDR008759,geneDR008662,geneDR008622,geneDR008598,geneDR008591,geneDR008576,geneDR008492,geneDR008491,geneDR008444,geneDR008419,geneDR008166,geneDR008156,geneDR029991,geneDR029972,geneDR029888,geneDR029809,geneDR027330,geneDR027344,geneDR027346,geneDR027383,geneDR027387,geneDR027390,geneDR028851,geneDR020787,geneDR034944,geneDR030135,geneDR030091,geneDR014182,geneDR014125,geneDR014118,geneDR014079,geneDR013919,geneDR019548,geneDR019570,geneDR019576,geneDR019609,geneDR019629,geneDR019662,geneDR019671,geneDR019768,geneDR019818,geneDR016056,geneDR016055,geneDR016028,geneDR015964,geneDR015884,geneDR015766,geneDR015765,geneDR015722,geneDR015623,geneDR015578,geneDR015550,geneDR015447,geneDR015404,geneDR015356,geneDR033298,geneDR033291,geneDR033233,geneDR021380,geneDR021157,geneDR021121,geneDR021082,geneDR021055,geneDR020978,geneDR020959,geneDR020946,geneDR020944,geneDR020917,geneDR020903,geneDR020890,geneDR025978,geneDR025984,geneDR025992,geneDR026021,geneDR026039,geneDR026082,geneDR026131,geneDR026134,geneDR032456,geneDR032452,geneDR024046,geneDR023978,geneDR030815,geneDR030802,geneDR030786,geneDR030718,geneDR018689,geneDR018752,geneDR018851,geneDR018889,geneDR018919,geneDR026377,geneDR026388,geneDR026501,geneDR026548,geneDR003569,geneDR003648,geneDR003747,geneDR003788,geneDR003795,geneDR003817,geneDR003910,geneDR003927,geneDR003970,geneDR004012,geneDR004028,geneDR004193,geneDR004194,geneDR004208,geneDR004252,geneDR004257,geneDR004267,geneDR004295,geneDR004342,geneDR004352,geneDR004366,geneDR004375,geneDR004411,geneDR004433,geneDR004449,geneDR004478,geneDR004546,geneDR004584,geneDR004649,geneDR004704,geneDR004716,geneDR004762,geneDR004790,geneDR025257,geneDR025191,geneDR025182,geneDR017692,geneDR017808,geneDR017858,geneDR025001,geneDR024961,geneDR024923,geneDR024873,geneDR024793,geneDR024765,geneDR024744,geneDR024741,geneDR024668,geneDR022708,geneDR022709,geneDR022817,geneDR022927,geneDR023035,geneDR023083,geneDR023172,geneDR021685,geneDR021689,geneDR021738,geneDR021743,geneDR021863,geneDR021960,geneDR022053,geneDR022129,geneDR019434,geneDR019365,geneDR019264,geneDR019223,geneDR019111,geneDR019030,geneDR019028,geneDR018965,geneDR021569,geneDR021561,geneDR021498,geneDR021418,geneDR031827,geneDR033484,geneDR010216,geneDR010170,geneDR010085,geneDR010067,geneDR010066,geneDR010035,geneDR010034,geneDR010032,geneDR010031,geneDR009983,geneDR009971,geneDR009967,geneDR032336,geneDR032340,geneDR032405,geneDR031317,geneDR031235,geneDR024433,geneDR024424,geneDR024420,geneDR024344,geneDR024332,geneDR024249,geneDR024208,geneDR024128,geneDR024102,geneDR023654,geneDR023813,geneDR023871,geneDR034202,geneDR034223,geneDR034813,geneDR035460,geneDR014570,geneDR014564,geneDR014555,geneDR014551,geneDR014527,geneDR014515,geneDR014514,geneDR026617,geneDR026762,geneDR025128,geneDR025138,geneDR032554,geneDR024628,geneDR024547,geneDR010434,geneDR010441,geneDR010457,geneDR010514,geneDR010524,geneDR010539,geneDR010553,geneDR010568,geneDR010601,geneDR010688,geneDR010750,geneDR010760,geneDR010825,geneDR010890,geneDR010908,geneDR011072,geneDR011135,geneDR011171,geneDR011181,geneDR011206,geneDR027440,geneDR027443,geneDR027444,geneDR027593,geneDR027594,geneDR027679,geneDR027700,geneDR027723,geneDR033602,geneDR033601,geneDR013064,geneDR013084,geneDR013151,geneDR013195,geneDR013224,geneDR013242,geneDR013306,geneDR013339,geneDR013403,geneDR013519,geneDR013537,geneDR013698,geneDR013708,geneDR013745,geneDR013758,geneDR013772,geneDR027223,geneDR027203,geneDR027188,geneDR027179,geneDR027132,geneDR027062,geneDR027054,geneDR032572,geneDR028974,geneDR028984,geneDR032509,geneDR032507,geneDR034579,geneDR029452,geneDR029610,geneDR029619,geneDR023554,geneDR023541,geneDR023488,geneDR023369,geneDR023297,geneDR023262,geneDR023242,geneDR023210,geneDR032724,geneDR032714,geneDR032704,geneDR032668,geneDR032626,geneDR032616,geneDR034929,geneDR025887,geneDR025849,geneDR025759,geneDR025721,geneDR025617,geneDR025616,geneDR025595,geneDR034462,geneDR034465,geneDR034468,geneDR035359,geneDR012842,geneDR013003,geneDR013025,geneDR026950,geneDR009879,geneDR009850,geneDR009817,geneDR009790,geneDR009777,geneDR009750,geneDR009550,geneDR009503,geneDR009308,geneDR009258,geneDR009222,geneDR009101,geneDR016644,geneDR016585,geneDR016441,geneDR016428,geneDR016359,geneDR016297,geneDR016205,geneDR029105,geneDR029107,geneDR029164,geneDR029187,geneDR030622,geneDR007583,geneDR007564,geneDR007556,geneDR007469,geneDR007402,geneDR007290,geneDR007282,geneDR007279,geneDR034067,geneDR007105,geneDR007028,geneDR006996,geneDR006947,geneDR022214,geneDR022329,geneDR022330,geneDR022345,geneDR022359,geneDR022369,geneDR022410,geneDR022430,geneDR022443,geneDR022448,geneDR022516,geneDR022610,geneDR022622,geneDR022644,geneDR022694,geneDR022705,geneDR006090,geneDR006089,geneDR006066,geneDR006024,geneDR005863,geneDR005855,geneDR005768,geneDR005761,geneDR005708,geneDR005690,geneDR005578,geneDR005571,geneDR005492,geneDR005398,geneDR005372,geneDR005339,geneDR005242,geneDR005233,geneDR005143,geneDR005090,geneDR030242,geneDR030238,geneDR030198	transcription regulatory region nucleic acid binding	MF
GO:0001130	geneDR011408	DNA-binding transcription factor activity	MF
GO:0001216	geneDR011408	DNA-binding transcription activator activity	MF
GO:0001217	geneDR011408	DNA-binding transcription repressor activity	MF
GO:0044212	geneDR011408,geneDR035305,geneDR034096,geneDR034352,geneDR035478,geneDR035484,geneDR014294,geneDR014298,geneDR014426,geneDR014454,geneDR034612,geneDR034635,geneDR034710,geneDR034980,geneDR034986,geneDR032907,geneDR032920,geneDR032925,geneDR032946,geneDR032957,geneDR032118,geneDR032055,geneDR000066,geneDR000111,geneDR000182,geneDR000195,geneDR000292,geneDR000338,geneDR000397,geneDR000470,geneDR000503,geneDR000548,geneDR000555,geneDR000583,geneDR000598,geneDR000650,geneDR000665,geneDR000846,geneDR000847,geneDR001016,geneDR001123,geneDR001203,geneDR001208,geneDR001221,geneDR001259,geneDR001345,geneDR001421,geneDR001467,geneDR001503,geneDR001526,geneDR001587,geneDR001693,geneDR001757,geneDR001760,geneDR001787,geneDR034670,geneDR034545,geneDR033838,geneDR028297,geneDR028228,geneDR008091,geneDR008074,geneDR008073,geneDR008071,geneDR008026,geneDR007988,geneDR007936,geneDR007921,geneDR007911,geneDR007811,geneDR007787,geneDR034687,geneDR017002,geneDR016984,geneDR016928,geneDR016770,geneDR016744,geneDR003506,geneDR003505,geneDR003503,geneDR003438,geneDR003405,geneDR003310,geneDR003297,geneDR003135,geneDR003021,geneDR002957,geneDR002762,geneDR002730,geneDR002552,geneDR002516,geneDR002465,geneDR002457,geneDR002416,geneDR002396,geneDR002358,geneDR002346,geneDR002333,geneDR002332,geneDR002315,geneDR002304,geneDR002279,geneDR002263,geneDR002253,geneDR002230,geneDR002143,geneDR002100,geneDR002056,geneDR002047,geneDR001984,geneDR001932,geneDR001883,geneDR034252,geneDR030315,geneDR030325,geneDR030373,geneDR030461,geneDR030462,geneDR030556,geneDR031703,geneDR031743,geneDR031782,geneDR028809,geneDR028713,geneDR028682,geneDR028500,geneDR028483,geneDR019909,geneDR019918,geneDR020146,geneDR020179,geneDR020199,geneDR020304,geneDR020377,geneDR020379,geneDR020384,geneDR012054,geneDR012182,geneDR012195,geneDR012245,geneDR012289,geneDR012327,geneDR012373,geneDR012414,geneDR012440,geneDR012491,geneDR012530,geneDR012597,geneDR012707,geneDR028178,geneDR028132,geneDR031922,geneDR031904,geneDR030656,geneDR006791,geneDR006790,geneDR006607,geneDR006408,geneDR006390,geneDR006345,geneDR006291,geneDR006230,geneDR006191,geneDR033807,geneDR033784,geneDR018585,geneDR018576,geneDR018562,geneDR018495,geneDR018487,geneDR018480,geneDR018351,geneDR018271,geneDR018201,geneDR018200,geneDR018053,geneDR018012,geneDR030963,geneDR031006,geneDR031102,geneDR031138,geneDR031158,geneDR031174,geneDR034177,geneDR017637,geneDR017624,geneDR017577,geneDR017540,geneDR017517,geneDR017507,geneDR017501,geneDR017427,geneDR017411,geneDR017370,geneDR017360,geneDR017209,geneDR017188,geneDR017050,geneDR015312,geneDR015311,geneDR015251,geneDR015163,geneDR015058,geneDR015057,geneDR014921,geneDR014771,geneDR014720,geneDR025314,geneDR025341,geneDR025443,geneDR025517,geneDR025523,geneDR025580,geneDR027986,geneDR027967,geneDR027916,geneDR030257,geneDR030272,geneDR030283,geneDR029741,geneDR020699,geneDR020637,geneDR020581,geneDR020531,geneDR020485,geneDR020414,geneDR009005,geneDR008905,geneDR008875,geneDR008874,geneDR008863,geneDR008835,geneDR008776,geneDR008766,geneDR008759,geneDR008662,geneDR008622,geneDR008598,geneDR008591,geneDR008576,geneDR008492,geneDR008491,geneDR008444,geneDR008419,geneDR008166,geneDR008156,geneDR029991,geneDR029972,geneDR029888,geneDR029809,geneDR027330,geneDR027344,geneDR027346,geneDR027383,geneDR027387,geneDR027390,geneDR028851,geneDR020787,geneDR034944,geneDR030135,geneDR030091,geneDR014182,geneDR014125,geneDR014118,geneDR014079,geneDR013919,geneDR019548,geneDR019570,geneDR019576,geneDR019609,geneDR019629,geneDR019662,geneDR019671,geneDR019768,geneDR019818,geneDR016056,geneDR016055,geneDR016028,geneDR015964,geneDR015884,geneDR015766,geneDR015765,geneDR015722,geneDR015623,geneDR015578,geneDR015550,geneDR015447,geneDR015404,geneDR015356,geneDR033298,geneDR033291,geneDR033233,geneDR021380,geneDR021157,geneDR021121,geneDR021082,geneDR021055,geneDR020978,geneDR020959,geneDR020946,geneDR020944,geneDR020917,geneDR020903,geneDR020890,geneDR025978,geneDR025984,geneDR025992,geneDR026021,geneDR026039,geneDR026082,geneDR026131,geneDR026134,geneDR032456,geneDR032452,geneDR024046,geneDR023978,geneDR030815,geneDR030802,geneDR030786,geneDR030718,geneDR018689,geneDR018752,geneDR018851,geneDR018889,geneDR018919,geneDR026377,geneDR026388,geneDR026501,geneDR026548,geneDR003569,geneDR003648,geneDR003747,geneDR003788,geneDR003795,geneDR003817,geneDR003910,geneDR003927,geneDR003970,geneDR004012,geneDR004028,geneDR004193,geneDR004194,geneDR004208,geneDR004252,geneDR004257,geneDR004267,geneDR004295,geneDR004342,geneDR004352,geneDR004366,geneDR004375,geneDR004411,geneDR004433,geneDR004449,geneDR004478,geneDR004546,geneDR004584,geneDR004649,geneDR004704,geneDR004716,geneDR004762,geneDR004790,geneDR025257,geneDR025191,geneDR025182,geneDR017692,geneDR017808,geneDR017858,geneDR025001,geneDR024961,geneDR024923,geneDR024873,geneDR024793,geneDR024765,geneDR024744,geneDR024741,geneDR024668,geneDR022708,geneDR022709,geneDR022817,geneDR022927,geneDR023035,geneDR023083,geneDR023172,geneDR021685,geneDR021689,geneDR021738,geneDR021743,geneDR021863,geneDR021960,geneDR022053,geneDR022129,geneDR019434,geneDR019365,geneDR019264,geneDR019223,geneDR019111,geneDR019030,geneDR019028,geneDR018965,geneDR021569,geneDR021561,geneDR021498,geneDR021418,geneDR031827,geneDR033484,geneDR010216,geneDR010170,geneDR010085,geneDR010067,geneDR010066,geneDR010035,geneDR010034,geneDR010032,geneDR010031,geneDR009983,geneDR009971,geneDR009967,geneDR032336,geneDR032340,geneDR032405,geneDR031317,geneDR031235,geneDR024433,geneDR024424,geneDR024420,geneDR024344,geneDR024332,geneDR024249,geneDR024208,geneDR024128,geneDR024102,geneDR023654,geneDR023813,geneDR023871,geneDR034202,geneDR034223,geneDR034813,geneDR035460,geneDR014570,geneDR014564,geneDR014555,geneDR014551,geneDR014527,geneDR014515,geneDR014514,geneDR026617,geneDR026762,geneDR025128,geneDR025138,geneDR032554,geneDR024628,geneDR024547,geneDR010434,geneDR010441,geneDR010457,geneDR010514,geneDR010524,geneDR010539,geneDR010553,geneDR010568,geneDR010601,geneDR010688,geneDR010750,geneDR010760,geneDR010825,geneDR010890,geneDR010908,geneDR011072,geneDR011135,geneDR011171,geneDR011181,geneDR011206,geneDR027440,geneDR027443,geneDR027444,geneDR027593,geneDR027594,geneDR027679,geneDR027700,geneDR027723,geneDR033602,geneDR033601,geneDR013064,geneDR013084,geneDR013151,geneDR013195,geneDR013224,geneDR013242,geneDR013306,geneDR013339,geneDR013403,geneDR013519,geneDR013537,geneDR013698,geneDR013708,geneDR013745,geneDR013758,geneDR013772,geneDR027223,geneDR027203,geneDR027188,geneDR027179,geneDR027132,geneDR027062,geneDR027054,geneDR032572,geneDR028974,geneDR028984,geneDR032509,geneDR032507,geneDR034579,geneDR029452,geneDR029610,geneDR029619,geneDR023554,geneDR023541,geneDR023488,geneDR023369,geneDR023297,geneDR023262,geneDR023242,geneDR023210,geneDR032724,geneDR032714,geneDR032704,geneDR032668,geneDR032626,geneDR032616,geneDR034929,geneDR025887,geneDR025849,geneDR025759,geneDR025721,geneDR025617,geneDR025616,geneDR025595,geneDR034462,geneDR034465,geneDR034468,geneDR035359,geneDR012842,geneDR013003,geneDR013025,geneDR026950,geneDR009879,geneDR009850,geneDR009817,geneDR009790,geneDR009777,geneDR009750,geneDR009550,geneDR009503,geneDR009308,geneDR009258,geneDR009222,geneDR009101,geneDR016644,geneDR016585,geneDR016441,geneDR016428,geneDR016359,geneDR016297,geneDR016205,geneDR029105,geneDR029107,geneDR029164,geneDR029187,geneDR030622,geneDR007583,geneDR007564,geneDR007556,geneDR007469,geneDR007402,geneDR007290,geneDR007282,geneDR007279,geneDR034067,geneDR007105,geneDR007028,geneDR006996,geneDR006947,geneDR022214,geneDR022329,geneDR022330,geneDR022345,geneDR022359,geneDR022369,geneDR022410,geneDR022430,geneDR022443,geneDR022448,geneDR022516,geneDR022610,geneDR022622,geneDR022644,geneDR022694,geneDR022705,geneDR006090,geneDR006089,geneDR006066,geneDR006024,geneDR005863,geneDR005855,geneDR005768,geneDR005761,geneDR005708,geneDR005690,geneDR005578,geneDR005571,geneDR005492,geneDR005398,geneDR005372,geneDR005339,geneDR005242,geneDR005233,geneDR005143,geneDR005090,geneDR030242,geneDR030238,geneDR030198	transcription cis-regulatory region binding	MF
GO:0004180	geneDR011423,geneDR034750,geneDR000717,geneDR000766,geneDR002998,geneDR002154,geneDR031791,geneDR031810,geneDR035036,geneDR035037,geneDR035038,geneDR028810,geneDR028641,geneDR012165,geneDR028069,geneDR006260,geneDR018481,geneDR025441,geneDR020583,geneDR020582,geneDR030024,geneDR015607,geneDR015468,geneDR018633,geneDR004101,geneDR021728,geneDR021903,geneDR024432,geneDR027068,geneDR027067,geneDR027066,geneDR027065,geneDR027064,geneDR034573,geneDR029447,geneDR023439,geneDR023438,geneDR023295,geneDR009900	carboxypeptidase activity	MF
GO:0008233	geneDR011423,geneDR011480,geneDR011687,geneDR011736,geneDR011930,geneDR011979,geneDR033865,geneDR033889,geneDR034086,geneDR035315,geneDR035340,geneDR035344,geneDR035345,geneDR035349,geneDR035397,geneDR035443,geneDR035444,geneDR035448,geneDR035449,geneDR035450,geneDR034354,geneDR014304,geneDR014460,geneDR014461,geneDR035545,geneDR035613,geneDR034731,geneDR034746,geneDR034750,geneDR035668,geneDR035669,geneDR034979,geneDR034992,geneDR035047,geneDR035055,geneDR032873,geneDR032916,geneDR035240,geneDR035245,geneDR032098,geneDR000337,geneDR000443,geneDR000554,geneDR000560,geneDR000564,geneDR000586,geneDR000717,geneDR000766,geneDR000793,geneDR000991,geneDR001110,geneDR001160,geneDR001196,geneDR001216,geneDR001363,geneDR001372,geneDR001500,geneDR001501,geneDR001603,geneDR001612,geneDR001664,geneDR001665,geneDR001750,geneDR028231,geneDR028224,geneDR028223,geneDR028222,geneDR028221,geneDR030892,geneDR030870,geneDR008030,geneDR008027,geneDR007768,geneDR007725,geneDR007594,geneDR016934,geneDR016861,geneDR003485,geneDR003479,geneDR003262,geneDR003261,geneDR003260,geneDR003243,geneDR003057,geneDR002998,geneDR002737,geneDR002675,geneDR002632,geneDR002367,geneDR002339,geneDR002300,geneDR002202,geneDR002154,geneDR002026,geneDR001861,geneDR030409,geneDR030429,geneDR031704,geneDR031748,geneDR031791,geneDR031810,geneDR035036,geneDR035037,geneDR035038,geneDR028810,geneDR028641,geneDR028554,geneDR028478,geneDR019889,geneDR019893,geneDR019900,geneDR019961,geneDR019963,geneDR020026,geneDR020032,geneDR020156,geneDR020171,geneDR020254,geneDR012113,geneDR012130,geneDR012165,geneDR012316,geneDR012410,geneDR012623,geneDR012678,geneDR028187,geneDR028069,geneDR031893,geneDR006866,geneDR006865,geneDR006864,geneDR006631,geneDR006414,geneDR006396,geneDR006261,geneDR006260,geneDR006252,geneDR006137,geneDR033779,geneDR018481,geneDR018391,geneDR018312,geneDR018240,geneDR017952,geneDR030980,geneDR031121,geneDR031170,geneDR017423,geneDR017418,geneDR017309,geneDR017141,geneDR017066,geneDR017064,geneDR014932,geneDR025297,geneDR025426,geneDR025441,geneDR025444,geneDR033134,geneDR027979,geneDR020658,geneDR020587,geneDR020583,geneDR020582,geneDR020447,geneDR009037,geneDR008997,geneDR008925,geneDR008908,geneDR008897,geneDR008847,geneDR008823,geneDR008789,geneDR008720,geneDR008665,geneDR008562,geneDR008539,geneDR030024,geneDR029984,geneDR029750,geneDR028882,geneDR020851,geneDR020854,geneDR026870,geneDR034005,geneDR030092,geneDR014213,geneDR014196,geneDR013925,geneDR013821,geneDR019566,geneDR019663,geneDR019789,geneDR019820,geneDR034331,geneDR034513,geneDR015888,geneDR015607,geneDR015603,geneDR015468,geneDR021213,geneDR021183,geneDR020889,geneDR026136,geneDR026228,geneDR031428,geneDR033373,geneDR018624,geneDR018633,geneDR018726,geneDR018727,geneDR026351,geneDR026411,geneDR026470,geneDR026474,geneDR026479,geneDR003698,geneDR003714,geneDR003798,geneDR003820,geneDR004101,geneDR004116,geneDR004292,geneDR004385,geneDR004654,geneDR004665,geneDR004766,geneDR025194,geneDR034774,geneDR017679,geneDR017779,geneDR017823,geneDR024976,geneDR024969,geneDR024856,geneDR024848,geneDR024717,geneDR024684,geneDR022796,geneDR022935,geneDR033561,geneDR021694,geneDR021728,geneDR021903,geneDR021959,geneDR021978,geneDR022002,geneDR022058,geneDR022102,geneDR022107,geneDR022114,geneDR019254,geneDR018955,geneDR021612,geneDR010305,geneDR010243,geneDR010198,geneDR010099,geneDR032327,geneDR032384,geneDR031358,geneDR024432,geneDR024287,geneDR024233,geneDR023717,geneDR023775,geneDR023839,geneDR023921,geneDR014605,geneDR014560,geneDR026610,geneDR026653,geneDR026687,geneDR032538,geneDR024588,geneDR024568,geneDR010360,geneDR010530,geneDR010615,geneDR010673,geneDR010689,geneDR010828,geneDR010901,geneDR010906,geneDR010932,geneDR011263,geneDR027446,geneDR027453,geneDR013047,geneDR013070,geneDR013304,geneDR013315,geneDR013347,geneDR013378,geneDR013381,geneDR013767,geneDR013768,geneDR027267,geneDR027068,geneDR027067,geneDR027066,geneDR027065,geneDR027064,geneDR027024,geneDR032599,geneDR032530,geneDR032529,geneDR032495,geneDR033956,geneDR034573,geneDR029447,geneDR023439,geneDR023438,geneDR023387,geneDR023386,geneDR023337,geneDR023295,geneDR032618,geneDR012774,geneDR012797,geneDR012827,geneDR026928,geneDR009900,geneDR009780,geneDR009591,geneDR009582,geneDR009576,geneDR009467,geneDR009418,geneDR009383,geneDR009344,geneDR009275,geneDR009274,geneDR009204,geneDR016560,geneDR016497,geneDR016496,geneDR016463,geneDR016253,geneDR016138,geneDR029018,geneDR032270,geneDR007580,geneDR007484,geneDR007481,geneDR007354,geneDR007029,geneDR022299,geneDR022300,geneDR022376,geneDR022380,geneDR022413,geneDR022416,geneDR022575,geneDR022607,geneDR022650,geneDR022651,geneDR006059,geneDR005885,geneDR005867,geneDR005786,geneDR005569,geneDR005538,geneDR005472,geneDR005178,geneDR005177,geneDR005145,geneDR005068,geneDR004994	peptidase activity	MF
GO:0008238	geneDR011423,geneDR011930,geneDR011979,geneDR034750,geneDR000717,geneDR000766,geneDR000991,geneDR001196,geneDR001363,geneDR001372,geneDR001500,geneDR001501,geneDR030870,geneDR007594,geneDR016934,geneDR002998,geneDR002154,geneDR031791,geneDR031810,geneDR035036,geneDR035037,geneDR035038,geneDR028810,geneDR028641,geneDR028554,geneDR020032,geneDR012130,geneDR012165,geneDR012316,geneDR012410,geneDR028069,geneDR006631,geneDR006414,geneDR006261,geneDR006260,geneDR006252,geneDR018481,geneDR018312,geneDR017064,geneDR025441,geneDR020583,geneDR020582,geneDR030024,geneDR029984,geneDR026870,geneDR019566,geneDR015607,geneDR015468,geneDR018633,geneDR004101,geneDR025194,geneDR024848,geneDR021728,geneDR021903,geneDR021978,geneDR021612,geneDR032384,geneDR024432,geneDR010530,geneDR013378,geneDR027068,geneDR027067,geneDR027066,geneDR027065,geneDR027064,geneDR034573,geneDR029447,geneDR023439,geneDR023438,geneDR023387,geneDR023386,geneDR023295,geneDR009900,geneDR007580	exopeptidase activity	MF
GO:0070011	geneDR011423,geneDR011480,geneDR011687,geneDR011736,geneDR011930,geneDR011979,geneDR033865,geneDR033889,geneDR034086,geneDR035315,geneDR035340,geneDR035344,geneDR035345,geneDR035349,geneDR035397,geneDR035443,geneDR035444,geneDR035448,geneDR035449,geneDR035450,geneDR034354,geneDR014304,geneDR014460,geneDR014461,geneDR035545,geneDR035613,geneDR034731,geneDR034746,geneDR034750,geneDR035668,geneDR035669,geneDR034979,geneDR034992,geneDR035047,geneDR035055,geneDR032873,geneDR032916,geneDR035240,geneDR035245,geneDR032098,geneDR000337,geneDR000443,geneDR000554,geneDR000560,geneDR000564,geneDR000586,geneDR000717,geneDR000766,geneDR000793,geneDR000991,geneDR001110,geneDR001160,geneDR001196,geneDR001216,geneDR001363,geneDR001372,geneDR001500,geneDR001501,geneDR001603,geneDR001612,geneDR001664,geneDR001665,geneDR001750,geneDR028231,geneDR028224,geneDR028223,geneDR028222,geneDR028221,geneDR030892,geneDR030870,geneDR008030,geneDR008027,geneDR007768,geneDR007725,geneDR007594,geneDR016934,geneDR016861,geneDR003485,geneDR003479,geneDR003262,geneDR003261,geneDR003260,geneDR003243,geneDR003057,geneDR002998,geneDR002737,geneDR002675,geneDR002632,geneDR002339,geneDR002300,geneDR002202,geneDR002154,geneDR002026,geneDR001861,geneDR030409,geneDR030429,geneDR031704,geneDR031748,geneDR031791,geneDR031810,geneDR035036,geneDR035037,geneDR035038,geneDR028810,geneDR028641,geneDR028554,geneDR028478,geneDR019889,geneDR019893,geneDR019900,geneDR019961,geneDR019963,geneDR020026,geneDR020032,geneDR020156,geneDR020171,geneDR020254,geneDR012113,geneDR012130,geneDR012165,geneDR012316,geneDR012410,geneDR012623,geneDR012678,geneDR028187,geneDR028069,geneDR006866,geneDR006865,geneDR006864,geneDR006631,geneDR006414,geneDR006396,geneDR006261,geneDR006260,geneDR006252,geneDR006137,geneDR033779,geneDR018481,geneDR018391,geneDR018312,geneDR018240,geneDR017952,geneDR030980,geneDR031121,geneDR031170,geneDR017423,geneDR017418,geneDR017309,geneDR017141,geneDR017066,geneDR017064,geneDR014932,geneDR025297,geneDR025426,geneDR025441,geneDR025444,geneDR033134,geneDR027979,geneDR020658,geneDR020587,geneDR020583,geneDR020582,geneDR020447,geneDR009037,geneDR008997,geneDR008925,geneDR008908,geneDR008897,geneDR008823,geneDR008789,geneDR008720,geneDR008665,geneDR008562,geneDR008539,geneDR030024,geneDR029984,geneDR029750,geneDR028882,geneDR020851,geneDR020854,geneDR026870,geneDR034005,geneDR030092,geneDR014213,geneDR014196,geneDR013925,geneDR013821,geneDR019566,geneDR019663,geneDR019789,geneDR019820,geneDR034331,geneDR034513,geneDR015888,geneDR015607,geneDR015603,geneDR015468,geneDR021213,geneDR021183,geneDR020889,geneDR026136,geneDR026228,geneDR031428,geneDR033373,geneDR018624,geneDR018633,geneDR018726,geneDR018727,geneDR026351,geneDR026411,geneDR026470,geneDR026474,geneDR026479,geneDR003698,geneDR003714,geneDR003798,geneDR003820,geneDR004101,geneDR004116,geneDR004292,geneDR004654,geneDR004665,geneDR004766,geneDR025194,geneDR034774,geneDR017679,geneDR017779,geneDR017823,geneDR024976,geneDR024969,geneDR024856,geneDR024848,geneDR024717,geneDR024684,geneDR022796,geneDR022935,geneDR033561,geneDR021694,geneDR021728,geneDR021903,geneDR021959,geneDR021978,geneDR022002,geneDR022058,geneDR022102,geneDR022107,geneDR022114,geneDR019254,geneDR018955,geneDR021612,geneDR010305,geneDR010243,geneDR010198,geneDR010099,geneDR032384,geneDR024432,geneDR024287,geneDR024233,geneDR023717,geneDR023775,geneDR023839,geneDR023921,geneDR014605,geneDR014560,geneDR026610,geneDR026653,geneDR032538,geneDR024588,geneDR024568,geneDR010530,geneDR010615,geneDR010673,geneDR010689,geneDR010828,geneDR010901,geneDR010906,geneDR010932,geneDR011263,geneDR027446,geneDR027453,geneDR013047,geneDR013070,geneDR013304,geneDR013315,geneDR013347,geneDR013378,geneDR013381,geneDR013767,geneDR013768,geneDR027267,geneDR027068,geneDR027067,geneDR027066,geneDR027065,geneDR027064,geneDR027024,geneDR032599,geneDR032530,geneDR032529,geneDR032495,geneDR033956,geneDR034573,geneDR029447,geneDR023439,geneDR023438,geneDR023387,geneDR023386,geneDR023337,geneDR023295,geneDR032618,geneDR012774,geneDR012797,geneDR012827,geneDR026928,geneDR009900,geneDR009780,geneDR009591,geneDR009582,geneDR009576,geneDR009467,geneDR009418,geneDR009383,geneDR009344,geneDR009274,geneDR009204,geneDR016560,geneDR016497,geneDR016463,geneDR016253,geneDR016138,geneDR029018,geneDR032270,geneDR007580,geneDR007484,geneDR007481,geneDR007354,geneDR007029,geneDR022299,geneDR022300,geneDR022376,geneDR022380,geneDR022413,geneDR022416,geneDR022607,geneDR022650,geneDR022651,geneDR006059,geneDR005885,geneDR005569,geneDR005538,geneDR005472,geneDR005178,geneDR005177,geneDR005145,geneDR005068,geneDR004994	peptidase activity	MF
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eDR023426,geneDR023415,geneDR023393,geneDR023387,geneDR023386,geneDR023383,geneDR023370,geneDR023337,geneDR023312,geneDR023295,geneDR023277,geneDR023276,geneDR023244,geneDR023236,geneDR032700,geneDR032699,geneDR032669,geneDR032657,geneDR032618,geneDR032614,geneDR032609,geneDR025954,geneDR025953,geneDR025933,geneDR025925,geneDR025906,geneDR025886,geneDR025872,geneDR025857,geneDR025855,geneDR025817,geneDR025773,geneDR025772,geneDR025724,geneDR025714,geneDR025698,geneDR025645,geneDR025643,geneDR025618,geneDR025614,geneDR025603,geneDR034473,geneDR035358,geneDR012731,geneDR012754,geneDR012770,geneDR012774,geneDR012797,geneDR012801,geneDR012805,geneDR012808,geneDR012827,geneDR012855,geneDR012892,geneDR012905,geneDR012925,geneDR012929,geneDR012950,geneDR012966,geneDR012987,geneDR012995,geneDR012996,geneDR013012,geneDR027020,geneDR026975,geneDR026965,geneDR026961,geneDR026959,geneDR026928,geneDR009900,geneDR009865,geneDR009841,geneDR009839,geneDR009833,geneDR009831,geneDR009829,geneDR009828,geneDR009821,geneDR009780,geneDR009778,geneDR009747,geneDR009742,geneDR009713,geneDR009681,geneDR009675,geneDR009616,geneDR009609,geneDR009596,geneDR009594,geneDR009591,geneDR009587,geneDR009582,geneDR009578,geneDR009577,geneDR009576,geneDR009558,geneDR009549,geneDR009547,geneDR009530,geneDR009529,geneDR009525,geneDR009523,geneDR009508,geneDR009471,geneDR009467,geneDR009460,geneDR009442,geneDR009418,geneDR009415,geneDR009402,geneDR009383,geneDR009382,geneDR009363,geneDR009344,geneDR009328,geneDR009310,geneDR009304,geneDR009275,geneDR009274,geneDR009266,geneDR009256,geneDR009251,geneDR009238,geneDR009222,geneDR009209,geneDR009204,geneDR009190,geneDR009188,geneDR009176,geneDR009170,geneDR009168,geneDR009167,geneDR009136,geneDR009133,geneDR009130,geneDR009106,geneDR009103,geneDR009089,geneDR009086,geneDR016677,geneDR016673,geneDR016667,geneDR016657,geneDR016641,geneDR016624,geneDR016601,geneDR016599,geneDR016572,geneDR016560,geneDR016529,geneDR016521,geneDR016516,geneDR016513,geneDR016505,geneDR016497,geneDR016496,geneDR016467,geneDR016463,geneDR016444,geneDR016417,geneDR016401,geneDR016397,geneDR016343,geneDR016300,geneDR016288,geneDR016277,geneDR016254,geneDR016253,geneDR016252,geneDR016244,geneDR016229,geneDR016227,geneDR016209,geneDR016206,geneDR016201,geneDR016183,geneDR016155,geneDR016138,geneDR016119,geneDR016102,geneDR029018,geneDR029019,geneDR029036,geneDR029041,geneDR029067,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR029104,geneDR029112,geneDR029117,geneDR029119,geneDR029120,geneDR029144,geneDR029153,geneDR029182,geneDR032270,geneDR032273,geneDR032287,geneDR032288,geneDR030638,geneDR030636,geneDR030634,geneDR030631,geneDR030594,geneDR007580,geneDR007566,geneDR007551,geneDR007547,geneDR007540,geneDR007511,geneDR007501,geneDR007500,geneDR007496,geneDR007494,geneDR007484,geneDR007481,geneDR007446,geneDR007432,geneDR007423,geneDR007413,geneDR007396,geneDR007372,geneDR007370,geneDR007369,geneDR007354,geneDR007346,geneDR007342,geneDR007317,geneDR007289,geneDR007271,geneDR007261,geneDR007242,geneDR007205,geneDR007180,geneDR007168,geneDR007159,geneDR007155,geneDR034031,geneDR034045,geneDR034056,geneDR007097,geneDR007084,geneDR007065,geneDR007038,geneDR007029,geneDR007022,geneDR007015,geneDR007012,geneDR006998,geneDR006984,geneDR006980,geneDR006966,geneDR006942,geneDR006936,geneDR022171,geneDR022175,geneDR022211,geneDR022225,geneDR022229,geneDR022247,geneDR022268,geneDR022293,geneDR022299,geneDR022300,geneDR022324,geneDR022363,geneDR022371,geneDR022376,geneDR022380,geneDR022413,geneDR022416,geneDR022447,geneDR022495,geneDR022513,geneDR022536,geneDR022539,geneDR022556,geneDR022572,geneDR022575,geneDR022577,geneDR022578,geneDR022600,geneDR022602,geneDR022607,geneDR022608,geneDR022638,geneDR022640,geneDR022646,geneDR022650,geneDR022651,geneDR022657,geneDR022669,geneDR022671,geneDR022695,geneDR022704,geneDR006113,geneDR006102,geneDR006095,geneDR006059,geneDR006029,geneDR005930,geneDR005927,geneDR005911,geneDR005890,geneDR005885,geneDR005867,geneDR005826,geneDR005816,geneDR005786,geneDR005784,geneDR005742,geneDR005729,geneDR005723,geneDR005720,geneDR005713,geneDR005700,geneDR005699,geneDR005682,geneDR005638,geneDR005635,geneDR005633,geneDR005619,geneDR005611,geneDR005606,geneDR005604,geneDR005602,geneDR005592,geneDR005569,geneDR005563,geneDR005562,geneDR005538,geneDR005499,geneDR005489,geneDR005481,geneDR005473,geneDR005472,geneDR005460,geneDR005434,geneDR005402,geneDR005369,geneDR005368,geneDR005367,geneDR005352,geneDR005350,geneDR005349,geneDR005330,geneDR005321,geneDR005309,geneDR005295,geneDR005292,geneDR005255,geneDR005236,geneDR005204,geneDR005178,geneDR005177,geneDR005160,geneDR005157,geneDR005145,geneDR005141,geneDR005128,geneDR005107,geneDR005091,geneDR005089,geneDR005087,geneDR005068,geneDR005065,geneDR005019,geneDR005004,geneDR005003,geneDR004994,geneDR030241,geneDR032223,geneDR032228,geneDR033967	catalytic activity, acting on a protein	MF
GO:0004160	geneDR011424,geneDR017122	dihydroxy-acid dehydratase activity	MF
GO:0016829	geneDR011424,geneDR011441,geneDR011521,geneDR011543,geneDR011662,geneDR011681,geneDR011702,geneDR011711,geneDR011724,geneDR011824,geneDR011928,geneDR011978,geneDR033879,geneDR035339,geneDR035454,geneDR014373,geneDR034737,geneDR035658,geneDR035670,geneDR035671,geneDR034800,geneDR035058,geneDR035089,geneDR035090,geneDR035239,geneDR035241,geneDR032113,geneDR032077,geneDR000335,geneDR000485,geneDR000554,geneDR000832,geneDR000904,geneDR000930,geneDR001115,geneDR001250,geneDR001362,geneDR001508,geneDR001609,geneDR001670,geneDR001671,geneDR001792,geneDR001796,geneDR033836,geneDR028298,geneDR008097,geneDR007879,geneDR007878,geneDR016862,geneDR016757,geneDR003488,geneDR003434,geneDR003322,geneDR003318,geneDR003011,geneDR002622,geneDR002602,geneDR002565,geneDR002541,geneDR002532,geneDR002357,geneDR002301,geneDR002250,geneDR002168,geneDR001945,geneDR001914,geneDR030426,geneDR030570,geneDR031681,geneDR031705,geneDR031725,geneDR031758,geneDR031800,geneDR035026,geneDR028782,geneDR028701,geneDR019892,geneDR019895,geneDR019965,geneDR020081,geneDR020113,geneDR020230,geneDR020250,geneDR020306,geneDR012100,geneDR012179,geneDR012180,geneDR012187,geneDR012234,geneDR012258,geneDR012509,geneDR012618,geneDR012653,geneDR012685,geneDR028151,geneDR028147,geneDR006844,geneDR006818,geneDR006817,geneDR006816,geneDR006734,geneDR006708,geneDR006707,geneDR006503,geneDR006366,geneDR006302,geneDR006250,geneDR018235,geneDR017976,geneDR031044,geneDR031071,geneDR031080,geneDR031120,geneDR031181,geneDR017626,geneDR017254,geneDR017142,geneDR017122,geneDR015027,geneDR014964,geneDR014869,geneDR025539,geneDR025540,geneDR025545,geneDR025552,geneDR020589,geneDR020509,geneDR020455,geneDR009056,geneDR009054,geneDR008987,geneDR008887,geneDR008808,geneDR008510,geneDR008359,geneDR030034,geneDR029951,geneDR027336,geneDR027385,geneDR028852,geneDR030154,geneDR030153,geneDR030111,geneDR030097,geneDR014071,geneDR013846,geneDR019519,geneDR019531,geneDR019588,geneDR019631,geneDR019680,geneDR016029,geneDR015952,geneDR015771,geneDR015756,geneDR015746,geneDR015521,geneDR015476,geneDR033219,geneDR021312,geneDR021289,geneDR021288,geneDR021012,geneDR020999,geneDR020931,geneDR020899,geneDR026000,geneDR026093,geneDR026258,geneDR032448,geneDR030721,geneDR018704,geneDR018798,geneDR018925,geneDR026412,geneDR026413,geneDR026422,geneDR026505,geneDR003553,geneDR003699,geneDR003878,geneDR004250,geneDR004364,geneDR004562,geneDR004573,geneDR017860,geneDR017861,geneDR017878,geneDR024998,geneDR024969,geneDR024899,geneDR024889,geneDR024723,geneDR022757,geneDR022759,geneDR022761,geneDR022798,geneDR023006,geneDR023007,geneDR023077,geneDR023079,geneDR035192,geneDR035193,geneDR035175,geneDR035176,geneDR033567,geneDR021636,geneDR021669,geneDR021705,geneDR021724,geneDR021735,geneDR021846,geneDR022163,geneDR019469,geneDR019380,geneDR019346,geneDR019179,geneDR019161,geneDR019108,geneDR021566,geneDR021557,geneDR021485,geneDR010346,geneDR010249,geneDR010002,geneDR032313,geneDR031344,geneDR031246,geneDR031229,geneDR024152,geneDR024115,geneDR024103,geneDR023647,geneDR023663,geneDR023790,geneDR023917,geneDR023918,geneDR026685,geneDR025070,geneDR025073,geneDR025081,geneDR025113,geneDR024642,geneDR024589,geneDR010392,geneDR010697,geneDR010796,geneDR010797,geneDR010799,geneDR010800,geneDR010802,geneDR027482,geneDR027560,geneDR013145,geneDR013214,geneDR013298,geneDR013300,geneDR013463,geneDR013485,geneDR013581,geneDR013765,geneDR027080,geneDR034571,geneDR034576,geneDR029445,geneDR029450,geneDR029459,geneDR023512,geneDR023397,geneDR023375,geneDR023345,geneDR025744,geneDR034478,geneDR012730,geneDR012843,geneDR013013,geneDR013016,geneDR009552,geneDR009538,geneDR009357,geneDR009356,geneDR009218,geneDR009162,geneDR016215,geneDR029116,geneDR029148,geneDR030596,geneDR007468,geneDR007426,geneDR007327,geneDR022306,geneDR005959,geneDR005752,geneDR005751,geneDR005519,geneDR005403,geneDR005308,geneDR005307,geneDR005138,geneDR005106,geneDR005098,geneDR005095	lyase activity	MF
GO:0016835	geneDR011424,geneDR011441,geneDR011521,geneDR011702,geneDR011724,geneDR011928,geneDR011978,geneDR035339,geneDR035454,geneDR014373,geneDR035670,geneDR035671,geneDR034800,geneDR035058,geneDR035239,geneDR035241,geneDR032113,geneDR000554,geneDR000930,geneDR001796,geneDR033836,geneDR008097,geneDR007879,geneDR007878,geneDR016862,geneDR003011,geneDR002541,geneDR002532,geneDR002357,geneDR031681,geneDR031705,geneDR019892,geneDR019895,geneDR020113,geneDR020230,geneDR012100,geneDR028147,geneDR006708,geneDR006366,geneDR006302,geneDR018235,geneDR031044,geneDR031071,geneDR031120,geneDR017142,geneDR017122,geneDR015027,geneDR025552,geneDR020455,geneDR009056,geneDR008510,geneDR027336,geneDR027385,geneDR028852,geneDR030097,geneDR013846,geneDR019531,geneDR019588,geneDR016029,geneDR015756,geneDR015746,geneDR015476,geneDR020999,geneDR020931,geneDR026258,geneDR030721,geneDR018704,geneDR018798,geneDR026422,geneDR026505,geneDR004364,geneDR004562,geneDR004573,geneDR017860,geneDR017861,geneDR017878,geneDR024969,geneDR024723,geneDR021636,geneDR021724,geneDR019380,geneDR019179,geneDR010346,geneDR010002,geneDR024115,geneDR023647,geneDR023663,geneDR023917,geneDR023918,geneDR026685,geneDR025081,geneDR025113,geneDR024642,geneDR024589,geneDR010392,geneDR027560,geneDR013298,geneDR013463,geneDR034571,geneDR029445,geneDR029459,geneDR025744,geneDR013013,geneDR013016,geneDR009538,geneDR016215,geneDR029148,geneDR030596,geneDR005959,geneDR005752,geneDR005751,geneDR005403,geneDR005308,geneDR005307,geneDR005138,geneDR005106	carbon-oxygen lyase activity	MF
GO:0016836	geneDR011424,geneDR011441,geneDR011521,geneDR011702,geneDR011928,geneDR035339,geneDR035454,geneDR014373,geneDR035670,geneDR035671,geneDR035239,geneDR035241,geneDR000554,geneDR000930,geneDR001796,geneDR008097,geneDR007879,geneDR007878,geneDR016862,geneDR002541,geneDR002532,geneDR002357,geneDR019892,geneDR019895,geneDR020113,geneDR020230,geneDR028147,geneDR006708,geneDR018235,geneDR031044,geneDR031071,geneDR031120,geneDR017122,geneDR015027,geneDR025552,geneDR020455,geneDR009056,geneDR027336,geneDR028852,geneDR030097,geneDR013846,geneDR019531,geneDR016029,geneDR015756,geneDR015746,geneDR015476,geneDR020999,geneDR018704,geneDR018798,geneDR026422,geneDR026505,geneDR004364,geneDR004562,geneDR004573,geneDR017878,geneDR024969,geneDR024723,geneDR019380,geneDR019179,geneDR010002,geneDR024115,geneDR023647,geneDR023663,geneDR023917,geneDR023918,geneDR026685,geneDR025081,geneDR025113,geneDR024642,geneDR024589,geneDR010392,geneDR027560,geneDR013298,geneDR025744,geneDR013013,geneDR013016,geneDR009538,geneDR016215,geneDR029148,geneDR030596,geneDR005959,geneDR005752,geneDR005751,geneDR005403,geneDR005308,geneDR005307,geneDR005138,geneDR005106	hydro-lyase activity	MF
GO:0000049	geneDR011432,geneDR031869,geneDR000278,geneDR000770,geneDR001687,geneDR030334,geneDR020077,geneDR020283,geneDR012171,geneDR012701,geneDR006901,geneDR025443,geneDR029741,geneDR034180,geneDR027823,geneDR014218,geneDR023012,geneDR023013,geneDR019344,geneDR010908,geneDR027261,geneDR025797,geneDR009725,geneDR016374,geneDR005465	tRNA binding	MF
GO:0005524	geneDR011432,geneDR011720,geneDR011736,geneDR035294,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR035366,geneDR035372,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR035610,geneDR034720,geneDR034735,geneDR034744,geneDR034796,geneDR031869,geneDR035003,geneDR035016,geneDR035050,geneDR035083,geneDR035241,geneDR032173,geneDR000150,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR001074,geneDR001148,geneDR001186,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007699,geneDR016963,geneDR016761,geneDR016707,geneDR003424,geneDR002884,geneDR002855,geneDR002827,geneDR002638,geneDR002562,geneDR002458,geneDR002202,geneDR001859,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR028605,geneDR028450,geneDR019865,geneDR019895,geneDR020404,geneDR012067,geneDR012077,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR006804,geneDR006738,geneDR006552,geneDR006461,geneDR018496,geneDR018361,geneDR018302,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR031061,geneDR017631,geneDR017626,geneDR017163,geneDR017047,geneDR015164,geneDR014838,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR029741,geneDR029688,geneDR020472,geneDR020418,geneDR008701,geneDR008529,geneDR008357,geneDR008135,geneDR029956,geneDR029914,geneDR029763,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR013925,geneDR019585,geneDR019852,geneDR034330,geneDR016062,geneDR015992,geneDR015701,geneDR015440,geneDR015425,geneDR033274,geneDR021246,geneDR021183,geneDR026037,geneDR026247,geneDR030751,geneDR018710,geneDR018899,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR004116,geneDR004427,geneDR004538,geneDR004591,geneDR004592,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004915,geneDR025199,geneDR017846,geneDR024928,geneDR024821,geneDR022898,geneDR033570,geneDR021671,geneDR021780,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR031826,geneDR034192,geneDR010130,geneDR010099,geneDR010045,geneDR009940,geneDR009939,geneDR032368,geneDR032369,geneDR031316,geneDR031305,geneDR024419,geneDR024162,geneDR023919,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR025155,geneDR032547,geneDR024559,geneDR010614,geneDR010615,geneDR010693,geneDR010908,geneDR010996,geneDR033627,geneDR013071,geneDR013490,geneDR027242,geneDR027238,geneDR027093,geneDR032486,geneDR032484,geneDR029529,geneDR023517,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025702,geneDR009811,geneDR009669,geneDR009538,geneDR009514,geneDR009402,geneDR016482,geneDR016215,geneDR016188,geneDR016182,geneDR028996,geneDR029104,geneDR030601,geneDR007175,geneDR007047,geneDR022333,geneDR022578,geneDR022600,geneDR022671,geneDR005878,geneDR005402,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983	ATP binding	MF
GO:0017076	geneDR011432,geneDR011468,geneDR011720,geneDR011736,geneDR035294,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR034638,geneDR035610,geneDR034720,geneDR034723,geneDR034735,geneDR034744,geneDR034796,geneDR031869,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035241,geneDR035244,geneDR032173,geneDR000075,geneDR000150,geneDR000162,geneDR000375,geneDR000398,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001074,geneDR001089,geneDR001148,geneDR001184,geneDR001186,geneDR001470,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003424,geneDR003363,geneDR002978,geneDR002884,geneDR002855,geneDR002827,geneDR002819,geneDR002638,geneDR002574,geneDR002562,geneDR002529,geneDR002507,geneDR002458,geneDR002202,geneDR001983,geneDR001859,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR028605,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020075,geneDR020404,geneDR012067,geneDR012077,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR028193,geneDR030686,geneDR006804,geneDR006738,geneDR006552,geneDR006461,geneDR006280,geneDR018500,geneDR018496,geneDR018361,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR031061,geneDR017631,geneDR017626,geneDR017607,geneDR017163,geneDR017047,geneDR015164,geneDR014838,geneDR025443,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020497,geneDR020495,geneDR020472,geneDR020418,geneDR008701,geneDR008643,geneDR008529,geneDR008357,geneDR008307,geneDR008135,geneDR030041,geneDR029956,geneDR029914,geneDR029763,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR027893,geneDR013925,geneDR013904,geneDR019585,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015875,geneDR015779,geneDR015701,geneDR015440,geneDR015425,geneDR033274,geneDR033234,geneDR021246,geneDR021183,geneDR021181,geneDR021158,geneDR021068,geneDR021061,geneDR026037,geneDR026247,geneDR030751,geneDR018645,geneDR018710,geneDR018899,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003969,geneDR004116,geneDR004427,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004603,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004898,geneDR004915,geneDR025199,geneDR017846,geneDR024928,geneDR024821,geneDR024767,geneDR022898,geneDR022914,geneDR023157,geneDR023175,geneDR033570,geneDR021671,geneDR021720,geneDR021780,geneDR021935,geneDR022112,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR010260,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009993,geneDR009940,geneDR009939,geneDR032317,geneDR032368,geneDR032369,geneDR031348,geneDR031316,geneDR031305,geneDR024419,geneDR024417,geneDR024162,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR025155,geneDR032547,geneDR024559,geneDR010467,geneDR010510,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010778,geneDR010908,geneDR010996,geneDR011096,geneDR033627,geneDR013071,geneDR013490,geneDR027242,geneDR027238,geneDR027093,geneDR027034,geneDR032486,geneDR032484,geneDR029529,geneDR029585,geneDR023517,geneDR023456,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025723,geneDR025702,geneDR025682,geneDR012810,geneDR009861,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009538,geneDR009514,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR016482,geneDR016215,geneDR016188,geneDR016182,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR030601,geneDR007203,geneDR007175,geneDR007047,geneDR022333,geneDR022578,geneDR022600,geneDR022671,geneDR005986,geneDR005878,geneDR005681,geneDR005575,geneDR005402,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983,geneDR030240	purine nucleotide binding	MF
GO:0030554	geneDR011432,geneDR011468,geneDR011720,geneDR011736,geneDR035294,geneDR034113,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035372,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR034638,geneDR035610,geneDR034720,geneDR034735,geneDR034744,geneDR034796,geneDR031869,geneDR035003,geneDR035016,geneDR035050,geneDR035083,geneDR035241,geneDR032173,geneDR000150,geneDR000375,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR001074,geneDR001148,geneDR001186,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003424,geneDR002884,geneDR002855,geneDR002827,geneDR002638,geneDR002562,geneDR002458,geneDR002202,geneDR001859,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR028605,geneDR028450,geneDR019865,geneDR019895,geneDR020404,geneDR012067,geneDR012077,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR006804,geneDR006738,geneDR006552,geneDR006461,geneDR018500,geneDR018496,geneDR018361,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR031061,geneDR017631,geneDR017626,geneDR017607,geneDR017163,geneDR017047,geneDR015164,geneDR014838,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR029741,geneDR029688,geneDR020472,geneDR020418,geneDR008701,geneDR008643,geneDR008529,geneDR008357,geneDR008135,geneDR029956,geneDR029914,geneDR029763,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR013925,geneDR013904,geneDR019585,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015701,geneDR015440,geneDR015425,geneDR033274,geneDR033234,geneDR021246,geneDR021183,geneDR021181,geneDR021158,geneDR021068,geneDR026037,geneDR026247,geneDR030751,geneDR018710,geneDR018899,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR004116,geneDR004427,geneDR004538,geneDR004591,geneDR004592,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004915,geneDR025199,geneDR017846,geneDR024928,geneDR024821,geneDR022898,geneDR023157,geneDR033570,geneDR021671,geneDR021720,geneDR021780,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034192,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009940,geneDR009939,geneDR032368,geneDR032369,geneDR031316,geneDR031305,geneDR024419,geneDR024417,geneDR024162,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR025155,geneDR032547,geneDR024559,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010908,geneDR010996,geneDR033627,geneDR013071,geneDR013490,geneDR027242,geneDR027238,geneDR027093,geneDR032486,geneDR032484,geneDR029529,geneDR023517,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025723,geneDR025702,geneDR009861,geneDR009811,geneDR009669,geneDR009538,geneDR009514,geneDR009402,geneDR016482,geneDR016215,geneDR016188,geneDR016182,geneDR028996,geneDR029104,geneDR030601,geneDR007175,geneDR007047,geneDR022333,geneDR022578,geneDR022600,geneDR022671,geneDR005878,geneDR005575,geneDR005402,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983,geneDR030240	adenyl nucleotide binding	MF
GO:0032553	geneDR011432,geneDR011720,geneDR011724,geneDR011736,geneDR035294,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR034638,geneDR035610,geneDR035627,geneDR034720,geneDR034723,geneDR034735,geneDR034744,geneDR034796,geneDR031869,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035241,geneDR035244,geneDR032173,geneDR000075,geneDR000150,geneDR000162,geneDR000375,geneDR000398,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001074,geneDR001089,geneDR001148,geneDR001184,geneDR001186,geneDR001470,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003490,geneDR003424,geneDR003363,geneDR002978,geneDR002884,geneDR002855,geneDR002827,geneDR002819,geneDR002638,geneDR002574,geneDR002562,geneDR002553,geneDR002529,geneDR002507,geneDR002458,geneDR002202,geneDR001983,geneDR001859,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR028605,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020075,geneDR020404,geneDR012067,geneDR012077,geneDR012100,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR028193,geneDR030686,geneDR006804,geneDR006738,geneDR006552,geneDR006461,geneDR006280,geneDR018500,geneDR018496,geneDR018361,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR031061,geneDR017631,geneDR017626,geneDR017607,geneDR017163,geneDR017047,geneDR015164,geneDR014964,geneDR014838,geneDR025443,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020561,geneDR020497,geneDR020495,geneDR020472,geneDR020418,geneDR008701,geneDR008643,geneDR008529,geneDR008357,geneDR008307,geneDR008135,geneDR030041,geneDR029956,geneDR029914,geneDR029763,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR027893,geneDR013925,geneDR013904,geneDR019585,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015875,geneDR015779,geneDR015701,geneDR015440,geneDR015425,geneDR015368,geneDR033274,geneDR033234,geneDR021246,geneDR021183,geneDR021181,geneDR021158,geneDR021068,geneDR021061,geneDR026037,geneDR026247,geneDR030751,geneDR030721,geneDR018645,geneDR018710,geneDR018899,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003785,geneDR003969,geneDR004116,geneDR004427,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004603,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004898,geneDR004915,geneDR025199,geneDR017846,geneDR024928,geneDR024821,geneDR024767,geneDR022898,geneDR022914,geneDR023157,geneDR023175,geneDR033570,geneDR021671,geneDR021720,geneDR021780,geneDR021882,geneDR021935,geneDR022112,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR010260,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009993,geneDR009940,geneDR009939,geneDR032317,geneDR032368,geneDR032369,geneDR032382,geneDR031348,geneDR031316,geneDR031305,geneDR024419,geneDR024417,geneDR024162,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR025155,geneDR032547,geneDR024559,geneDR010467,geneDR010510,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010778,geneDR010908,geneDR010996,geneDR011096,geneDR027482,geneDR027735,geneDR033627,geneDR013071,geneDR013490,geneDR027242,geneDR027238,geneDR027093,geneDR027034,geneDR032486,geneDR032484,geneDR029459,geneDR029529,geneDR029585,geneDR023517,geneDR023456,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025723,geneDR025702,geneDR025682,geneDR012810,geneDR009861,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009538,geneDR009514,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR016482,geneDR016215,geneDR016188,geneDR016182,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR030601,geneDR007203,geneDR007175,geneDR007047,geneDR022213,geneDR022333,geneDR022578,geneDR022600,geneDR022671,geneDR005986,geneDR005878,geneDR005681,geneDR005575,geneDR005402,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983,geneDR030240	ribonucleotide binding	MF
GO:0032555	geneDR011432,geneDR011720,geneDR011736,geneDR035294,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR034638,geneDR035610,geneDR034720,geneDR034723,geneDR034735,geneDR034744,geneDR034796,geneDR031869,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035241,geneDR035244,geneDR032173,geneDR000075,geneDR000150,geneDR000162,geneDR000375,geneDR000398,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001074,geneDR001089,geneDR001148,geneDR001184,geneDR001186,geneDR001470,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003424,geneDR003363,geneDR002978,geneDR002884,geneDR002855,geneDR002827,geneDR002819,geneDR002638,geneDR002574,geneDR002562,geneDR002529,geneDR002507,geneDR002458,geneDR002202,geneDR001983,geneDR001859,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR028605,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020075,geneDR020404,geneDR012067,geneDR012077,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR028193,geneDR030686,geneDR006804,geneDR006738,geneDR006552,geneDR006461,geneDR006280,geneDR018500,geneDR018496,geneDR018361,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR031061,geneDR017631,geneDR017626,geneDR017607,geneDR017163,geneDR017047,geneDR015164,geneDR014838,geneDR025443,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020497,geneDR020495,geneDR020472,geneDR020418,geneDR008701,geneDR008643,geneDR008529,geneDR008357,geneDR008307,geneDR008135,geneDR030041,geneDR029956,geneDR029914,geneDR029763,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR027893,geneDR013925,geneDR013904,geneDR019585,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015875,geneDR015779,geneDR015701,geneDR015440,geneDR015425,geneDR033274,geneDR033234,geneDR021246,geneDR021183,geneDR021181,geneDR021158,geneDR021068,geneDR021061,geneDR026037,geneDR026247,geneDR030751,geneDR018645,geneDR018710,geneDR018899,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003969,geneDR004116,geneDR004427,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004603,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004898,geneDR004915,geneDR025199,geneDR017846,geneDR024928,geneDR024821,geneDR024767,geneDR022898,geneDR022914,geneDR023157,geneDR023175,geneDR033570,geneDR021671,geneDR021720,geneDR021780,geneDR021935,geneDR022112,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR010260,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009993,geneDR009940,geneDR009939,geneDR032317,geneDR032368,geneDR032369,geneDR031348,geneDR031316,geneDR031305,geneDR024419,geneDR024417,geneDR024162,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR025155,geneDR032547,geneDR024559,geneDR010467,geneDR010510,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010778,geneDR010908,geneDR010996,geneDR011096,geneDR033627,geneDR013071,geneDR013490,geneDR027242,geneDR027238,geneDR027093,geneDR027034,geneDR032486,geneDR032484,geneDR029529,geneDR029585,geneDR023517,geneDR023456,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025723,geneDR025702,geneDR025682,geneDR012810,geneDR009861,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009538,geneDR009514,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR016482,geneDR016215,geneDR016188,geneDR016182,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR030601,geneDR007203,geneDR007175,geneDR007047,geneDR022333,geneDR022578,geneDR022600,geneDR022671,geneDR005986,geneDR005878,geneDR005681,geneDR005575,geneDR005402,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983,geneDR030240	purine ribonucleotide binding	MF
GO:0032559	geneDR011432,geneDR011720,geneDR011736,geneDR035294,geneDR034113,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035372,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR034638,geneDR035610,geneDR034720,geneDR034735,geneDR034744,geneDR034796,geneDR031869,geneDR035003,geneDR035016,geneDR035050,geneDR035083,geneDR035241,geneDR032173,geneDR000150,geneDR000375,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR001074,geneDR001148,geneDR001186,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003424,geneDR002884,geneDR002855,geneDR002827,geneDR002638,geneDR002562,geneDR002458,geneDR002202,geneDR001859,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR028605,geneDR028450,geneDR019865,geneDR019895,geneDR020404,geneDR012067,geneDR012077,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR006804,geneDR006738,geneDR006552,geneDR006461,geneDR018500,geneDR018496,geneDR018361,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR031061,geneDR017631,geneDR017626,geneDR017607,geneDR017163,geneDR017047,geneDR015164,geneDR014838,geneDR025443,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR029741,geneDR029688,geneDR020472,geneDR020418,geneDR008701,geneDR008643,geneDR008529,geneDR008357,geneDR008135,geneDR029956,geneDR029914,geneDR029763,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR013925,geneDR013904,geneDR019585,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015701,geneDR015440,geneDR015425,geneDR033274,geneDR033234,geneDR021246,geneDR021183,geneDR021181,geneDR021158,geneDR021068,geneDR026037,geneDR026247,geneDR030751,geneDR018710,geneDR018899,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR004116,geneDR004427,geneDR004538,geneDR004591,geneDR004592,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004915,geneDR025199,geneDR017846,geneDR024928,geneDR024821,geneDR022898,geneDR023157,geneDR033570,geneDR021671,geneDR021720,geneDR021780,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034192,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009940,geneDR009939,geneDR032368,geneDR032369,geneDR031316,geneDR031305,geneDR024419,geneDR024417,geneDR024162,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR025155,geneDR032547,geneDR024559,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010693,geneDR010908,geneDR010996,geneDR033627,geneDR013071,geneDR013490,geneDR027242,geneDR027238,geneDR027093,geneDR032486,geneDR032484,geneDR029529,geneDR023517,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025723,geneDR025702,geneDR009861,geneDR009811,geneDR009669,geneDR009538,geneDR009514,geneDR009402,geneDR016482,geneDR016215,geneDR016188,geneDR016182,geneDR028996,geneDR029104,geneDR030601,geneDR007175,geneDR007047,geneDR022333,geneDR022578,geneDR022600,geneDR022671,geneDR005878,geneDR005575,geneDR005402,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983,geneDR030240	adenyl ribonucleotide binding	MF
GO:0035639	geneDR011432,geneDR011720,geneDR011736,geneDR035294,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR035366,geneDR035367,geneDR035372,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR035610,geneDR034720,geneDR034723,geneDR034735,geneDR034744,geneDR034796,geneDR031869,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035241,geneDR035244,geneDR032173,geneDR000075,geneDR000150,geneDR000162,geneDR000398,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001074,geneDR001089,geneDR001148,geneDR001184,geneDR001186,geneDR001470,geneDR001607,geneDR001696,geneDR030903,geneDR030901,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007699,geneDR016963,geneDR016761,geneDR016707,geneDR003424,geneDR003363,geneDR002978,geneDR002884,geneDR002855,geneDR002827,geneDR002819,geneDR002638,geneDR002574,geneDR002562,geneDR002529,geneDR002507,geneDR002458,geneDR002202,geneDR001983,geneDR001859,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR028605,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020075,geneDR020404,geneDR012067,geneDR012077,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR028193,geneDR030686,geneDR006804,geneDR006738,geneDR006552,geneDR006461,geneDR006280,geneDR018496,geneDR018361,geneDR018302,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR031061,geneDR017631,geneDR017626,geneDR017163,geneDR017047,geneDR015164,geneDR014838,geneDR025443,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR027979,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020497,geneDR020495,geneDR020472,geneDR020418,geneDR008701,geneDR008529,geneDR008357,geneDR008307,geneDR008135,geneDR030041,geneDR029956,geneDR029914,geneDR029763,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR027893,geneDR013925,geneDR019585,geneDR019852,geneDR034330,geneDR016062,geneDR015992,geneDR015875,geneDR015779,geneDR015701,geneDR015440,geneDR015425,geneDR033274,geneDR021246,geneDR021183,geneDR021061,geneDR026037,geneDR026247,geneDR030751,geneDR018645,geneDR018710,geneDR018899,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003969,geneDR004116,geneDR004427,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004603,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004898,geneDR004915,geneDR025199,geneDR017846,geneDR024928,geneDR024821,geneDR024767,geneDR022898,geneDR022914,geneDR023175,geneDR033570,geneDR021671,geneDR021780,geneDR021935,geneDR022112,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR010260,geneDR010130,geneDR010099,geneDR010045,geneDR009993,geneDR009940,geneDR009939,geneDR032317,geneDR032368,geneDR032369,geneDR031348,geneDR031316,geneDR031305,geneDR024419,geneDR024162,geneDR023919,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR025155,geneDR032547,geneDR024559,geneDR010467,geneDR010510,geneDR010614,geneDR010615,geneDR010693,geneDR010778,geneDR010908,geneDR010996,geneDR011096,geneDR033627,geneDR013071,geneDR013490,geneDR027242,geneDR027238,geneDR027093,geneDR027034,geneDR032486,geneDR032484,geneDR029529,geneDR029585,geneDR023517,geneDR023456,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025702,geneDR025682,geneDR012810,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009538,geneDR009514,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR016482,geneDR016215,geneDR016188,geneDR016182,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR030601,geneDR007203,geneDR007175,geneDR007047,geneDR022333,geneDR022578,geneDR022600,geneDR022671,geneDR005986,geneDR005878,geneDR005681,geneDR005402,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983	purine ribonucleoside triphosphate binding	MF
GO:0097367	geneDR011432,geneDR011720,geneDR011724,geneDR011736,geneDR035294,geneDR034113,geneDR034117,geneDR035334,geneDR035335,geneDR035340,geneDR035341,geneDR030926,geneDR035366,geneDR035367,geneDR035372,geneDR034364,geneDR034366,geneDR014374,geneDR014396,geneDR014491,geneDR035512,geneDR034499,geneDR034500,geneDR034504,geneDR035576,geneDR035602,geneDR034638,geneDR035610,geneDR035627,geneDR034720,geneDR034723,geneDR034735,geneDR034744,geneDR034796,geneDR031869,geneDR034999,geneDR035003,geneDR035004,geneDR035005,geneDR035016,geneDR035050,geneDR035052,geneDR035053,geneDR035083,geneDR035092,geneDR035241,geneDR035244,geneDR032173,geneDR000075,geneDR000150,geneDR000162,geneDR000375,geneDR000398,geneDR000618,geneDR000833,geneDR000834,geneDR000896,geneDR000950,geneDR001074,geneDR001089,geneDR001148,geneDR001184,geneDR001186,geneDR001385,geneDR001470,geneDR001607,geneDR001696,geneDR028372,geneDR030903,geneDR030901,geneDR030852,geneDR030849,geneDR008124,geneDR007968,geneDR007908,geneDR007853,geneDR007820,geneDR007699,geneDR016963,geneDR016761,geneDR016743,geneDR016707,geneDR003490,geneDR003424,geneDR003363,geneDR002978,geneDR002884,geneDR002855,geneDR002827,geneDR002819,geneDR002638,geneDR002574,geneDR002562,geneDR002553,geneDR002529,geneDR002507,geneDR002474,geneDR002458,geneDR002202,geneDR002028,geneDR001983,geneDR001859,geneDR030527,geneDR030528,geneDR030561,geneDR030567,geneDR031728,geneDR031781,geneDR028605,geneDR028450,geneDR019865,geneDR019895,geneDR019898,geneDR020075,geneDR020404,geneDR012067,geneDR012077,geneDR012100,geneDR012104,geneDR012231,geneDR012278,geneDR012374,geneDR012617,geneDR028193,geneDR030686,geneDR006804,geneDR006738,geneDR006641,geneDR006571,geneDR006552,geneDR006461,geneDR006289,geneDR006280,geneDR006173,geneDR018500,geneDR018496,geneDR018361,geneDR018302,geneDR018195,geneDR018188,geneDR018126,geneDR018104,geneDR017953,geneDR031061,geneDR017631,geneDR017626,geneDR017607,geneDR017163,geneDR017047,geneDR015171,geneDR015164,geneDR014964,geneDR014951,geneDR014838,geneDR025443,geneDR025559,geneDR033140,geneDR033139,geneDR033138,geneDR028049,geneDR027979,geneDR030284,geneDR029741,geneDR029688,geneDR020651,geneDR020561,geneDR020497,geneDR020495,geneDR020472,geneDR020418,geneDR008701,geneDR008643,geneDR008529,geneDR008357,geneDR008307,geneDR008135,geneDR030041,geneDR029956,geneDR029914,geneDR029763,geneDR020755,geneDR020830,geneDR033471,geneDR034921,geneDR026831,geneDR026832,geneDR026881,geneDR026884,geneDR027893,geneDR013925,geneDR013904,geneDR013871,geneDR019585,geneDR019670,geneDR019852,geneDR034330,geneDR016086,geneDR016062,geneDR015992,geneDR015875,geneDR015779,geneDR015701,geneDR015440,geneDR015425,geneDR015368,geneDR033274,geneDR033234,geneDR021246,geneDR021183,geneDR021181,geneDR021158,geneDR021068,geneDR021061,geneDR025983,geneDR026037,geneDR026247,geneDR030751,geneDR030721,geneDR018645,geneDR018681,geneDR018710,geneDR018899,geneDR026315,geneDR026465,geneDR026492,geneDR026532,geneDR003555,geneDR003596,geneDR003597,geneDR003785,geneDR003786,geneDR003969,geneDR004002,geneDR004116,geneDR004427,geneDR004532,geneDR004533,geneDR004534,geneDR004538,geneDR004561,geneDR004591,geneDR004592,geneDR004603,geneDR004672,geneDR004756,geneDR004847,geneDR004877,geneDR004898,geneDR004915,geneDR025199,geneDR017776,geneDR017846,geneDR024928,geneDR024821,geneDR024767,geneDR022898,geneDR022914,geneDR023157,geneDR023175,geneDR033570,geneDR021671,geneDR021720,geneDR021780,geneDR021882,geneDR021935,geneDR022097,geneDR022112,geneDR019006,geneDR019005,geneDR018982,geneDR018966,geneDR021508,geneDR021497,geneDR031826,geneDR034198,geneDR034192,geneDR035235,geneDR010260,geneDR010202,geneDR010130,geneDR010099,geneDR010045,geneDR010036,geneDR009993,geneDR009940,geneDR009939,geneDR032317,geneDR032368,geneDR032369,geneDR032382,geneDR032395,geneDR031348,geneDR031316,geneDR031305,geneDR024419,geneDR024417,geneDR024162,geneDR023919,geneDR034218,geneDR035456,geneDR014685,geneDR014665,geneDR026586,geneDR026666,geneDR026683,geneDR025155,geneDR032547,geneDR024559,geneDR010467,geneDR010510,geneDR010614,geneDR010615,geneDR010623,geneDR010624,geneDR010672,geneDR010693,geneDR010778,geneDR010908,geneDR010996,geneDR011096,geneDR011117,geneDR027470,geneDR027482,geneDR027732,geneDR027735,geneDR033627,geneDR013071,geneDR013490,geneDR027242,geneDR027238,geneDR027093,geneDR027034,geneDR032486,geneDR032484,geneDR029459,geneDR029529,geneDR029585,geneDR023517,geneDR023456,geneDR023405,geneDR023348,geneDR023300,geneDR023227,geneDR032653,geneDR025837,geneDR025723,geneDR025702,geneDR025682,geneDR012810,geneDR009861,geneDR009826,geneDR009811,geneDR009771,geneDR009669,geneDR009538,geneDR009530,geneDR009529,geneDR009514,geneDR009402,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR016598,geneDR016482,geneDR016383,geneDR016381,geneDR016215,geneDR016209,geneDR016188,geneDR016182,geneDR028996,geneDR029037,geneDR029062,geneDR029079,geneDR029104,geneDR030601,geneDR007203,geneDR007175,geneDR007047,geneDR022213,geneDR022333,geneDR022578,geneDR022600,geneDR022671,geneDR005986,geneDR005944,geneDR005878,geneDR005681,geneDR005575,geneDR005402,geneDR005383,geneDR005273,geneDR005175,geneDR005040,geneDR005038,geneDR004983,geneDR030240	carbohydrate derivative binding	MF
GO:0003729	geneDR011441,geneDR011863,geneDR012016,geneDR033882,geneDR034104,geneDR034107,geneDR035349,geneDR035369,geneDR034323,geneDR035454,geneDR014250,geneDR014489,geneDR034503,geneDR034603,geneDR035616,geneDR034704,geneDR035639,geneDR034720,geneDR034732,geneDR034733,geneDR034749,geneDR035668,geneDR035669,geneDR035119,geneDR032953,geneDR032964,geneDR035207,geneDR035255,geneDR032169,geneDR032142,geneDR032087,geneDR032016,geneDR000013,geneDR000062,geneDR000127,geneDR000138,geneDR000172,geneDR000200,geneDR000219,geneDR000287,geneDR000298,geneDR000367,geneDR000420,geneDR000424,geneDR000467,geneDR000468,geneDR000494,geneDR000554,geneDR000609,geneDR000641,geneDR000796,geneDR000851,geneDR000946,geneDR001268,geneDR001371,geneDR001581,geneDR001619,geneDR001658,geneDR001839,geneDR035355,geneDR034680,geneDR028308,geneDR030900,geneDR030857,geneDR008041,geneDR007819,geneDR007742,geneDR007741,geneDR016966,geneDR016929,geneDR016924,geneDR016919,geneDR016918,geneDR016917,geneDR016803,geneDR003432,geneDR003306,geneDR003254,geneDR003161,geneDR003157,geneDR003024,geneDR002908,geneDR002836,geneDR002832,geneDR002522,geneDR002496,geneDR002470,geneDR002454,geneDR002453,geneDR002452,geneDR002356,geneDR002345,geneDR002321,geneDR002281,geneDR002170,geneDR002095,geneDR002093,geneDR001938,geneDR030529,geneDR030562,geneDR030586,geneDR031753,geneDR031780,geneDR028754,geneDR028721,geneDR028658,geneDR028646,geneDR028624,geneDR028623,geneDR028570,geneDR028489,geneDR028488,geneDR020123,geneDR020140,geneDR020168,geneDR020289,geneDR020374,geneDR012104,geneDR012114,geneDR012169,geneDR012198,geneDR012589,geneDR012628,geneDR012669,geneDR028207,geneDR028118,geneDR028080,geneDR006861,geneDR006802,geneDR006781,geneDR006693,geneDR006626,geneDR006258,geneDR006257,geneDR006186,geneDR033786,geneDR018553,geneDR018527,geneDR018452,geneDR018434,geneDR018242,geneDR018235,geneDR018168,geneDR018109,geneDR018071,geneDR017954,geneDR030941,geneDR030966,geneDR031130,geneDR031154,geneDR034156,geneDR017591,geneDR017590,geneDR017488,geneDR017467,geneDR017350,geneDR017346,geneDR017320,geneDR017157,geneDR017149,geneDR017119,geneDR017030,geneDR017027,geneDR015329,geneDR015281,geneDR015233,geneDR015220,geneDR015062,geneDR015005,geneDR015004,geneDR014993,geneDR014969,geneDR014896,geneDR014885,geneDR014782,geneDR014750,geneDR025562,geneDR025582,geneDR027999,geneDR029740,geneDR020698,geneDR020674,geneDR020670,geneDR020561,geneDR020523,geneDR020445,geneDR009040,geneDR008940,geneDR008935,geneDR008915,geneDR008839,geneDR008834,geneDR008638,geneDR008626,geneDR008618,geneDR008589,geneDR008532,geneDR008480,geneDR008407,geneDR008404,geneDR008400,geneDR008339,geneDR008303,geneDR008301,geneDR008299,geneDR008195,geneDR030048,geneDR029974,geneDR029913,geneDR034763,geneDR033981,geneDR026876,geneDR026902,geneDR027829,geneDR033494,geneDR033498,geneDR030172,geneDR030170,geneDR030168,geneDR030124,geneDR030109,geneDR030108,geneDR030106,geneDR030088,geneDR014161,geneDR014137,geneDR014123,geneDR014080,geneDR014074,geneDR014041,geneDR013997,geneDR013957,geneDR013913,geneDR019493,geneDR019584,geneDR019630,geneDR019757,geneDR034511,geneDR034508,geneDR016082,geneDR015998,geneDR015976,geneDR015974,geneDR015834,geneDR015833,geneDR015818,geneDR015688,geneDR015653,geneDR015539,geneDR015526,geneDR015413,geneDR015375,geneDR021339,geneDR021310,geneDR021308,geneDR021290,geneDR021196,geneDR021077,geneDR021029,geneDR020938,geneDR026069,geneDR026162,geneDR026207,geneDR032463,geneDR030758,geneDR030720,geneDR030711,geneDR018660,geneDR018765,geneDR026305,geneDR026424,geneDR003626,geneDR003785,geneDR003866,geneDR003915,geneDR003922,geneDR004064,geneDR004069,geneDR004153,geneDR004269,geneDR004316,geneDR004326,geneDR004363,geneDR004491,geneDR004522,geneDR004553,geneDR004613,geneDR004694,geneDR004750,geneDR004852,geneDR004937,geneDR025203,geneDR017903,geneDR017935,geneDR033701,geneDR024969,geneDR024869,geneDR024868,geneDR024829,geneDR024704,geneDR022732,geneDR022763,geneDR022777,geneDR022812,geneDR022939,geneDR022948,geneDR023024,geneDR023030,geneDR023117,geneDR023147,geneDR023173,geneDR023185,geneDR023189,geneDR021635,geneDR021719,geneDR021746,geneDR021764,geneDR021789,geneDR021829,geneDR021896,geneDR021917,geneDR021967,geneDR022045,geneDR019421,geneDR019389,geneDR019283,geneDR019272,geneDR019246,geneDR019114,geneDR019035,geneDR018966,geneDR018959,geneDR021431,geneDR034195,geneDR010264,geneDR010064,geneDR010002,geneDR009997,geneDR009983,geneDR032405,geneDR031196,geneDR024458,geneDR024393,geneDR024309,geneDR024247,geneDR024200,geneDR024086,geneDR023634,geneDR023650,geneDR023658,geneDR023665,geneDR023698,geneDR023792,geneDR014640,geneDR014519,geneDR014508,geneDR026805,geneDR025050,geneDR025065,geneDR032556,geneDR024610,geneDR024544,geneDR024477,geneDR010449,geneDR010494,geneDR010600,geneDR010634,geneDR010746,geneDR010774,geneDR010941,geneDR010953,geneDR011054,geneDR011095,geneDR027494,geneDR027516,geneDR027529,geneDR027530,geneDR027600,geneDR027735,geneDR027801,geneDR033648,geneDR013127,geneDR013133,geneDR013253,geneDR013320,geneDR013442,geneDR013476,geneDR013483,geneDR013682,geneDR013813,geneDR027268,geneDR032606,geneDR032597,geneDR032531,geneDR032496,geneDR033945,geneDR033917,geneDR029469,geneDR029472,geneDR029477,geneDR029501,geneDR029552,geneDR029593,geneDR029619,geneDR023615,geneDR023469,geneDR023449,geneDR023434,geneDR023374,geneDR023372,geneDR023299,geneDR023243,geneDR032650,geneDR025840,geneDR025765,geneDR025617,geneDR025616,geneDR012731,geneDR012930,geneDR013017,geneDR026926,geneDR009920,geneDR009815,geneDR009777,geneDR009766,geneDR009624,geneDR009607,geneDR009490,geneDR009345,geneDR009327,geneDR009305,geneDR009181,geneDR009152,geneDR016618,geneDR016584,geneDR016475,geneDR016428,geneDR016420,geneDR016274,geneDR016168,geneDR029052,geneDR029068,geneDR029083,geneDR032248,geneDR032249,geneDR032269,geneDR030595,geneDR007573,geneDR007311,geneDR007297,geneDR034072,geneDR007101,geneDR007041,geneDR022178,geneDR022199,geneDR022231,geneDR022249,geneDR022255,geneDR022365,geneDR022366,geneDR022520,geneDR022690,geneDR006098,geneDR005994,geneDR005918,geneDR005801,geneDR005652,geneDR005601,geneDR005514,geneDR005487,geneDR005427,geneDR005311,geneDR005224,geneDR005208,geneDR005181,geneDR005149,geneDR005031,geneDR005020	mRNA binding	MF
GO:0003730	geneDR011441,geneDR000172,geneDR000219,geneDR000554,geneDR000609,geneDR000641,geneDR000946,geneDR007819,geneDR007742,geneDR003161,geneDR002281,geneDR028754,geneDR028118,geneDR028080,geneDR006693,geneDR031154,geneDR017157,geneDR017030,geneDR008935,geneDR014161,geneDR015688,geneDR026207,geneDR032463,geneDR004269,geneDR004613,geneDR024969,geneDR022948,geneDR021789,geneDR019421,geneDR009983,geneDR032405,geneDR024086,geneDR023634,geneDR023665,geneDR025065,geneDR010494,geneDR013483,geneDR009777,geneDR016428,geneDR022199,geneDR022255,geneDR022520,geneDR005652,geneDR005487,geneDR005311,geneDR005208	mRNA 3'-UTR binding	MF
GO:0003994	geneDR011441,geneDR035454,geneDR035241,geneDR019895,geneDR018235,geneDR010002,geneDR009538,geneDR016215	aconitate hydratase activity	MF
GO:0047456	geneDR011441	2-methylisocitrate dehydratase activity	MF
GO:0051536	geneDR011441,geneDR000171,geneDR000196,geneDR001337,geneDR028286,geneDR007888,geneDR003380,geneDR002871,geneDR002669,geneDR002652,geneDR002615,geneDR002186,geneDR002114,geneDR001896,geneDR030392,geneDR028746,geneDR006517,geneDR006225,geneDR018123,geneDR030954,geneDR017560,geneDR017221,geneDR017088,geneDR017083,geneDR015033,geneDR015025,geneDR027913,geneDR030260,geneDR020449,geneDR008381,geneDR008194,geneDR014179,geneDR019500,geneDR019501,geneDR019502,geneDR019504,geneDR019510,geneDR015951,geneDR015442,geneDR015370,geneDR021263,geneDR021023,geneDR021022,geneDR030747,geneDR026334,geneDR003861,geneDR004138,geneDR004680,geneDR004892,geneDR022936,geneDR023068,geneDR021784,geneDR010111,geneDR024347,geneDR024255,geneDR024582,geneDR024543,geneDR010536,geneDR010735,geneDR011139,geneDR027556,geneDR027566,geneDR027779,geneDR013173,geneDR013404,geneDR013546,geneDR013738,geneDR023238,geneDR009150,geneDR016582,geneDR006004,geneDR005965,geneDR005859,geneDR005263,geneDR005047	iron-sulfur cluster binding	MF
GO:0051539	geneDR011441,geneDR002871,geneDR002652,geneDR002114,geneDR017083,geneDR015442,geneDR021263,geneDR004680,geneDR004892,geneDR013404	4 iron, 4 sulfur cluster binding	MF
GO:0051540	geneDR011441,geneDR000171,geneDR000196,geneDR001337,geneDR028286,geneDR007888,geneDR003380,geneDR002871,geneDR002669,geneDR002652,geneDR002615,geneDR002186,geneDR002114,geneDR001896,geneDR030392,geneDR028746,geneDR006517,geneDR006225,geneDR018123,geneDR030954,geneDR017560,geneDR017221,geneDR017088,geneDR017083,geneDR015033,geneDR015025,geneDR027913,geneDR030260,geneDR020449,geneDR008381,geneDR008194,geneDR014179,geneDR019500,geneDR019501,geneDR019502,geneDR019504,geneDR019510,geneDR015951,geneDR015442,geneDR015370,geneDR021263,geneDR021023,geneDR021022,geneDR030747,geneDR026334,geneDR003861,geneDR004138,geneDR004680,geneDR004892,geneDR022936,geneDR023068,geneDR021784,geneDR010111,geneDR024347,geneDR024255,geneDR024582,geneDR024543,geneDR010536,geneDR010735,geneDR011139,geneDR027556,geneDR027566,geneDR027779,geneDR013173,geneDR013404,geneDR013546,geneDR013738,geneDR023238,geneDR009150,geneDR016582,geneDR006004,geneDR005965,geneDR005859,geneDR005263,geneDR005047	metal cluster binding	MF
GO:0019168	geneDR011447	2-octaprenylphenol hydroxylase activity	MF
GO:0009982	geneDR011455,geneDR011794,geneDR035661,geneDR033829,geneDR031795,geneDR012285,geneDR021131,geneDR018870,geneDR003920,geneDR024849,geneDR011287,geneDR022292,geneDR005648,geneDR005465	pseudouridine synthase activity	MF
GO:0016853	geneDR011455,geneDR011757,geneDR011794,geneDR034087,geneDR030904,geneDR014237,geneDR014335,geneDR014363,geneDR014490,geneDR035532,geneDR035555,geneDR034737,geneDR035661,geneDR035002,geneDR032881,geneDR032888,geneDR032890,geneDR035120,geneDR032148,geneDR032126,geneDR000500,geneDR000680,geneDR000842,geneDR001001,geneDR001143,geneDR001360,geneDR001630,geneDR001632,geneDR001833,geneDR034671,geneDR034544,geneDR033829,geneDR028283,geneDR028264,geneDR008097,geneDR008087,geneDR007879,geneDR007878,geneDR016797,geneDR003496,geneDR003495,geneDR002822,geneDR002817,geneDR002788,geneDR002735,geneDR002531,geneDR002296,geneDR002246,geneDR002130,geneDR001996,geneDR001887,geneDR030519,geneDR031795,geneDR028633,geneDR020065,geneDR020282,geneDR020383,geneDR012053,geneDR012223,geneDR012226,geneDR012285,geneDR012563,geneDR012637,geneDR012693,geneDR006834,geneDR006833,geneDR006832,geneDR006799,geneDR006567,geneDR006466,geneDR006246,geneDR006154,geneDR006152,geneDR006147,geneDR033755,geneDR018425,geneDR018366,geneDR031065,geneDR031115,geneDR017626,geneDR017496,geneDR017475,geneDR017146,geneDR015123,geneDR014895,geneDR014860,geneDR014858,geneDR014793,geneDR025323,geneDR025552,geneDR028051,geneDR027917,geneDR020731,geneDR020537,geneDR009016,geneDR008956,geneDR008899,geneDR008879,geneDR008780,geneDR008717,geneDR008626,geneDR008618,geneDR008396,geneDR008371,geneDR008336,geneDR008312,geneDR014127,geneDR014074,geneDR013820,geneDR019531,geneDR016029,geneDR015970,geneDR015946,geneDR015919,geneDR015503,geneDR033216,geneDR033213,geneDR033184,geneDR034890,geneDR021328,geneDR021131,geneDR021098,geneDR020999,geneDR020952,geneDR026201,geneDR031414,geneDR030799,geneDR018870,geneDR018894,geneDR003542,geneDR003920,geneDR004244,geneDR004289,geneDR004563,geneDR004752,geneDR004780,geneDR004815,geneDR004841,geneDR004845,geneDR025229,geneDR025183,geneDR017733,geneDR017942,geneDR024849,geneDR024834,geneDR024801,geneDR024791,geneDR022826,geneDR021665,geneDR021911,geneDR019337,geneDR019131,geneDR019078,geneDR021539,geneDR021514,geneDR021512,geneDR010315,geneDR010313,geneDR031301,geneDR031242,geneDR031226,geneDR024335,geneDR024329,geneDR024117,geneDR023647,geneDR023825,geneDR014626,geneDR014598,geneDR014591,geneDR014589,geneDR026588,geneDR026698,geneDR026729,geneDR026820,geneDR025081,geneDR024533,geneDR024508,geneDR010544,geneDR010674,geneDR010974,geneDR011100,geneDR011287,geneDR027495,geneDR027671,geneDR027809,geneDR013247,geneDR013331,geneDR013473,geneDR027175,geneDR032531,geneDR029481,geneDR029508,geneDR029554,geneDR025795,geneDR025794,geneDR025793,geneDR012764,geneDR012922,geneDR012925,geneDR013012,geneDR009865,geneDR009675,geneDR009606,geneDR009363,geneDR009253,geneDR009106,geneDR016641,geneDR016343,geneDR016273,geneDR016270,geneDR016269,geneDR029036,geneDR029119,geneDR029153,geneDR007264,geneDR022211,geneDR022225,geneDR022292,geneDR022324,geneDR022565,geneDR022669,geneDR006039,geneDR006038,geneDR006007,geneDR005933,geneDR005830,geneDR005700,geneDR005648,geneDR005465,geneDR005274,geneDR005236,geneDR005106,geneDR005063	isomerase activity	MF
GO:0016866	geneDR011455,geneDR011794,geneDR035661,geneDR035002,geneDR035120,geneDR000500,geneDR001630,geneDR001632,geneDR033829,geneDR016797,geneDR031795,geneDR012285,geneDR012637,geneDR006834,geneDR006833,geneDR006832,geneDR006152,geneDR006147,geneDR017146,geneDR025323,geneDR027917,geneDR033184,geneDR034890,geneDR021131,geneDR018870,geneDR003920,geneDR004752,geneDR024849,geneDR024834,geneDR021539,geneDR010315,geneDR010313,geneDR014626,geneDR024533,geneDR024508,geneDR010544,geneDR011287,geneDR013473,geneDR009606,geneDR016273,geneDR016270,geneDR016269,geneDR022292,geneDR006007,geneDR005830,geneDR005648,geneDR005465	intramolecular transferase activity	MF
GO:0000774	geneDR011468,geneDR004538,geneDR005273	adenyl-nucleotide exchange factor activity	MF
GO:0051082	geneDR011468,geneDR034504,geneDR035577,geneDR035602,geneDR035604,geneDR034796,geneDR034907,geneDR032078,geneDR000072,geneDR001074,geneDR007745,geneDR007733,geneDR003263,geneDR002749,geneDR002491,geneDR002448,geneDR028507,geneDR020210,geneDR020266,geneDR012141,geneDR028098,geneDR006552,geneDR006307,geneDR006279,geneDR033786,geneDR033776,geneDR017969,geneDR031014,geneDR015212,geneDR025448,geneDR025561,geneDR030285,geneDR020698,geneDR008934,geneDR008902,geneDR019512,geneDR015585,geneDR015522,geneDR015455,geneDR021013,geneDR026227,geneDR031402,geneDR031393,geneDR023972,geneDR004469,geneDR004538,geneDR004777,geneDR024694,geneDR022824,geneDR023023,geneDR019208,geneDR019142,geneDR010255,geneDR024382,geneDR024290,geneDR032540,geneDR024480,geneDR010775,geneDR010897,geneDR027785,geneDR013196,geneDR027138,geneDR034928,geneDR009712,geneDR009478,geneDR016159,geneDR022256,geneDR022257,geneDR022286,geneDR005806,geneDR005273	unfolded protein binding	MF
GO:0060589	geneDR011468,geneDR034297,geneDR014457,geneDR034595,geneDR035593,geneDR035609,geneDR034914,geneDR034917,geneDR034957,geneDR035259,geneDR000954,geneDR000957,geneDR000961,geneDR001184,geneDR001426,geneDR030879,geneDR017005,geneDR003313,geneDR003083,geneDR003063,geneDR002534,geneDR002298,geneDR001990,geneDR030440,geneDR031775,geneDR028440,geneDR019874,geneDR019887,geneDR012089,geneDR012350,geneDR012465,geneDR012485,geneDR006682,geneDR006677,geneDR006429,geneDR033748,geneDR018077,geneDR030969,geneDR017482,geneDR017292,geneDR015244,geneDR025561,geneDR020663,geneDR008785,geneDR008239,geneDR008238,geneDR020789,geneDR034947,geneDR027893,geneDR014042,geneDR015801,geneDR015781,geneDR015605,geneDR015531,geneDR021292,geneDR020901,geneDR020874,geneDR024020,geneDR030808,geneDR030732,geneDR026373,geneDR003691,geneDR003780,geneDR003975,geneDR004538,geneDR004565,geneDR004772,geneDR025215,geneDR023023,geneDR022037,geneDR022086,geneDR022099,geneDR022100,geneDR018985,geneDR031834,geneDR010154,geneDR032317,geneDR031348,geneDR024425,geneDR024314,geneDR023733,geneDR023865,geneDR026613,geneDR010775,geneDR027810,geneDR013256,geneDR013332,geneDR013619,geneDR025904,geneDR026993,geneDR009826,geneDR009279,geneDR009140,geneDR016197,geneDR007267,geneDR022419,geneDR022649,geneDR005779,geneDR005442,geneDR005357,geneDR005273,geneDR032231,geneDR032232	nucleoside-triphosphatase regulator activity	MF
GO:0060590	geneDR011468,geneDR014457,geneDR035609,geneDR034914,geneDR034917,geneDR035259,geneDR030879,geneDR019887,geneDR006429,geneDR030969,geneDR020663,geneDR026373,geneDR004538,geneDR025215,geneDR022099,geneDR022100,geneDR026613,geneDR013332,geneDR025904,geneDR022649,geneDR005273	ATPase regulator activity	MF
GO:0000175	geneDR011477,geneDR034621,geneDR035187,geneDR003304,geneDR020216,geneDR020226,geneDR012325,geneDR018381,geneDR018376,geneDR018212,geneDR018054,geneDR031041,geneDR028030,geneDR008971,geneDR008641,geneDR022108,geneDR019217,geneDR019202,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR010025,geneDR031286,geneDR024179,geneDR025145,geneDR013368,geneDR025659,geneDR034457,geneDR009628,geneDR007286,geneDR007225,geneDR007215,geneDR005164	3'-5'-exoribonuclease activity	MF
GO:0004518	geneDR011477,geneDR012001,geneDR035262,geneDR035263,geneDR035319,geneDR030904,geneDR035369,geneDR014355,geneDR034605,geneDR034617,geneDR034621,geneDR035601,geneDR034727,geneDR034843,geneDR034997,geneDR035068,geneDR035110,geneDR032953,geneDR035124,geneDR035145,geneDR035187,geneDR032169,geneDR000178,geneDR000262,geneDR000273,geneDR000438,geneDR000538,geneDR000561,geneDR000651,geneDR000674,geneDR000772,geneDR000782,geneDR000783,geneDR000791,geneDR000799,geneDR000873,geneDR001091,geneDR001152,geneDR001369,geneDR001389,geneDR001438,geneDR001643,geneDR001678,geneDR028411,geneDR028349,geneDR028320,geneDR030825,geneDR008121,geneDR008045,geneDR007837,geneDR007796,geneDR007754,geneDR007741,geneDR007731,geneDR007723,geneDR007709,geneDR007708,geneDR007601,geneDR017011,geneDR016894,geneDR016806,geneDR016742,geneDR003531,geneDR003512,geneDR003422,geneDR003365,geneDR003311,geneDR003304,geneDR003095,geneDR002974,geneDR002932,geneDR002536,geneDR002454,geneDR002453,geneDR002452,geneDR002307,geneDR002234,geneDR002124,geneDR002092,geneDR002027,geneDR002020,geneDR001970,geneDR001959,geneDR001958,geneDR001885,geneDR001874,geneDR030533,geneDR031670,geneDR031689,geneDR031787,geneDR028675,geneDR028624,geneDR028623,geneDR028608,geneDR028557,geneDR019886,geneDR019927,geneDR019937,geneDR019987,geneDR020034,geneDR020074,geneDR020216,geneDR020225,geneDR020226,geneDR012083,geneDR012140,geneDR012286,geneDR012293,geneDR012325,geneDR012393,geneDR012564,geneDR028207,geneDR028109,geneDR028108,geneDR028073,geneDR033336,geneDR006895,geneDR006887,geneDR006841,geneDR006839,geneDR006681,geneDR006548,geneDR006525,geneDR006478,geneDR006456,geneDR006366,geneDR006310,geneDR006307,geneDR006183,geneDR006179,geneDR006136,geneDR033747,geneDR018577,geneDR018411,geneDR018386,geneDR018381,geneDR018376,geneDR018321,geneDR018288,geneDR018278,geneDR018224,geneDR018212,geneDR018054,geneDR017975,geneDR030928,geneDR030953,geneDR031041,geneDR031063,geneDR031156,geneDR034175,geneDR017673,geneDR017585,geneDR017539,geneDR017495,geneDR017493,geneDR017451,geneDR017446,geneDR017396,geneDR017382,geneDR017357,geneDR017270,geneDR017264,geneDR017218,geneDR017062,geneDR015338,geneDR015306,geneDR015237,geneDR015187,geneDR015148,geneDR015045,geneDR015023,geneDR014914,geneDR014900,geneDR014895,geneDR014869,geneDR014856,geneDR014847,geneDR014813,geneDR014806,geneDR014785,geneDR014757,geneDR025417,geneDR025505,geneDR025563,geneDR025570,geneDR028030,geneDR027955,geneDR027954,geneDR029694,geneDR020622,geneDR020620,geneDR020544,geneDR020482,geneDR009017,geneDR008971,geneDR008899,geneDR008687,geneDR008664,geneDR008641,geneDR030048,geneDR029959,geneDR029930,geneDR029890,geneDR029814,geneDR029813,geneDR029807,geneDR029774,geneDR027351,geneDR027363,geneDR028888,geneDR028848,geneDR028820,geneDR028819,geneDR020743,geneDR027873,geneDR027883,geneDR030098,geneDR014169,geneDR014157,geneDR014156,geneDR014131,geneDR014057,geneDR013978,geneDR013957,geneDR013832,geneDR019580,geneDR019650,geneDR019679,geneDR019744,geneDR019758,geneDR019773,geneDR019783,geneDR034512,geneDR016066,geneDR015970,geneDR015928,geneDR015827,geneDR015800,geneDR015645,geneDR015532,geneDR015375,geneDR033236,geneDR033235,geneDR033228,geneDR021379,geneDR021327,geneDR021310,geneDR021233,geneDR021118,geneDR021108,geneDR021107,geneDR021031,geneDR021006,geneDR020866,geneDR025995,geneDR025997,geneDR026058,geneDR026070,geneDR026078,geneDR026092,geneDR032434,geneDR034527,geneDR031436,geneDR031396,geneDR031388,geneDR031387,geneDR031375,geneDR031361,geneDR023990,geneDR018592,geneDR018630,geneDR018652,geneDR018653,geneDR018765,geneDR018808,geneDR018855,geneDR018890,geneDR018909,geneDR018921,geneDR026278,geneDR026472,geneDR026565,geneDR003751,geneDR003792,geneDR003838,geneDR003852,geneDR003939,geneDR003998,geneDR004108,geneDR004184,geneDR004297,geneDR004300,geneDR004328,geneDR004382,geneDR004568,geneDR004750,geneDR004783,geneDR004791,geneDR004792,geneDR004812,geneDR004858,geneDR004871,geneDR004973,geneDR004974,geneDR025279,geneDR025264,geneDR017722,geneDR017724,geneDR017751,geneDR017787,geneDR017819,geneDR017888,geneDR017889,geneDR017903,geneDR024950,geneDR024829,geneDR024763,geneDR024724,geneDR024674,geneDR024671,geneDR022773,geneDR022917,geneDR022994,geneDR023001,geneDR023111,geneDR033532,geneDR021697,geneDR021917,geneDR021976,geneDR022108,geneDR022136,geneDR022145,geneDR022169,geneDR019432,geneDR019427,geneDR019315,geneDR019217,geneDR019213,geneDR019209,geneDR019202,geneDR019186,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR019169,geneDR019130,geneDR019045,geneDR018999,geneDR021606,geneDR021563,geneDR021548,geneDR021479,geneDR021472,geneDR021450,geneDR010302,geneDR010245,geneDR010193,geneDR010025,geneDR010022,geneDR010010,geneDR032315,geneDR032397,geneDR031346,geneDR031286,geneDR031273,geneDR031259,geneDR031243,geneDR031201,geneDR024342,geneDR024337,geneDR024316,geneDR024213,geneDR024179,geneDR023828,geneDR023862,geneDR023879,geneDR023885,geneDR014682,geneDR014629,geneDR014519,geneDR026709,geneDR025023,geneDR025114,geneDR025134,geneDR025145,geneDR033506,geneDR032541,geneDR032552,geneDR024583,geneDR024532,geneDR024497,geneDR024491,geneDR010449,geneDR010529,geneDR010566,geneDR010586,geneDR010598,geneDR010614,geneDR010720,geneDR010721,geneDR010856,geneDR010862,geneDR011045,geneDR011147,geneDR011213,geneDR011218,geneDR011256,geneDR011276,geneDR011293,geneDR011296,geneDR011306,geneDR027432,geneDR027536,geneDR027628,geneDR027675,geneDR027676,geneDR027747,geneDR027759,geneDR033663,geneDR033634,geneDR033592,geneDR013034,geneDR013037,geneDR013092,geneDR013139,geneDR013192,geneDR013368,geneDR013595,geneDR013696,geneDR013717,geneDR013736,geneDR027166,geneDR027165,geneDR027164,geneDR028959,geneDR033942,geneDR029465,geneDR029571,geneDR029590,geneDR029592,geneDR029602,geneDR023469,geneDR023466,geneDR023449,geneDR023374,geneDR023344,geneDR023264,geneDR032672,geneDR032662,geneDR034932,geneDR025965,geneDR025959,geneDR025890,geneDR025889,geneDR025883,geneDR025874,geneDR025864,geneDR025771,geneDR025659,geneDR025654,geneDR034457,geneDR035361,geneDR012739,geneDR012743,geneDR012769,geneDR012862,geneDR012952,geneDR027009,geneDR009851,geneDR009815,geneDR009775,geneDR009699,geneDR009632,geneDR009628,geneDR009397,geneDR009380,geneDR009306,geneDR009288,geneDR009277,geneDR009276,geneDR009275,geneDR009206,geneDR009144,geneDR009075,geneDR016579,geneDR016510,geneDR016506,geneDR016496,geneDR016493,geneDR016465,geneDR016445,geneDR016362,geneDR016345,geneDR029073,geneDR032254,geneDR007451,geneDR007437,geneDR007401,geneDR007394,geneDR007368,geneDR007334,geneDR007333,geneDR007293,geneDR007292,geneDR007286,geneDR007225,geneDR007215,geneDR007209,geneDR007207,geneDR034074,geneDR007098,geneDR007040,geneDR007036,geneDR007019,geneDR007009,geneDR006995,geneDR006950,geneDR006934,geneDR022179,geneDR022185,geneDR022340,geneDR022511,geneDR022557,geneDR006098,geneDR006070,geneDR006047,geneDR006004,geneDR005965,geneDR005920,geneDR005842,geneDR005824,geneDR005819,geneDR005818,geneDR005817,geneDR005666,geneDR005617,geneDR005475,geneDR005466,geneDR005464,geneDR005462,geneDR005461,geneDR005452,geneDR005432,geneDR005426,geneDR005400,geneDR005325,geneDR005268,geneDR005254,geneDR005198,geneDR005164,geneDR005161,geneDR005151,geneDR005135,geneDR005134,geneDR005133,geneDR005075,geneDR005021	nuclease activity	MF
GO:0004527	geneDR011477,geneDR035369,geneDR034621,geneDR034843,geneDR034997,geneDR035187,geneDR000651,geneDR000772,geneDR008121,geneDR008045,geneDR003365,geneDR003304,geneDR002027,geneDR020216,geneDR020226,geneDR012325,geneDR028108,geneDR028073,geneDR006895,geneDR006478,geneDR006366,geneDR006136,geneDR018381,geneDR018376,geneDR018212,geneDR018054,geneDR031041,geneDR017585,geneDR017062,geneDR014806,geneDR028030,geneDR009017,geneDR008971,geneDR008641,geneDR013978,geneDR021233,geneDR003792,geneDR022108,geneDR019217,geneDR019202,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR010302,geneDR010025,geneDR031286,geneDR031259,geneDR024179,geneDR025023,geneDR025114,geneDR025145,geneDR024583,geneDR010862,geneDR013139,geneDR013368,geneDR023374,geneDR032672,geneDR025874,geneDR025659,geneDR034457,geneDR009775,geneDR009628,geneDR009380,geneDR007286,geneDR007225,geneDR007215,geneDR007009,geneDR006934,geneDR005452,geneDR005254,geneDR005164,geneDR005134,geneDR005133,geneDR005075	exonuclease activity	MF
GO:0004532	geneDR011477,geneDR035369,geneDR034621,geneDR035187,geneDR008121,geneDR003304,geneDR020216,geneDR020226,geneDR012325,geneDR018381,geneDR018376,geneDR018212,geneDR018054,geneDR031041,geneDR028030,geneDR008971,geneDR008641,geneDR022108,geneDR019217,geneDR019202,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR010025,geneDR031286,geneDR024179,geneDR025145,geneDR013368,geneDR023374,geneDR025659,geneDR034457,geneDR009628,geneDR007286,geneDR007225,geneDR007215,geneDR005452,geneDR005164	exoribonuclease activity	MF
GO:0004540	geneDR011477,geneDR035262,geneDR035263,geneDR035369,geneDR034621,geneDR035601,geneDR034727,geneDR035068,geneDR032953,geneDR035124,geneDR035187,geneDR001389,geneDR028411,geneDR008121,geneDR003311,geneDR003304,geneDR002234,geneDR019886,geneDR020216,geneDR020225,geneDR020226,geneDR012325,geneDR012393,geneDR028109,geneDR006839,geneDR006310,geneDR006307,geneDR018577,geneDR018381,geneDR018376,geneDR018212,geneDR018054,geneDR031041,geneDR031063,geneDR017382,geneDR015148,geneDR014785,geneDR028030,geneDR027955,geneDR027954,geneDR008971,geneDR008641,geneDR019650,geneDR015532,geneDR033228,geneDR020866,geneDR018765,geneDR017819,geneDR022108,geneDR019427,geneDR019217,geneDR019209,geneDR019202,geneDR019186,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR019045,geneDR010025,geneDR031286,geneDR024342,geneDR024179,geneDR014519,geneDR025145,geneDR010449,geneDR010586,geneDR011213,geneDR013368,geneDR033942,geneDR023374,geneDR025659,geneDR025654,geneDR034457,geneDR009628,geneDR009306,geneDR009275,geneDR009206,geneDR009144,geneDR016579,geneDR016510,geneDR016506,geneDR016496,geneDR016465,geneDR007286,geneDR007225,geneDR007215,geneDR006098,geneDR005452,geneDR005268,geneDR005164	ribonuclease activity	MF
GO:0008408	geneDR011477,geneDR034621,geneDR035187,geneDR000772,geneDR008045,geneDR003365,geneDR003304,geneDR002027,geneDR020216,geneDR020226,geneDR012325,geneDR006895,geneDR006136,geneDR018381,geneDR018376,geneDR018212,geneDR018054,geneDR031041,geneDR028030,geneDR009017,geneDR008971,geneDR008641,geneDR013978,geneDR021233,geneDR022108,geneDR019217,geneDR019202,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR010302,geneDR010025,geneDR031286,geneDR031259,geneDR024179,geneDR025114,geneDR025145,geneDR024583,geneDR010862,geneDR013368,geneDR032672,geneDR025874,geneDR025659,geneDR034457,geneDR009775,geneDR009628,geneDR009380,geneDR007286,geneDR007225,geneDR007215,geneDR007009,geneDR006934,geneDR005164,geneDR005134,geneDR005133	3'-5' exonuclease activity	MF
GO:0008997	geneDR011477	ribonuclease R activity	MF
GO:0016788	geneDR011477,geneDR011494,geneDR012001,geneDR035262,geneDR035263,geneDR035311,geneDR035319,geneDR030904,geneDR035369,geneDR035374,geneDR034297,geneDR035420,geneDR034318,geneDR035500,geneDR035510,geneDR014269,geneDR014355,geneDR035551,geneDR034596,geneDR034597,geneDR035582,geneDR034605,geneDR034617,geneDR034621,geneDR035601,geneDR035640,geneDR034727,geneDR034843,geneDR034997,geneDR035046,geneDR035068,geneDR035110,geneDR032891,geneDR032953,geneDR035124,geneDR035142,geneDR035145,geneDR035183,geneDR035187,geneDR032169,geneDR032105,geneDR032069,geneDR032052,geneDR032039,geneDR031991,geneDR000008,geneDR000068,geneDR000157,geneDR000178,geneDR000198,geneDR000199,geneDR000262,geneDR000273,geneDR000438,geneDR000527,geneDR000538,geneDR000553,geneDR000561,geneDR000626,geneDR000651,geneDR000674,geneDR000737,geneDR000772,geneDR000782,geneDR000783,geneDR000791,geneDR000799,geneDR000859,geneDR000873,geneDR000941,geneDR001009,geneDR001067,geneDR001091,geneDR001099,geneDR001146,geneDR001152,geneDR001173,geneDR001178,geneDR001179,geneDR001197,geneDR001369,geneDR001389,geneDR001438,geneDR001440,geneDR001446,geneDR001572,geneDR001621,geneDR001643,geneDR001678,geneDR001685,geneDR001703,geneDR001728,geneDR001748,geneDR001824,geneDR028411,geneDR028398,geneDR028394,geneDR028349,geneDR028320,geneDR028240,geneDR030826,geneDR030825,geneDR008121,geneDR008070,geneDR008045,geneDR008042,geneDR008040,geneDR008039,geneDR008001,geneDR007968,geneDR007929,geneDR007906,geneDR007898,geneDR007895,geneDR007875,geneDR007858,geneDR007837,geneDR007796,geneDR007754,geneDR007741,geneDR007731,geneDR007730,geneDR007723,geneDR007709,geneDR007708,geneDR007664,geneDR007626,geneDR007601,geneDR007590,geneDR017011,geneDR016988,geneDR016980,geneDR016942,geneDR016908,geneDR016894,geneDR016883,geneDR016810,geneDR016806,geneDR016796,geneDR016783,geneDR016759,geneDR016742,geneDR016720,geneDR016693,geneDR003531,geneDR003512,geneDR003504,geneDR003491,geneDR003469,geneDR003422,geneDR003365,geneDR003337,geneDR003311,geneDR003304,geneDR003214,geneDR003199,geneDR003187,geneDR003099,geneDR003095,geneDR002974,geneDR002932,geneDR002834,geneDR002833,geneDR002717,geneDR002602,geneDR002601,geneDR002566,geneDR002536,geneDR002510,geneDR002505,geneDR002498,geneDR002454,geneDR002453,geneDR002452,geneDR002442,geneDR002366,geneDR002307,geneDR002234,geneDR002189,geneDR002148,geneDR002144,geneDR002124,geneDR002092,geneDR002027,geneDR002020,geneDR001970,geneDR001959,geneDR001958,geneDR001957,geneDR001920,geneDR001885,geneDR001874,geneDR001855,geneDR030512,geneDR030514,geneDR030515,geneDR030533,geneDR030557,geneDR031670,geneDR031689,geneDR031787,geneDR031807,geneDR035034,geneDR028812,geneDR028794,geneDR028789,geneDR028785,geneDR028759,geneDR028753,geneDR028675,geneDR028645,geneDR028624,geneDR028623,geneDR028608,geneDR028557,geneDR028514,geneDR028513,geneDR028506,geneDR028503,geneDR028494,geneDR028477,geneDR028475,geneDR028437,geneDR028434,geneDR028433,geneDR019877,geneDR019880,geneDR019881,geneDR019886,geneDR019927,geneDR019937,geneDR019943,geneDR019970,geneDR019973,geneDR019985,geneDR019987,geneDR020034,geneDR020074,geneDR020088,geneDR020216,geneDR020225,geneDR020226,geneDR020330,geneDR020339,geneDR020394,geneDR012066,geneDR012083,geneDR012085,geneDR012101,geneDR012140,geneDR012144,geneDR012151,geneDR012190,geneDR012280,geneDR012286,geneDR012293,geneDR012325,geneDR012350,geneDR012393,geneDR012456,geneDR012463,geneDR012499,geneDR012564,geneDR012580,geneDR012630,geneDR034380,geneDR028207,geneDR028202,geneDR028190,geneDR028109,geneDR028108,geneDR028073,geneDR031927,geneDR033336,geneDR033350,geneDR006895,geneDR006887,geneDR006862,geneDR006841,geneDR006839,geneDR006821,geneDR006696,geneDR006684,geneDR006681,geneDR006548,geneDR006525,geneDR006523,geneDR006489,geneDR006478,geneDR006463,geneDR006456,geneDR006428,geneDR006366,geneDR006310,geneDR006307,geneDR006305,geneDR006295,geneDR006293,geneDR006283,geneDR006183,geneDR006179,geneDR006178,geneDR006136,geneDR033783,geneDR033747,geneDR033746,geneDR018577,geneDR018542,geneDR018540,geneDR018433,geneDR018429,geneDR018421,geneDR018411,geneDR018386,geneDR018381,geneDR018376,geneDR018321,geneDR018288,geneDR018278,geneDR018258,geneDR018224,geneDR018222,geneDR018221,geneDR018220,geneDR018212,geneDR018184,geneDR018177,geneDR018098,geneDR018077,geneDR018054,geneDR018002,geneDR017975,geneDR030928,geneDR030953,geneDR030985,geneDR031027,geneDR031041,geneDR031063,geneDR031070,geneDR031156,geneDR034161,geneDR034175,geneDR017673,geneDR017617,geneDR017599,geneDR017596,geneDR017585,geneDR017539,geneDR017495,geneDR017493,geneDR017451,geneDR017446,geneDR017443,geneDR017436,geneDR017396,geneDR017382,geneDR017357,geneDR017317,geneDR017310,geneDR017286,geneDR017270,geneDR017264,geneDR017236,geneDR017218,geneDR017211,geneDR017062,geneDR015338,geneDR015306,geneDR015237,geneDR015187,geneDR015148,geneDR015147,geneDR015096,geneDR015045,geneDR015023,geneDR014947,geneDR014938,geneDR014917,geneDR014914,geneDR014900,geneDR014895,geneDR014869,geneDR014856,geneDR014847,geneDR014813,geneDR014806,geneDR014802,geneDR014785,geneDR014757,geneDR025356,geneDR025417,geneDR025449,geneDR025477,geneDR025483,geneDR025505,geneDR025563,geneDR025570,geneDR033171,geneDR028030,geneDR028025,geneDR027955,geneDR027954,geneDR030264,geneDR030267,geneDR030268,geneDR029713,geneDR029710,geneDR029694,geneDR020622,geneDR020620,geneDR020544,geneDR020530,geneDR020508,geneDR020482,geneDR020420,geneDR009054,geneDR009017,geneDR008971,geneDR008946,geneDR008899,geneDR008870,geneDR008708,geneDR008701,geneDR008687,geneDR008664,geneDR008641,geneDR008619,geneDR008566,geneDR008470,geneDR008278,geneDR030059,geneDR030048,geneDR029959,geneDR029930,geneDR029926,geneDR029890,geneDR029820,geneDR029814,geneDR029813,geneDR029807,geneDR029800,geneDR029774,geneDR034766,geneDR033984,geneDR034869,geneDR027309,geneDR027320,geneDR027351,geneDR027353,geneDR027354,geneDR027363,geneDR027406,geneDR028888,geneDR028886,geneDR028848,geneDR028820,geneDR028819,geneDR020743,geneDR020769,geneDR020770,geneDR033463,geneDR027863,geneDR027868,geneDR027869,geneDR027873,geneDR027883,geneDR030133,geneDR030098,geneDR014200,geneDR014199,geneDR014169,geneDR014157,geneDR014156,geneDR014131,geneDR014057,geneDR013978,geneDR013960,geneDR013957,geneDR013914,geneDR013911,geneDR013832,geneDR019580,geneDR019650,geneDR019679,geneDR019744,geneDR019751,geneDR019758,geneDR019773,geneDR019775,geneDR019783,geneDR019784,geneDR019799,geneDR034512,geneDR016066,geneDR016057,geneDR016040,geneDR015970,geneDR015928,geneDR015896,geneDR015869,geneDR015838,geneDR015827,geneDR015811,geneDR015808,geneDR015800,geneDR015795,geneDR015758,geneDR015756,geneDR015736,geneDR015681,geneDR015654,geneDR015652,geneDR015645,geneDR015641,geneDR015532,geneDR015509,geneDR015377,geneDR015375,geneDR015366,geneDR033282,geneDR033256,geneDR033236,geneDR033235,geneDR033228,geneDR033224,geneDR033207,geneDR033185,geneDR034889,geneDR021382,geneDR021379,geneDR021376,geneDR021327,geneDR021310,geneDR021289,geneDR021288,geneDR021243,geneDR021233,geneDR021207,geneDR021205,geneDR021203,geneDR021193,geneDR021172,geneDR021171,geneDR021170,geneDR021167,geneDR021118,geneDR021108,geneDR021107,geneDR021031,geneDR021006,geneDR021002,geneDR020866,geneDR025995,geneDR025997,geneDR026013,geneDR026058,geneDR026059,geneDR026070,geneDR026078,geneDR026087,geneDR026092,geneDR026108,geneDR026190,geneDR026191,geneDR026231,geneDR032434,geneDR034527,geneDR031436,geneDR031396,geneDR031388,geneDR031387,geneDR031375,geneDR031361,geneDR023990,geneDR023956,geneDR023951,geneDR030789,geneDR030771,geneDR030765,geneDR030739,geneDR030699,geneDR018592,geneDR018599,geneDR018615,geneDR018630,geneDR018652,geneDR018653,geneDR018728,geneDR018734,geneDR018736,geneDR018765,geneDR018808,geneDR018809,geneDR018815,geneDR018836,geneDR018855,geneDR018871,geneDR018872,geneDR018890,geneDR018908,geneDR018909,geneDR018921,geneDR018932,geneDR018941,geneDR026278,geneDR026279,geneDR026288,geneDR026393,geneDR026452,geneDR026472,geneDR026477,geneDR026532,geneDR026561,geneDR026565,geneDR003563,geneDR003564,geneDR003566,geneDR003567,geneDR003568,geneDR003609,geneDR003612,geneDR003632,geneDR003751,geneDR003792,geneDR003838,geneDR003852,geneDR003938,geneDR003939,geneDR003998,geneDR004108,geneDR004134,geneDR004152,geneDR004176,geneDR004181,geneDR004184,geneDR004210,geneDR004297,geneDR004300,geneDR004328,geneDR004360,geneDR004379,geneDR004380,geneDR004382,geneDR004462,geneDR004525,geneDR004531,geneDR004537,geneDR004568,geneDR004595,geneDR004626,geneDR004748,geneDR004750,geneDR004783,geneDR004791,geneDR004792,geneDR004812,geneDR004836,geneDR004837,geneDR004853,geneDR004858,geneDR004871,geneDR004973,geneDR004974,geneDR025279,geneDR025264,geneDR025184,geneDR025166,geneDR025165,geneDR017722,geneDR017724,geneDR017751,geneDR017787,geneDR017805,geneDR017819,geneDR017836,geneDR017870,geneDR017888,geneDR017889,geneDR017903,geneDR033727,geneDR024985,geneDR024975,geneDR024950,geneDR024940,geneDR024855,geneDR024829,geneDR024764,geneDR024763,geneDR024728,geneDR024724,geneDR024674,geneDR024671,geneDR022757,geneDR022759,geneDR022761,geneDR022773,geneDR022856,geneDR022909,geneDR022910,geneDR022917,geneDR022938,geneDR022994,geneDR023001,geneDR023111,geneDR023151,geneDR033532,geneDR021684,geneDR021697,geneDR021741,geneDR021788,geneDR021794,geneDR021818,geneDR021897,geneDR021917,geneDR021976,geneDR022029,geneDR022061,geneDR022091,geneDR022092,geneDR022093,geneDR022108,geneDR022136,geneDR022145,geneDR022169,geneDR019462,geneDR019461,geneDR019449,geneDR019448,geneDR019444,geneDR019432,geneDR019427,geneDR019352,geneDR019315,geneDR019217,geneDR019213,geneDR019209,geneDR019202,geneDR019186,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR019169,geneDR019130,geneDR019045,geneDR019018,geneDR018999,geneDR018995,geneDR018968,geneDR021606,geneDR021596,geneDR021563,geneDR021549,geneDR021548,geneDR021521,geneDR021479,geneDR021472,geneDR021450,geneDR031834,geneDR010302,geneDR010245,geneDR010231,geneDR010226,geneDR010193,geneDR010154,geneDR010098,geneDR010083,geneDR010056,geneDR010048,geneDR010025,geneDR010022,geneDR010015,geneDR010013,geneDR010012,geneDR010010,geneDR009982,geneDR032313,geneDR032315,geneDR032397,geneDR032404,geneDR031346,geneDR031344,geneDR031286,geneDR031273,geneDR031259,geneDR031243,geneDR031233,geneDR031214,geneDR031201,geneDR024342,geneDR024337,geneDR024318,geneDR024316,geneDR024285,geneDR024227,geneDR024213,geneDR024179,geneDR024132,geneDR023766,geneDR023767,geneDR023828,geneDR023862,geneDR023879,geneDR023885,geneDR014682,geneDR014666,geneDR014650,geneDR014629,geneDR014588,geneDR014587,geneDR014519,geneDR026709,geneDR026789,geneDR025023,geneDR025086,geneDR025114,geneDR025134,geneDR025145,geneDR033506,geneDR032541,geneDR032552,geneDR024590,geneDR024583,geneDR024532,geneDR024497,geneDR024491,geneDR034828,geneDR010411,geneDR010420,geneDR010449,geneDR010529,geneDR010566,geneDR010586,geneDR010598,geneDR010614,geneDR010654,geneDR010720,geneDR010721,geneDR010724,geneDR010856,geneDR010860,geneDR010862,geneDR010868,geneDR010896,geneDR011037,geneDR011045,geneDR011056,geneDR011147,geneDR011213,geneDR011218,geneDR011226,geneDR011256,geneDR011276,geneDR011293,geneDR011296,geneDR011306,geneDR027432,geneDR027438,geneDR027461,geneDR027466,geneDR027522,geneDR027536,geneDR027589,geneDR027628,geneDR027675,geneDR027676,geneDR027702,geneDR027747,geneDR027759,geneDR033663,geneDR033634,geneDR033600,geneDR033592,geneDR013034,geneDR013037,geneDR013092,geneDR013095,geneDR013097,geneDR013128,geneDR013139,geneDR013148,geneDR013191,geneDR013192,geneDR013284,geneDR013300,geneDR013368,geneDR013540,geneDR013595,geneDR013636,geneDR013696,geneDR013717,geneDR013729,geneDR013736,geneDR013740,geneDR013780,geneDR013786,geneDR027196,geneDR027166,geneDR027165,geneDR027164,geneDR028951,geneDR028959,geneDR032526,geneDR033942,geneDR029458,geneDR029465,geneDR029534,geneDR029571,geneDR029590,geneDR029592,geneDR029602,geneDR029617,geneDR023573,geneDR023469,geneDR023466,geneDR023449,geneDR023442,geneDR023374,geneDR023344,geneDR023314,geneDR023264,geneDR023250,geneDR023221,geneDR032708,geneDR032672,geneDR032662,geneDR034932,geneDR025968,geneDR025965,geneDR025959,geneDR025927,geneDR025890,geneDR025889,geneDR025883,geneDR025874,geneDR025864,geneDR025771,geneDR025735,geneDR025730,geneDR025698,geneDR025683,geneDR025659,geneDR025654,geneDR034457,geneDR035361,geneDR012739,geneDR012743,geneDR012769,geneDR012770,geneDR012805,geneDR012862,geneDR012952,geneDR027009,geneDR026975,geneDR026953,geneDR009918,geneDR009914,geneDR009851,geneDR009832,geneDR009815,geneDR009778,geneDR009775,geneDR009758,geneDR009738,geneDR009726,geneDR009724,geneDR009710,geneDR009699,geneDR009681,geneDR009665,geneDR009658,geneDR009657,geneDR009632,geneDR009628,geneDR009596,geneDR009589,geneDR009555,geneDR009525,geneDR009523,geneDR009502,geneDR009471,geneDR009412,geneDR009397,geneDR009382,geneDR009380,geneDR009306,geneDR009288,geneDR009279,geneDR009277,geneDR009276,geneDR009275,geneDR009206,geneDR009144,geneDR009133,geneDR009098,geneDR009075,geneDR016666,geneDR016646,geneDR016579,geneDR016572,geneDR016510,geneDR016506,geneDR016496,geneDR016493,geneDR016465,geneDR016445,geneDR016419,geneDR016411,geneDR016390,geneDR016377,geneDR016373,geneDR016362,geneDR016361,geneDR016345,geneDR016326,geneDR016206,geneDR016204,geneDR016201,geneDR016179,geneDR029019,geneDR029073,geneDR029094,geneDR029116,geneDR029182,geneDR032254,geneDR032288,geneDR030643,geneDR030638,geneDR007451,geneDR007437,geneDR007401,geneDR007394,geneDR007370,geneDR007369,geneDR007368,geneDR007334,geneDR007333,geneDR007293,geneDR007292,geneDR007286,geneDR007256,geneDR007225,geneDR007215,geneDR007209,geneDR007207,geneDR007200,geneDR007180,geneDR007152,geneDR007151,geneDR007149,geneDR007147,geneDR007144,geneDR007142,geneDR034039,geneDR034043,geneDR034074,geneDR007140,geneDR007138,geneDR007133,geneDR007098,geneDR007044,geneDR007043,geneDR007040,geneDR007036,geneDR007019,geneDR007009,geneDR006995,geneDR006984,geneDR006950,geneDR006934,geneDR022179,geneDR022185,geneDR022243,geneDR022338,geneDR022340,geneDR022495,geneDR022511,geneDR022552,geneDR022557,geneDR022693,geneDR022706,geneDR006098,geneDR006070,geneDR006047,geneDR006004,geneDR005983,geneDR005970,geneDR005965,geneDR005936,geneDR005920,geneDR005897,geneDR005842,geneDR005824,geneDR005819,geneDR005818,geneDR005817,geneDR005737,geneDR005720,geneDR005706,geneDR005666,geneDR005617,geneDR005475,geneDR005466,geneDR005464,geneDR005462,geneDR005461,geneDR005452,geneDR005444,geneDR005432,geneDR005426,geneDR005400,geneDR005325,geneDR005301,geneDR005268,geneDR005256,geneDR005254,geneDR005198,geneDR005164,geneDR005161,geneDR005151,geneDR005135,geneDR005134,geneDR005133,geneDR005075,geneDR005051,geneDR005038,geneDR005021	hydrolase activity, acting on ester bonds	MF
GO:0016796	geneDR011477,geneDR035369,geneDR034621,geneDR035187,geneDR003365,geneDR003304,geneDR020216,geneDR020226,geneDR012325,geneDR028108,geneDR018381,geneDR018376,geneDR018212,geneDR018054,geneDR031041,geneDR028030,geneDR008971,geneDR008641,geneDR013978,geneDR021233,geneDR003792,geneDR022108,geneDR019217,geneDR019202,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR010025,geneDR031286,geneDR024179,geneDR025145,geneDR010862,geneDR013368,geneDR023374,geneDR025659,geneDR034457,geneDR009775,geneDR009628,geneDR007286,geneDR007225,geneDR007215,geneDR006934,geneDR005452,geneDR005164	exonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters	MF
GO:0016896	geneDR011477,geneDR035369,geneDR034621,geneDR035187,geneDR003304,geneDR020216,geneDR020226,geneDR012325,geneDR018381,geneDR018376,geneDR018212,geneDR018054,geneDR031041,geneDR028030,geneDR008971,geneDR008641,geneDR022108,geneDR019217,geneDR019202,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR010025,geneDR031286,geneDR024179,geneDR025145,geneDR013368,geneDR023374,geneDR025659,geneDR034457,geneDR009628,geneDR007286,geneDR007225,geneDR007215,geneDR005452,geneDR005164	exoribonuclease activity, producing 5'-phosphomonoesters	MF
GO:0034458	geneDR011477,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR020980,geneDR020979,geneDR010314,geneDR024551	3'-5' RNA helicase activity	MF
GO:0004175	geneDR011480,geneDR011687,geneDR033865,geneDR034086,geneDR035315,geneDR035340,geneDR035344,geneDR035345,geneDR035397,geneDR035443,geneDR035444,geneDR035448,geneDR035449,geneDR035450,geneDR034354,geneDR035613,geneDR034746,geneDR034979,geneDR034992,geneDR032916,geneDR035240,geneDR035245,geneDR032098,geneDR000337,geneDR000443,geneDR000560,geneDR000564,geneDR000586,geneDR000793,geneDR001110,geneDR001160,geneDR001216,geneDR001612,geneDR001664,geneDR001750,geneDR028231,geneDR028224,geneDR028223,geneDR028222,geneDR028221,geneDR030892,geneDR008030,geneDR008027,geneDR016861,geneDR003262,geneDR003261,geneDR003260,geneDR003057,geneDR002737,geneDR002632,geneDR002339,geneDR002026,geneDR001861,geneDR030409,geneDR030429,geneDR031704,geneDR028554,geneDR028478,geneDR019889,geneDR019893,geneDR019900,geneDR019961,geneDR019963,geneDR020026,geneDR020171,geneDR020254,geneDR012113,geneDR012623,geneDR028187,geneDR006866,geneDR006865,geneDR006864,geneDR006396,geneDR006137,geneDR033779,geneDR018240,geneDR017952,geneDR030980,geneDR017423,geneDR017418,geneDR017309,geneDR017141,geneDR014932,geneDR025297,geneDR025426,geneDR033134,geneDR020658,geneDR020587,geneDR020447,geneDR009037,geneDR008997,geneDR008925,geneDR008908,geneDR008897,geneDR008823,geneDR008789,geneDR008720,geneDR008562,geneDR029750,geneDR028882,geneDR020851,geneDR020854,geneDR034005,geneDR030092,geneDR014213,geneDR014196,geneDR013821,geneDR019663,geneDR019789,geneDR019820,geneDR034331,geneDR034513,geneDR015888,geneDR021213,geneDR020889,geneDR026136,geneDR026228,geneDR033373,geneDR018624,geneDR018726,geneDR018727,geneDR026351,geneDR026411,geneDR026470,geneDR026474,geneDR026479,geneDR003698,geneDR003714,geneDR003798,geneDR003820,geneDR004665,geneDR004766,geneDR034774,geneDR017679,geneDR017779,geneDR017823,geneDR024976,geneDR024856,geneDR024717,geneDR024684,geneDR022796,geneDR033561,geneDR021959,geneDR021978,geneDR022058,geneDR022102,geneDR022107,geneDR022114,geneDR018955,geneDR010305,geneDR010243,geneDR010198,geneDR010099,geneDR024287,geneDR024233,geneDR023775,geneDR023921,geneDR014560,geneDR026653,geneDR032538,geneDR024588,geneDR010530,geneDR010689,geneDR010828,geneDR010906,geneDR010932,geneDR011263,geneDR027446,geneDR027453,geneDR013047,geneDR013070,geneDR013304,geneDR013315,geneDR013347,geneDR013767,geneDR013768,geneDR027267,geneDR027024,geneDR032599,geneDR032530,geneDR032529,geneDR032495,geneDR032618,geneDR012827,geneDR026928,geneDR009780,geneDR009582,geneDR009576,geneDR009418,geneDR009383,geneDR009344,geneDR009204,geneDR016560,geneDR029018,geneDR032270,geneDR007484,geneDR007481,geneDR007354,geneDR007029,geneDR022299,geneDR022300,geneDR022376,geneDR022380,geneDR022413,geneDR022607,geneDR022651,geneDR006059,geneDR005569,geneDR005538,geneDR005178,geneDR005177,geneDR005145,geneDR005068	endopeptidase activity	MF
GO:0004252	geneDR011480,geneDR011687,geneDR000586,geneDR001110,geneDR001160,geneDR001612,geneDR008027,geneDR003262,geneDR003261,geneDR003260,geneDR020026,geneDR020171,geneDR012623,geneDR020447,geneDR008925,geneDR014213,geneDR019820,geneDR026136,geneDR034774,geneDR017679,geneDR017823,geneDR021959,geneDR024588,geneDR013047,geneDR013070,geneDR013304,geneDR027267,geneDR009344,geneDR009204,geneDR016560,geneDR007481	serine-type endopeptidase activity	MF
GO:0008236	geneDR011480,geneDR011687,geneDR034750,geneDR000586,geneDR000717,geneDR001110,geneDR001160,geneDR001612,geneDR030870,geneDR008027,geneDR003262,geneDR003261,geneDR003260,geneDR002998,geneDR002675,geneDR002154,geneDR031791,geneDR031810,geneDR035036,geneDR035037,geneDR035038,geneDR028810,geneDR028641,geneDR028554,geneDR020026,geneDR020171,geneDR012165,geneDR012623,geneDR006260,geneDR018481,geneDR020583,geneDR020582,geneDR020447,geneDR008925,geneDR030024,geneDR014213,geneDR019566,geneDR019820,geneDR015607,geneDR015468,geneDR026136,geneDR018633,geneDR004101,geneDR025194,geneDR034774,geneDR017679,geneDR017823,geneDR021728,geneDR021903,geneDR021959,geneDR021978,geneDR024432,geneDR024588,geneDR024568,geneDR013047,geneDR013070,geneDR013304,geneDR027267,geneDR027068,geneDR027067,geneDR027066,geneDR027065,geneDR027064,geneDR034573,geneDR029447,geneDR023439,geneDR023438,geneDR023295,geneDR009900,geneDR009344,geneDR009204,geneDR016560,geneDR007481,geneDR005885	serine-type peptidase activity	MF
GO:0017171	geneDR011480,geneDR011687,geneDR034750,geneDR000586,geneDR000717,geneDR001110,geneDR001160,geneDR001612,geneDR030870,geneDR008027,geneDR003262,geneDR003261,geneDR003260,geneDR002998,geneDR002675,geneDR002154,geneDR031791,geneDR031810,geneDR035036,geneDR035037,geneDR035038,geneDR028810,geneDR028641,geneDR028554,geneDR020026,geneDR020171,geneDR012165,geneDR012623,geneDR006260,geneDR018481,geneDR020583,geneDR020582,geneDR020447,geneDR008925,geneDR030024,geneDR014213,geneDR019566,geneDR019820,geneDR015607,geneDR015468,geneDR026136,geneDR018633,geneDR004101,geneDR025194,geneDR034774,geneDR017679,geneDR017823,geneDR021728,geneDR021903,geneDR021959,geneDR021978,geneDR024432,geneDR024588,geneDR024568,geneDR013047,geneDR013070,geneDR013304,geneDR027267,geneDR027068,geneDR027067,geneDR027066,geneDR027065,geneDR027064,geneDR034573,geneDR029447,geneDR023439,geneDR023438,geneDR023295,geneDR009900,geneDR009344,geneDR009204,geneDR016560,geneDR007481,geneDR005885	serine hydrolase activity	MF
GO:0070012	geneDR011480	oligopeptidase activity	MF
GO:0004042	geneDR011490,geneDR011304	acetyl-CoA:L-glutamate N-acetyltransferase activity	MF
GO:0004358	geneDR011490,geneDR011304	glutamate N-acetyltransferase activity	MF
GO:0008080	geneDR011490,geneDR035404,geneDR035405,geneDR034489,geneDR035008,geneDR000778,geneDR000882,geneDR001132,geneDR001540,geneDR016711,geneDR002262,geneDR030435,geneDR031799,geneDR020077,geneDR012545,geneDR012546,geneDR006888,geneDR006485,geneDR006114,geneDR033808,geneDR014985,geneDR014943,geneDR014942,geneDR014862,geneDR027886,geneDR018804,geneDR021904,geneDR019344,geneDR010270,geneDR023661,geneDR023662,geneDR025067,geneDR010973,geneDR011304,geneDR025963,geneDR025626,geneDR009908,geneDR009604,geneDR009395,geneDR009368,geneDR009335,geneDR016267,geneDR029004,geneDR029060,geneDR032264,geneDR006933,geneDR022444,geneDR005950,geneDR005306,geneDR005206,geneDR030184	N-acetyltransferase activity	MF
GO:0016407	geneDR011490,geneDR035404,geneDR035405,geneDR034489,geneDR035008,geneDR035062,geneDR032067,geneDR000283,geneDR000624,geneDR000625,geneDR000778,geneDR000882,geneDR000901,geneDR000902,geneDR001132,geneDR001163,geneDR001540,geneDR007926,geneDR017018,geneDR017009,geneDR016711,geneDR002926,geneDR002500,geneDR002326,geneDR002262,geneDR002173,geneDR034241,geneDR030324,geneDR030435,geneDR031799,geneDR028715,geneDR019959,geneDR020077,geneDR020338,geneDR020380,geneDR020381,geneDR012051,geneDR012545,geneDR012546,geneDR028096,geneDR006888,geneDR006485,geneDR006193,geneDR006123,geneDR006114,geneDR033808,geneDR017508,geneDR017239,geneDR015034,geneDR014985,geneDR014943,geneDR014942,geneDR014941,geneDR014862,geneDR014788,geneDR025557,geneDR020477,geneDR028884,geneDR027886,geneDR019532,geneDR019608,geneDR020998,geneDR020918,geneDR025985,geneDR030812,geneDR018589,geneDR018804,geneDR018829,geneDR003673,geneDR004320,geneDR004963,geneDR025216,geneDR022832,geneDR023019,geneDR021904,geneDR022159,geneDR019473,geneDR019344,geneDR010270,geneDR023661,geneDR023662,geneDR025067,geneDR024567,geneDR010781,geneDR010973,geneDR011053,geneDR011304,geneDR011309,geneDR027435,geneDR027464,geneDR027567,geneDR013182,geneDR013232,geneDR027233,geneDR025963,geneDR025705,geneDR025626,geneDR012976,geneDR009908,geneDR009604,geneDR009395,geneDR009368,geneDR009335,geneDR009155,geneDR009154,geneDR016597,geneDR016586,geneDR016267,geneDR029004,geneDR029029,geneDR029060,geneDR032264,geneDR030615,geneDR030613,geneDR007375,geneDR007173,geneDR006933,geneDR022444,geneDR006026,geneDR005950,geneDR005306,geneDR005294,geneDR005209,geneDR005206,geneDR005033,geneDR030184	acetyltransferase activity	MF
GO:0016410	geneDR011490,geneDR035404,geneDR035405,geneDR034489,geneDR035008,geneDR000637,geneDR000778,geneDR000882,geneDR000888,geneDR001132,geneDR001531,geneDR001532,geneDR001540,geneDR001697,geneDR001698,geneDR001699,geneDR016712,geneDR016711,geneDR002262,geneDR030435,geneDR030509,geneDR031799,geneDR020077,geneDR012545,geneDR012546,geneDR012709,geneDR034374,geneDR034376,geneDR028203,geneDR028090,geneDR028089,geneDR006888,geneDR006747,geneDR006485,geneDR006470,geneDR006469,geneDR006468,geneDR006467,geneDR006114,geneDR033808,geneDR015287,geneDR015161,geneDR014985,geneDR014943,geneDR014942,geneDR014862,geneDR027886,geneDR033271,geneDR018804,geneDR003796,geneDR021904,geneDR022070,geneDR019344,geneDR010270,geneDR023661,geneDR023662,geneDR025067,geneDR010973,geneDR011179,geneDR011304,geneDR027721,geneDR033639,geneDR032199,geneDR025963,geneDR025626,geneDR009908,geneDR009604,geneDR009395,geneDR009368,geneDR009335,geneDR016267,geneDR029004,geneDR029060,geneDR032264,geneDR006933,geneDR022444,geneDR005950,geneDR005306,geneDR005206,geneDR030184	N-acyltransferase activity	MF
GO:0016746	geneDR011490,geneDR011699,geneDR035339,geneDR035404,geneDR035405,geneDR034325,geneDR034326,geneDR014367,geneDR034489,geneDR035008,geneDR035062,geneDR035093,geneDR035096,geneDR035211,geneDR032132,geneDR032067,geneDR000283,geneDR000462,geneDR000624,geneDR000625,geneDR000637,geneDR000639,geneDR000778,geneDR000882,geneDR000888,geneDR000901,geneDR000902,geneDR000941,geneDR001099,geneDR001132,geneDR001163,geneDR001446,geneDR001500,geneDR001501,geneDR001511,geneDR001531,geneDR001532,geneDR001540,geneDR001566,geneDR001697,geneDR001698,geneDR001699,geneDR001766,geneDR008096,geneDR008001,geneDR007926,geneDR007925,geneDR007870,geneDR007711,geneDR007699,geneDR017018,geneDR017009,geneDR016958,geneDR016712,geneDR016711,geneDR003444,geneDR003389,geneDR003372,geneDR003214,geneDR003209,geneDR003188,geneDR003134,geneDR002926,geneDR002500,geneDR002326,geneDR002262,geneDR002187,geneDR002173,geneDR001843,geneDR034267,geneDR034241,geneDR030324,geneDR030337,geneDR030371,geneDR030401,geneDR030435,geneDR030509,geneDR030549,geneDR031799,geneDR028753,geneDR028715,geneDR028539,geneDR019959,geneDR019985,geneDR019998,geneDR020077,geneDR020251,geneDR020252,geneDR020264,geneDR020338,geneDR020380,geneDR020381,geneDR020394,geneDR012051,geneDR012066,geneDR012410,geneDR012456,geneDR012514,geneDR012545,geneDR012546,geneDR012574,geneDR012709,geneDR034374,geneDR034376,geneDR028203,geneDR028096,geneDR028090,geneDR028089,geneDR028083,geneDR033350,geneDR006888,geneDR006769,geneDR006747,geneDR006697,geneDR006696,geneDR006523,geneDR006485,geneDR006471,geneDR006470,geneDR006469,geneDR006468,geneDR006467,geneDR006435,geneDR006356,geneDR006323,geneDR006193,geneDR006123,geneDR006114,geneDR033808,geneDR018509,geneDR018408,geneDR018407,geneDR018198,geneDR018098,geneDR034173,geneDR017644,geneDR017643,geneDR017641,geneDR017557,geneDR017508,geneDR017239,geneDR017191,geneDR015287,geneDR015178,geneDR015161,geneDR015097,geneDR015034,geneDR015010,geneDR014985,geneDR014943,geneDR014942,geneDR014941,geneDR014862,geneDR014788,geneDR014767,geneDR025398,geneDR025557,geneDR034030,geneDR020689,geneDR020477,geneDR008850,geneDR008486,geneDR008437,geneDR008275,geneDR008135,geneDR030084,geneDR029979,geneDR029978,geneDR029898,geneDR028884,geneDR020820,geneDR020821,geneDR020831,geneDR027831,geneDR027832,geneDR027886,geneDR030144,geneDR014112,geneDR013909,geneDR019532,geneDR019608,geneDR019621,geneDR019623,geneDR019637,geneDR019817,geneDR015723,geneDR015661,geneDR015641,geneDR015472,geneDR015459,geneDR033271,geneDR021317,geneDR021208,geneDR021165,geneDR020998,geneDR020918,geneDR020912,geneDR020910,geneDR025985,geneDR026132,geneDR031374,geneDR030812,geneDR030795,geneDR030765,geneDR030754,geneDR018589,geneDR018680,geneDR018804,geneDR018829,geneDR026441,geneDR026561,geneDR003579,geneDR003624,geneDR003625,geneDR003673,geneDR003776,geneDR003796,geneDR004026,geneDR004320,geneDR004322,geneDR004388,geneDR004904,geneDR004963,geneDR025283,geneDR025216,geneDR024862,geneDR024771,geneDR022832,geneDR023019,geneDR021788,geneDR021904,geneDR022070,geneDR022159,geneDR022167,geneDR019473,geneDR019465,geneDR019449,geneDR019363,geneDR019344,geneDR019160,geneDR019147,geneDR019018,geneDR010270,geneDR031248,geneDR024411,geneDR023661,geneDR023662,geneDR023901,geneDR023908,geneDR026694,geneDR025067,geneDR024567,geneDR010419,geneDR010612,geneDR010781,geneDR010973,geneDR011053,geneDR011056,geneDR011078,geneDR011179,geneDR011269,geneDR011304,geneDR011309,geneDR027435,geneDR027464,geneDR027567,geneDR027721,geneDR027821,geneDR033676,geneDR033639,geneDR033590,geneDR013061,geneDR013175,geneDR013182,geneDR013232,geneDR013444,geneDR013522,geneDR013635,geneDR013690,geneDR027233,geneDR032596,geneDR032579,geneDR032199,geneDR023573,geneDR023517,geneDR023501,geneDR023378,geneDR023319,geneDR025963,geneDR025705,geneDR025683,geneDR025663,geneDR025662,geneDR025626,geneDR012976,geneDR012997,geneDR026971,geneDR009908,geneDR009906,geneDR009905,geneDR009904,geneDR009748,geneDR009665,geneDR009658,geneDR009657,geneDR009604,geneDR009423,geneDR009395,geneDR009368,geneDR009335,geneDR009207,geneDR009155,geneDR009154,geneDR016597,geneDR016586,geneDR016326,geneDR016267,geneDR029004,geneDR029029,geneDR029060,geneDR032264,geneDR030615,geneDR030613,geneDR007375,geneDR007200,geneDR007173,geneDR006933,geneDR006930,geneDR022444,geneDR022552,geneDR006026,geneDR005950,geneDR005444,geneDR005433,geneDR005409,geneDR005306,geneDR005294,geneDR005209,geneDR005206,geneDR005048,geneDR005033,geneDR030195,geneDR030184	acyltransferase activity	MF
GO:0016747	geneDR011490,geneDR011699,geneDR035404,geneDR035405,geneDR034325,geneDR034326,geneDR014367,geneDR034489,geneDR035008,geneDR035062,geneDR035093,geneDR035096,geneDR035211,geneDR032067,geneDR000283,geneDR000462,geneDR000624,geneDR000625,geneDR000637,geneDR000639,geneDR000778,geneDR000882,geneDR000888,geneDR000901,geneDR000902,geneDR000941,geneDR001099,geneDR001132,geneDR001163,geneDR001446,geneDR001511,geneDR001531,geneDR001532,geneDR001540,geneDR001566,geneDR001697,geneDR001698,geneDR001699,geneDR001766,geneDR008001,geneDR007926,geneDR007925,geneDR007711,geneDR017018,geneDR017009,geneDR016958,geneDR016712,geneDR016711,geneDR003444,geneDR003389,geneDR003372,geneDR003214,geneDR003209,geneDR003134,geneDR002926,geneDR002500,geneDR002326,geneDR002262,geneDR002187,geneDR002173,geneDR001843,geneDR034267,geneDR034241,geneDR030324,geneDR030337,geneDR030371,geneDR030401,geneDR030435,geneDR030509,geneDR030549,geneDR031799,geneDR028753,geneDR028715,geneDR019959,geneDR019985,geneDR019998,geneDR020077,geneDR020251,geneDR020252,geneDR020264,geneDR020338,geneDR020380,geneDR020381,geneDR020394,geneDR012051,geneDR012066,geneDR012456,geneDR012514,geneDR012545,geneDR012546,geneDR012574,geneDR012709,geneDR034374,geneDR034376,geneDR028203,geneDR028096,geneDR028090,geneDR028089,geneDR028083,geneDR033350,geneDR006888,geneDR006769,geneDR006747,geneDR006697,geneDR006696,geneDR006523,geneDR006485,geneDR006471,geneDR006470,geneDR006469,geneDR006468,geneDR006467,geneDR006435,geneDR006356,geneDR006323,geneDR006193,geneDR006123,geneDR006114,geneDR033808,geneDR018509,geneDR018408,geneDR018198,geneDR018098,geneDR034173,geneDR017508,geneDR017239,geneDR017191,geneDR015287,geneDR015178,geneDR015161,geneDR015097,geneDR015034,geneDR015010,geneDR014985,geneDR014943,geneDR014942,geneDR014941,geneDR014862,geneDR014788,geneDR014767,geneDR025398,geneDR025557,geneDR034030,geneDR020689,geneDR020477,geneDR008850,geneDR008486,geneDR008437,geneDR008275,geneDR030084,geneDR029979,geneDR029978,geneDR028884,geneDR020820,geneDR020821,geneDR020831,geneDR027831,geneDR027832,geneDR027886,geneDR030144,geneDR014112,geneDR013909,geneDR019532,geneDR019608,geneDR019621,geneDR019623,geneDR019817,geneDR015723,geneDR015641,geneDR015472,geneDR015459,geneDR033271,geneDR021317,geneDR021208,geneDR021165,geneDR020998,geneDR020918,geneDR020912,geneDR020910,geneDR025985,geneDR026132,geneDR031374,geneDR030812,geneDR030765,geneDR030754,geneDR018589,geneDR018680,geneDR018804,geneDR018829,geneDR026561,geneDR003579,geneDR003624,geneDR003625,geneDR003673,geneDR003776,geneDR003796,geneDR004026,geneDR004320,geneDR004322,geneDR004388,geneDR004904,geneDR004963,geneDR025283,geneDR025216,geneDR024862,geneDR022832,geneDR023019,geneDR021788,geneDR021904,geneDR022070,geneDR022159,geneDR019473,geneDR019449,geneDR019363,geneDR019344,geneDR019160,geneDR019147,geneDR019018,geneDR010270,geneDR024411,geneDR023661,geneDR023662,geneDR023901,geneDR023908,geneDR026694,geneDR025067,geneDR024567,geneDR010419,geneDR010612,geneDR010781,geneDR010973,geneDR011053,geneDR011056,geneDR011078,geneDR011179,geneDR011304,geneDR011309,geneDR027435,geneDR027464,geneDR027567,geneDR027721,geneDR027821,geneDR033676,geneDR033639,geneDR033590,geneDR013182,geneDR013232,geneDR013444,geneDR013522,geneDR013635,geneDR013690,geneDR027233,geneDR032596,geneDR032579,geneDR032199,geneDR023573,geneDR023501,geneDR023378,geneDR023319,geneDR025963,geneDR025705,geneDR025683,geneDR025663,geneDR025662,geneDR025626,geneDR012976,geneDR012997,geneDR026971,geneDR009908,geneDR009906,geneDR009905,geneDR009904,geneDR009748,geneDR009665,geneDR009658,geneDR009657,geneDR009604,geneDR009423,geneDR009395,geneDR009368,geneDR009335,geneDR009207,geneDR009155,geneDR009154,geneDR016597,geneDR016586,geneDR016326,geneDR016267,geneDR029004,geneDR029029,geneDR029060,geneDR032264,geneDR030615,geneDR030613,geneDR007375,geneDR007200,geneDR007173,geneDR006933,geneDR006930,geneDR022444,geneDR022552,geneDR006026,geneDR005950,geneDR005444,geneDR005433,geneDR005409,geneDR005306,geneDR005294,geneDR005209,geneDR005206,geneDR005048,geneDR005033,geneDR030195,geneDR030184	acyltransferase activity, transferring groups other than amino-acyl groups	MF
GO:0004735	geneDR011491,geneDR025484	pyrroline-5-carboxylate reductase activity	MF
GO:0016645	geneDR011491,geneDR011995,geneDR000237,geneDR000893,geneDR000895,geneDR001188,geneDR001520,geneDR001523,geneDR001740,geneDR002903,geneDR002169,geneDR028648,geneDR012526,geneDR028198,geneDR028105,geneDR006741,geneDR006740,geneDR006420,geneDR006142,geneDR033794,geneDR017297,geneDR014815,geneDR025484,geneDR008868,geneDR015807,geneDR021263,geneDR003895,geneDR022962,geneDR021882,geneDR021894,geneDR021909,geneDR010309,geneDR024273,geneDR010866,geneDR011022,geneDR027708,geneDR025898,geneDR029012,geneDR007517,geneDR006987,geneDR022341,geneDR004992	oxidoreductase activity, acting on the CH-NH group of donors	MF
GO:0016646	geneDR011491,geneDR011995,geneDR002903,geneDR028105,geneDR033794,geneDR017297,geneDR014815,geneDR025484,geneDR015807,geneDR003895,geneDR021882,geneDR024273,geneDR011022,geneDR027708,geneDR025898,geneDR006987	oxidoreductase activity, acting on the CH-NH group of donors, NAD or NADP as acceptor	MF
GO:0004045	geneDR011494,geneDR032891,geneDR033783,geneDR008470,geneDR024285,geneDR014588,geneDR014587	aminoacyl-tRNA hydrolase activity	MF
GO:0052689	geneDR011494,geneDR035374,geneDR034318,geneDR032891,geneDR035142,geneDR032105,geneDR032052,geneDR032039,geneDR000553,geneDR000626,geneDR000859,geneDR001178,geneDR001179,geneDR001440,geneDR001572,geneDR001621,geneDR001824,geneDR008040,geneDR008039,geneDR007929,geneDR007664,geneDR016796,geneDR016720,geneDR016693,geneDR002498,geneDR002144,geneDR030512,geneDR030514,geneDR030515,geneDR028645,geneDR028506,geneDR028494,geneDR028475,geneDR019970,geneDR020088,geneDR012280,geneDR012463,geneDR012580,geneDR012630,geneDR006821,geneDR006684,geneDR006305,geneDR006295,geneDR033783,geneDR018429,geneDR018177,geneDR017596,geneDR015147,geneDR014917,geneDR025483,geneDR028025,geneDR030264,geneDR030267,geneDR030268,geneDR020420,geneDR008701,geneDR008470,geneDR029926,geneDR029820,geneDR027353,geneDR027354,geneDR028886,geneDR027863,geneDR027868,geneDR027869,geneDR013914,geneDR019775,geneDR016040,geneDR015756,geneDR033282,geneDR033256,geneDR033185,geneDR034889,geneDR021382,geneDR021243,geneDR021193,geneDR021172,geneDR021171,geneDR026087,geneDR026190,geneDR026191,geneDR023951,geneDR018836,geneDR018908,geneDR026279,geneDR003609,geneDR003612,geneDR003632,geneDR004152,geneDR004181,geneDR004360,geneDR004525,geneDR004836,geneDR004837,geneDR025184,geneDR025166,geneDR025165,geneDR017870,geneDR033727,geneDR024855,geneDR024764,geneDR024728,geneDR023151,geneDR021684,geneDR021897,geneDR022061,geneDR019462,geneDR019461,geneDR019444,geneDR019352,geneDR010056,geneDR032313,geneDR031344,geneDR024285,geneDR024132,geneDR014666,geneDR014588,geneDR014587,geneDR034828,geneDR010411,geneDR010654,geneDR010860,geneDR011037,geneDR027438,geneDR027589,geneDR027702,geneDR013128,geneDR013284,geneDR023314,geneDR023250,geneDR032708,geneDR025735,geneDR026953,geneDR009914,geneDR009726,geneDR009658,geneDR009657,geneDR009589,geneDR009502,geneDR016377,geneDR016326,geneDR016179,geneDR029116,geneDR030643,geneDR030638,geneDR007152,geneDR007151,geneDR007149,geneDR007147,geneDR007144,geneDR007142,geneDR034043,geneDR007140,geneDR007138,geneDR006984,geneDR022552,geneDR022693,geneDR022706,geneDR005737,geneDR005720,geneDR005444,geneDR005038	carboxylic ester hydrolase activity	MF
GO:0004140	geneDR011496,geneDR030871,geneDR004861	dephospho-CoA kinase activity	MF
GO:0016773	geneDR011496,geneDR011503,geneDR011868,geneDR033894,geneDR034091,geneDR035323,geneDR035461,geneDR035475,geneDR034362,geneDR035477,geneDR014297,geneDR014309,geneDR014327,geneDR014354,geneDR014374,geneDR014396,geneDR014399,geneDR014405,geneDR014446,geneDR014449,geneDR014491,geneDR035514,geneDR035517,geneDR034496,geneDR034500,geneDR034537,geneDR034538,geneDR034539,geneDR035564,geneDR035576,geneDR034613,geneDR034615,geneDR034701,geneDR034730,geneDR034784,geneDR034823,geneDR034877,geneDR034899,geneDR034915,geneDR034916,geneDR034971,geneDR034984,geneDR035050,geneDR035083,geneDR032877,geneDR032893,geneDR032958,geneDR032979,geneDR035204,geneDR035258,geneDR032173,geneDR032166,geneDR032144,geneDR032084,geneDR032072,geneDR032065,geneDR032035,geneDR032028,geneDR000027,geneDR000039,geneDR000054,geneDR000107,geneDR000286,geneDR000305,geneDR000351,geneDR000434,geneDR000490,geneDR000545,geneDR000619,geneDR000623,geneDR000628,geneDR000661,geneDR000665,geneDR000675,geneDR000756,geneDR000761,geneDR000822,geneDR000835,geneDR000850,geneDR000927,geneDR000982,geneDR001012,geneDR001015,geneDR001027,geneDR001107,geneDR001121,geneDR001123,geneDR001141,geneDR001159,geneDR001176,geneDR001223,geneDR001270,geneDR001272,geneDR001308,geneDR001329,geneDR001347,geneDR001377,geneDR001394,geneDR001425,geneDR001556,geneDR001617,geneDR001629,geneDR001635,geneDR001645,geneDR001689,geneDR001696,geneDR001715,geneDR001716,geneDR001803,geneDR033820,geneDR033823,geneDR033834,geneDR033840,geneDR033841,geneDR033842,geneDR028407,geneDR028388,geneDR028386,geneDR028381,geneDR028358,geneDR028275,geneDR028254,geneDR028234,geneDR028232,geneDR030871,geneDR030836,geneDR008116,geneDR008112,geneDR008067,geneDR008028,geneDR008024,geneDR008015,geneDR007968,geneDR007943,geneDR007935,geneDR007887,geneDR007856,geneDR007855,geneDR007853,geneDR007744,geneDR007733,geneDR007712,geneDR007692,geneDR007683,geneDR007667,geneDR007651,geneDR007613,geneDR016965,geneDR016867,geneDR016866,geneDR016814,geneDR016775,geneDR016717,geneDR016715,geneDR003526,geneDR003507,geneDR003494,geneDR003449,geneDR003431,geneDR003416,geneDR003342,geneDR003305,geneDR003294,geneDR003257,geneDR003223,geneDR003190,geneDR003151,geneDR003089,geneDR003073,geneDR003070,geneDR003044,geneDR003017,geneDR003010,geneDR003009,geneDR002993,geneDR002974,geneDR002962,geneDR002956,geneDR002930,geneDR002911,geneDR002883,geneDR002873,geneDR002808,geneDR002777,geneDR002764,geneDR002709,geneDR002688,geneDR002616,geneDR002612,geneDR002559,geneDR002556,geneDR002527,geneDR002475,geneDR002474,geneDR002311,geneDR002291,geneDR002238,geneDR002236,geneDR002214,geneDR002212,geneDR002145,geneDR002102,geneDR002004,geneDR001980,geneDR001978,geneDR001873,geneDR034255,geneDR034254,geneDR030333,geneDR030358,geneDR030390,geneDR030393,geneDR030395,geneDR030396,geneDR030415,geneDR030489,geneDR030496,geneDR030522,geneDR030528,geneDR030544,geneDR030561,geneDR031617,geneDR031738,geneDR031747,geneDR028664,geneDR028622,geneDR028619,geneDR028600,geneDR028583,geneDR028564,geneDR028509,geneDR028455,geneDR028446,geneDR019862,geneDR019868,geneDR019913,geneDR019925,geneDR019967,geneDR019971,geneDR019982,geneDR019988,geneDR019993,geneDR019995,geneDR020008,geneDR020030,geneDR020043,geneDR020092,geneDR020114,geneDR020116,geneDR020134,geneDR020143,geneDR020197,geneDR020269,geneDR020274,geneDR020292,geneDR020300,geneDR020351,geneDR012082,geneDR012090,geneDR012115,geneDR012158,geneDR012170,geneDR012179,geneDR012180,geneDR012219,geneDR012302,geneDR012323,geneDR012374,geneDR012376,geneDR012429,geneDR012479,geneDR012488,geneDR012565,geneDR012627,geneDR012632,geneDR012634,geneDR012640,geneDR012655,geneDR012696,geneDR012697,geneDR028196,geneDR028133,geneDR028122,geneDR028104,geneDR028082,geneDR031913,geneDR031904,geneDR030650,geneDR034452,geneDR006913,geneDR006906,geneDR006896,geneDR006831,geneDR006803,geneDR006787,geneDR006783,geneDR006712,geneDR006685,geneDR006647,geneDR006608,geneDR006599,geneDR006512,geneDR006496,geneDR006493,geneDR006472,geneDR006443,geneDR006426,geneDR006423,geneDR006388,geneDR006336,geneDR006307,geneDR006236,geneDR006232,geneDR006185,geneDR006173,geneDR033774,geneDR018552,geneDR018538,geneDR018520,geneDR018489,geneDR018478,geneDR018456,geneDR018422,geneDR018342,geneDR018333,geneDR018332,geneDR018258,geneDR018250,geneDR018230,geneDR018158,geneDR018126,geneDR018065,geneDR018057,geneDR018049,geneDR018041,geneDR018026,geneDR017983,geneDR017951,geneDR030943,geneDR030960,geneDR030971,geneDR031002,geneDR031007,geneDR031020,geneDR031036,geneDR031126,geneDR034146,geneDR034147,geneDR034148,geneDR034178,geneDR017620,geneDR017610,geneDR017524,geneDR017520,geneDR017430,geneDR017362,geneDR017328,geneDR017288,geneDR017281,geneDR017260,geneDR017259,geneDR017223,geneDR017190,geneDR017181,geneDR017163,geneDR017103,geneDR017081,geneDR017070,geneDR017048,geneDR017046,geneDR015325,geneDR015322,geneDR015293,geneDR015227,geneDR015226,geneDR015217,geneDR015156,geneDR015096,geneDR015012,geneDR014933,geneDR014898,geneDR014880,geneDR014855,geneDR014836,geneDR014800,geneDR014798,geneDR014786,geneDR014763,geneDR025350,geneDR025368,geneDR025388,geneDR025422,geneDR025438,geneDR025491,geneDR025538,geneDR025539,geneDR025540,geneDR025545,geneDR025551,geneDR025579,geneDR033160,geneDR033137,geneDR033136,geneDR033135,geneDR027996,geneDR027923,geneDR027915,geneDR030258,geneDR030287,geneDR030288,geneDR030293,geneDR030309,geneDR029698,geneDR029693,geneDR029688,geneDR020707,geneDR020671,geneDR020656,geneDR020644,geneDR020629,geneDR020562,geneDR020561,geneDR020451,geneDR020406,geneDR009062,geneDR009060,geneDR009049,geneDR009023,geneDR008996,geneDR008972,geneDR008954,geneDR008950,geneDR008943,geneDR008867,geneDR008866,geneDR008861,geneDR008804,geneDR008802,geneDR008751,geneDR008718,geneDR008633,geneDR008502,geneDR008367,geneDR008357,geneDR008311,geneDR008259,geneDR008219,geneDR008212,geneDR008206,geneDR008205,geneDR008189,geneDR008170,geneDR008151,geneDR008150,geneDR008144,geneDR008140,geneDR008137,geneDR030083,geneDR030046,geneDR029981,geneDR029973,geneDR029955,geneDR029923,geneDR029906,geneDR029868,geneDR029858,geneDR029798,geneDR029768,geneDR029751,geneDR034766,geneDR033980,geneDR033984,geneDR033908,geneDR027345,geneDR027369,geneDR027374,geneDR027375,geneDR027376,geneDR027377,geneDR027378,geneDR027380,geneDR027395,geneDR027412,geneDR027419,geneDR027422,geneDR027423,geneDR020783,geneDR034010,geneDR034011,geneDR034012,geneDR034182,geneDR027825,geneDR027838,geneDR027859,geneDR030142,geneDR014219,geneDR014147,geneDR014080,geneDR014076,geneDR014067,geneDR014061,geneDR013970,geneDR013928,geneDR013862,geneDR013860,geneDR013841,geneDR013839,geneDR013815,geneDR019497,geneDR019508,geneDR019523,geneDR019538,geneDR019560,geneDR019561,geneDR019682,geneDR019762,geneDR019840,geneDR034337,geneDR034338,geneDR034518,geneDR016061,geneDR016013,geneDR015952,geneDR015937,geneDR015922,geneDR015905,geneDR015890,geneDR015889,geneDR015864,geneDR015848,geneDR015846,geneDR015844,geneDR015843,geneDR015817,geneDR015814,geneDR015789,geneDR015777,geneDR015748,geneDR015702,geneDR015701,geneDR015628,geneDR015589,geneDR015554,geneDR015540,geneDR015517,geneDR015506,geneDR015452,geneDR015437,geneDR015414,geneDR015395,geneDR015364,geneDR015355,geneDR033296,geneDR033266,geneDR033208,geneDR021347,geneDR021307,geneDR021242,geneDR021230,geneDR021196,geneDR021189,geneDR021140,geneDR021122,geneDR021120,geneDR021094,geneDR021091,geneDR021090,geneDR021026,geneDR021025,geneDR021007,geneDR020965,geneDR020964,geneDR020953,geneDR020881,geneDR026003,geneDR026014,geneDR026017,geneDR026073,geneDR026149,geneDR026178,geneDR026179,geneDR026245,geneDR026247,geneDR032450,geneDR032441,geneDR031401,geneDR031393,geneDR035288,geneDR024036,geneDR024009,geneDR030702,geneDR030701,geneDR018617,geneDR018618,geneDR018749,geneDR018814,geneDR018816,geneDR018825,geneDR018897,geneDR018898,geneDR018927,geneDR026302,geneDR026328,geneDR026337,geneDR026375,geneDR026458,geneDR026511,geneDR026512,geneDR026518,geneDR026532,geneDR026545,geneDR026569,geneDR003584,geneDR003596,geneDR003604,geneDR003633,geneDR003642,geneDR003710,geneDR003732,geneDR003759,geneDR003762,geneDR003770,geneDR003785,geneDR003804,geneDR003836,geneDR003949,geneDR004019,geneDR004020,geneDR004079,geneDR004082,geneDR004096,geneDR004102,geneDR004179,geneDR004233,geneDR004237,geneDR004306,geneDR004308,geneDR004408,geneDR004486,geneDR004490,geneDR004543,geneDR004638,geneDR004661,geneDR004664,geneDR004713,geneDR004819,geneDR004822,geneDR004832,geneDR004861,geneDR004874,geneDR004899,geneDR004914,geneDR025256,geneDR025244,geneDR017760,geneDR017788,geneDR017846,geneDR017856,geneDR017857,geneDR017866,geneDR017875,geneDR017882,geneDR017909,geneDR033695,geneDR025003,geneDR024954,geneDR024908,geneDR024906,geneDR024863,geneDR024845,geneDR024836,geneDR024821,geneDR024794,geneDR024701,geneDR022740,geneDR022743,geneDR022849,geneDR022853,geneDR022968,geneDR022973,geneDR023006,geneDR023007,geneDR023025,geneDR023027,geneDR023069,geneDR023149,geneDR023186,geneDR023197,geneDR033583,geneDR033570,geneDR021668,geneDR021693,geneDR021798,geneDR021799,geneDR021880,geneDR021883,geneDR021899,geneDR021918,geneDR021972,geneDR022021,geneDR022097,geneDR022135,geneDR022153,geneDR022165,geneDR022170,geneDR019467,geneDR019463,geneDR019417,geneDR019416,geneDR019415,geneDR019397,geneDR019383,geneDR019381,geneDR019355,geneDR019322,geneDR019226,geneDR019119,geneDR019115,geneDR019099,geneDR019083,geneDR019075,geneDR019063,geneDR018988,geneDR018981,geneDR021621,geneDR021592,geneDR021590,geneDR021576,geneDR021566,geneDR021442,geneDR021421,geneDR031826,geneDR033477,geneDR010339,geneDR010203,geneDR010202,geneDR010199,geneDR010181,geneDR010177,geneDR010176,geneDR010173,geneDR010167,geneDR010161,geneDR010104,geneDR010037,geneDR010017,geneDR009991,geneDR009990,geneDR009989,geneDR009982,geneDR032305,geneDR032306,geneDR032395,geneDR032404,geneDR032414,geneDR032415,geneDR031338,geneDR031337,geneDR031326,geneDR031231,geneDR031220,geneDR031192,geneDR024453,geneDR024437,geneDR024401,geneDR024379,geneDR024370,geneDR024294,geneDR024292,geneDR024253,geneDR024244,geneDR024223,geneDR024211,geneDR024207,geneDR024196,geneDR024113,geneDR024110,geneDR024075,geneDR023651,geneDR023652,geneDR023664,geneDR023700,geneDR023728,geneDR023806,geneDR023820,geneDR023821,geneDR023831,geneDR023838,geneDR023853,geneDR023919,geneDR023944,geneDR034234,geneDR035075,geneDR014699,geneDR014692,geneDR014680,geneDR014678,geneDR014665,geneDR014652,geneDR014601,geneDR014585,geneDR014513,geneDR026586,geneDR026621,geneDR026624,geneDR026663,geneDR026666,geneDR026683,geneDR026684,geneDR026736,geneDR026752,geneDR026763,geneDR026798,geneDR025031,geneDR025048,geneDR025082,geneDR025100,geneDR025117,geneDR025132,geneDR025139,geneDR025143,geneDR033505,geneDR032553,geneDR024627,geneDR024620,geneDR024619,geneDR024605,geneDR024603,geneDR024596,geneDR024576,geneDR024558,geneDR010365,geneDR010366,geneDR010405,geneDR010420,geneDR010427,geneDR010459,geneDR010465,geneDR010500,geneDR010540,geneDR010631,geneDR010690,geneDR010691,geneDR010712,geneDR010739,geneDR010741,geneDR010789,geneDR010796,geneDR010797,geneDR010798,geneDR010799,geneDR010800,geneDR010801,geneDR010802,geneDR010814,geneDR010847,geneDR010912,geneDR010960,geneDR010998,geneDR011051,geneDR011067,geneDR011119,geneDR011151,geneDR011217,geneDR011243,geneDR011245,geneDR011290,geneDR027454,geneDR027455,geneDR027476,geneDR027531,geneDR027533,geneDR027544,geneDR027565,geneDR027713,geneDR027717,geneDR027735,geneDR027752,geneDR027788,geneDR033627,geneDR033610,geneDR033607,geneDR013104,geneDR013150,geneDR013218,geneDR013223,geneDR013273,geneDR013303,geneDR013327,geneDR013329,geneDR013367,geneDR013390,geneDR013393,geneDR013399,geneDR013489,geneDR013490,geneDR013512,geneDR013521,geneDR013526,geneDR013549,geneDR013590,geneDR013608,geneDR013611,geneDR013615,geneDR013660,geneDR013701,geneDR013728,geneDR013773,geneDR013775,geneDR013788,geneDR027262,geneDR027192,geneDR027146,geneDR027142,geneDR027125,geneDR027124,geneDR027029,geneDR031948,geneDR028927,geneDR028932,geneDR028956,geneDR032487,geneDR033926,geneDR029503,geneDR029529,geneDR029531,geneDR029639,geneDR029668,geneDR023601,geneDR023600,geneDR023578,geneDR023559,geneDR023535,geneDR023534,geneDR023529,geneDR023528,geneDR023524,geneDR023522,geneDR023500,geneDR023463,geneDR023383,geneDR023370,geneDR023312,geneDR023287,geneDR023277,geneDR023276,geneDR023244,geneDR023236,geneDR032700,geneDR032699,geneDR032689,geneDR032657,geneDR032614,geneDR025954,geneDR025953,geneDR025872,geneDR025857,geneDR025773,geneDR025772,geneDR025643,geneDR025618,geneDR025614,geneDR025603,geneDR034473,geneDR035358,geneDR012731,geneDR012754,geneDR012801,geneDR012805,geneDR012892,geneDR012905,geneDR012966,geneDR012987,geneDR027020,geneDR026965,geneDR026955,geneDR026941,geneDR009833,geneDR009831,geneDR009829,geneDR009828,geneDR009821,geneDR009778,geneDR009747,geneDR009713,geneDR009662,geneDR009616,geneDR009594,geneDR009587,geneDR009547,geneDR009530,geneDR009529,geneDR009508,geneDR009460,geneDR009442,geneDR009415,geneDR009402,geneDR009328,geneDR009310,geneDR009266,geneDR009251,geneDR009190,geneDR009188,geneDR009176,geneDR009170,geneDR009168,geneDR009167,geneDR009136,geneDR009103,geneDR009089,geneDR016667,geneDR016657,geneDR016624,geneDR016601,geneDR016599,geneDR016521,geneDR016516,geneDR016505,geneDR016417,geneDR016401,geneDR016331,geneDR016300,geneDR016288,geneDR016252,geneDR016227,geneDR016209,geneDR016183,geneDR016130,geneDR016119,geneDR016102,geneDR029067,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR029104,geneDR029117,geneDR029120,geneDR029185,geneDR032287,geneDR032290,geneDR030640,geneDR030631,geneDR030625,geneDR007566,geneDR007540,geneDR007511,geneDR007501,geneDR007471,geneDR007446,geneDR007432,geneDR007423,geneDR007413,geneDR007372,geneDR007346,geneDR007342,geneDR007317,geneDR007289,geneDR007271,geneDR007261,geneDR007242,geneDR007205,geneDR007097,geneDR007038,geneDR007022,geneDR007015,geneDR007012,geneDR006942,geneDR022171,geneDR022175,geneDR022229,geneDR022247,geneDR022268,geneDR022346,geneDR022363,geneDR022404,geneDR022519,geneDR022536,geneDR022539,geneDR022556,geneDR022577,geneDR022578,geneDR022600,geneDR022638,geneDR022671,geneDR006102,geneDR006029,geneDR005981,geneDR005930,geneDR005929,geneDR005927,geneDR005913,geneDR005911,geneDR005784,geneDR005783,geneDR005742,geneDR005729,geneDR005723,geneDR005713,geneDR005684,geneDR005635,geneDR005633,geneDR005619,geneDR005611,geneDR005602,geneDR005598,geneDR005562,geneDR005499,geneDR005490,geneDR005489,geneDR005473,geneDR005460,geneDR005451,geneDR005434,geneDR005402,geneDR005369,geneDR005352,geneDR005350,geneDR005349,geneDR005330,geneDR005309,geneDR005301,geneDR005295,geneDR005292,geneDR005159,geneDR005157,geneDR005141,geneDR005128,geneDR005107,geneDR005087,geneDR005065,geneDR005004,geneDR005003,geneDR030241,geneDR032223,geneDR033967	phosphotransferase activity, alcohol group as acceptor	MF
GO:0004672	geneDR011503,geneDR033894,geneDR034091,geneDR035461,geneDR035475,geneDR034362,geneDR035477,geneDR014309,geneDR014327,geneDR014354,geneDR014374,geneDR014396,geneDR014399,geneDR014405,geneDR014446,geneDR014449,geneDR014491,geneDR035514,geneDR034496,geneDR034500,geneDR035564,geneDR035576,geneDR034613,geneDR034701,geneDR034784,geneDR034823,geneDR034877,geneDR034899,geneDR034915,geneDR034916,geneDR034971,geneDR034984,geneDR035050,geneDR035083,geneDR032877,geneDR032893,geneDR032958,geneDR035204,geneDR035258,geneDR032166,geneDR032144,geneDR032084,geneDR032072,geneDR032065,geneDR032028,geneDR000027,geneDR000039,geneDR000054,geneDR000107,geneDR000286,geneDR000305,geneDR000434,geneDR000490,geneDR000545,geneDR000623,geneDR000628,geneDR000661,geneDR000675,geneDR000756,geneDR000761,geneDR000822,geneDR000835,geneDR000850,geneDR000927,geneDR000982,geneDR001015,geneDR001027,geneDR001107,geneDR001121,geneDR001141,geneDR001159,geneDR001223,geneDR001270,geneDR001272,geneDR001308,geneDR001329,geneDR001347,geneDR001377,geneDR001394,geneDR001425,geneDR001556,geneDR001617,geneDR001629,geneDR001635,geneDR001689,geneDR001696,geneDR001715,geneDR001716,geneDR001803,geneDR033820,geneDR033823,geneDR033834,geneDR033840,geneDR033841,geneDR033842,geneDR028407,geneDR028388,geneDR028386,geneDR028381,geneDR028358,geneDR028275,geneDR028254,geneDR028234,geneDR028232,geneDR030836,geneDR008116,geneDR008067,geneDR008028,geneDR008024,geneDR007935,geneDR007887,geneDR007856,geneDR007855,geneDR007853,geneDR007744,geneDR007733,geneDR007683,geneDR007667,geneDR007651,geneDR007613,geneDR016965,geneDR016866,geneDR016814,geneDR016775,geneDR016717,geneDR016715,geneDR003526,geneDR003507,geneDR003449,geneDR003431,geneDR003416,geneDR003342,geneDR003294,geneDR003223,geneDR003190,geneDR003151,geneDR003089,geneDR003073,geneDR003070,geneDR003044,geneDR003017,geneDR003010,geneDR003009,geneDR002993,geneDR002974,geneDR002956,geneDR002911,geneDR002808,geneDR002777,geneDR002764,geneDR002709,geneDR002688,geneDR002616,geneDR002612,geneDR002559,geneDR002556,geneDR002527,geneDR002475,geneDR002474,geneDR002238,geneDR002236,geneDR002214,geneDR002145,geneDR002102,geneDR002004,geneDR001980,geneDR001978,geneDR001873,geneDR034255,geneDR034254,geneDR030333,geneDR030358,geneDR030390,geneDR030393,geneDR030395,geneDR030396,geneDR030415,geneDR030489,geneDR030522,geneDR030528,geneDR030544,geneDR031617,geneDR031738,geneDR031747,geneDR028664,geneDR028622,geneDR028619,geneDR028583,geneDR028564,geneDR028509,geneDR028455,geneDR028446,geneDR019862,geneDR019868,geneDR019913,geneDR019925,geneDR019967,geneDR019971,geneDR019982,geneDR019988,geneDR019993,geneDR019995,geneDR020008,geneDR020092,geneDR020114,geneDR020134,geneDR020143,geneDR020197,geneDR020269,geneDR020274,geneDR020292,geneDR020300,geneDR012082,geneDR012090,geneDR012115,geneDR012158,geneDR012170,geneDR012179,geneDR012180,geneDR012219,geneDR012302,geneDR012323,geneDR012374,geneDR012376,geneDR012429,geneDR012479,geneDR012488,geneDR012565,geneDR012627,geneDR012634,geneDR012640,geneDR012696,geneDR012697,geneDR028196,geneDR028133,geneDR028122,geneDR028082,geneDR031913,geneDR030650,geneDR034452,geneDR006913,geneDR006906,geneDR006896,geneDR006831,geneDR006803,geneDR006787,geneDR006783,geneDR006712,geneDR006685,geneDR006647,geneDR006608,geneDR006599,geneDR006512,geneDR006496,geneDR006493,geneDR006472,geneDR006443,geneDR006423,geneDR006388,geneDR006336,geneDR006307,geneDR006232,geneDR006185,geneDR006173,geneDR033774,geneDR018552,geneDR018520,geneDR018489,geneDR018456,geneDR018422,geneDR018342,geneDR018333,geneDR018332,geneDR018258,geneDR018250,geneDR018230,geneDR018158,geneDR018126,geneDR018057,geneDR018049,geneDR018041,geneDR018026,geneDR017983,geneDR017951,geneDR030943,geneDR030960,geneDR031002,geneDR031007,geneDR031020,geneDR031036,geneDR031126,geneDR034146,geneDR034147,geneDR034148,geneDR034178,geneDR017620,geneDR017610,geneDR017524,geneDR017520,geneDR017430,geneDR017362,geneDR017328,geneDR017281,geneDR017260,geneDR017259,geneDR017223,geneDR017190,geneDR017181,geneDR017163,geneDR017081,geneDR017070,geneDR017048,geneDR017046,geneDR015325,geneDR015322,geneDR015293,geneDR015227,geneDR015226,geneDR015217,geneDR015012,geneDR014933,geneDR014898,geneDR014880,geneDR014855,geneDR014836,geneDR014798,geneDR014786,geneDR014763,geneDR025350,geneDR025368,geneDR025388,geneDR025438,geneDR025491,geneDR025538,geneDR025539,geneDR025540,geneDR025545,geneDR025551,geneDR025579,geneDR033137,geneDR033136,geneDR033135,geneDR027996,geneDR027923,geneDR027915,geneDR030258,geneDR030287,geneDR030288,geneDR030293,geneDR030309,geneDR029698,geneDR029693,geneDR029688,geneDR020707,geneDR020671,geneDR020656,geneDR020644,geneDR020562,geneDR020561,geneDR020451,geneDR020406,geneDR009062,geneDR009060,geneDR009049,geneDR009023,geneDR008996,geneDR008972,geneDR008954,geneDR008950,geneDR008943,geneDR008867,geneDR008866,geneDR008751,geneDR008718,geneDR008633,geneDR008367,geneDR008357,geneDR008259,geneDR008219,geneDR008212,geneDR008206,geneDR008205,geneDR008189,geneDR008170,geneDR008151,geneDR008150,geneDR008144,geneDR008140,geneDR030083,geneDR030046,geneDR029981,geneDR029973,geneDR029955,geneDR029923,geneDR029868,geneDR029858,geneDR029768,geneDR029751,geneDR034766,geneDR033984,geneDR027345,geneDR027369,geneDR027374,geneDR027375,geneDR027376,geneDR027377,geneDR027378,geneDR027380,geneDR027395,geneDR027412,geneDR027419,geneDR027422,geneDR027423,geneDR020783,geneDR034182,geneDR027825,geneDR027838,geneDR030142,geneDR014219,geneDR014147,geneDR014080,geneDR014076,geneDR014061,geneDR013928,geneDR013862,geneDR013860,geneDR013841,geneDR013839,geneDR013815,geneDR019497,geneDR019508,geneDR019523,geneDR019538,geneDR019561,geneDR019682,geneDR019762,geneDR019840,geneDR034337,geneDR034338,geneDR034518,geneDR016061,geneDR015952,geneDR015937,geneDR015922,geneDR015905,geneDR015890,geneDR015889,geneDR015864,geneDR015848,geneDR015846,geneDR015844,geneDR015843,geneDR015817,geneDR015814,geneDR015789,geneDR015777,geneDR015748,geneDR015702,geneDR015701,geneDR015628,geneDR015554,geneDR015517,geneDR015506,geneDR015452,geneDR015437,geneDR015414,geneDR015395,geneDR015355,geneDR033296,geneDR033266,geneDR033208,geneDR021347,geneDR021307,geneDR021242,geneDR021230,geneDR021196,geneDR021189,geneDR021140,geneDR021122,geneDR021120,geneDR021094,geneDR021091,geneDR021090,geneDR021026,geneDR021025,geneDR021007,geneDR020964,geneDR020953,geneDR020881,geneDR026003,geneDR026014,geneDR026017,geneDR026073,geneDR026149,geneDR026178,geneDR026179,geneDR026245,geneDR026247,geneDR032450,geneDR032441,geneDR031401,geneDR031393,geneDR035288,geneDR024036,geneDR030702,geneDR030701,geneDR018618,geneDR018749,geneDR018814,geneDR018816,geneDR018825,geneDR018897,geneDR018898,geneDR026302,geneDR026328,geneDR026375,geneDR026458,geneDR026511,geneDR026512,geneDR026545,geneDR003584,geneDR003596,geneDR003604,geneDR003642,geneDR003710,geneDR003732,geneDR003759,geneDR003762,geneDR003785,geneDR003804,geneDR003836,geneDR003949,geneDR004019,geneDR004020,geneDR004079,geneDR004082,geneDR004096,geneDR004179,geneDR004233,geneDR004237,geneDR004486,geneDR004543,geneDR004638,geneDR004661,geneDR004664,geneDR004713,geneDR004819,geneDR004822,geneDR004832,geneDR004874,geneDR025256,geneDR017760,geneDR017788,geneDR017856,geneDR017857,geneDR017866,geneDR017875,geneDR017882,geneDR017909,geneDR033695,geneDR025003,geneDR024954,geneDR024908,geneDR024906,geneDR024863,geneDR024845,geneDR024836,geneDR024794,geneDR024701,geneDR022740,geneDR022743,geneDR022849,geneDR022853,geneDR022968,geneDR022973,geneDR023006,geneDR023007,geneDR023025,geneDR023027,geneDR023069,geneDR023149,geneDR023186,geneDR033583,geneDR033570,geneDR021693,geneDR021798,geneDR021799,geneDR021880,geneDR021899,geneDR021918,geneDR021972,geneDR022021,geneDR022097,geneDR022135,geneDR022153,geneDR022165,geneDR022170,geneDR019467,geneDR019463,geneDR019417,geneDR019416,geneDR019415,geneDR019397,geneDR019381,geneDR019355,geneDR019322,geneDR019226,geneDR019119,geneDR019115,geneDR019099,geneDR019083,geneDR019075,geneDR018988,geneDR018981,geneDR021621,geneDR021590,geneDR021576,geneDR021566,geneDR021442,geneDR021421,geneDR031826,geneDR010339,geneDR010203,geneDR010202,geneDR010199,geneDR010181,geneDR010177,geneDR010176,geneDR010173,geneDR010167,geneDR010104,geneDR010037,geneDR010017,geneDR009991,geneDR009990,geneDR009989,geneDR009982,geneDR032305,geneDR032306,geneDR032395,geneDR032404,geneDR032414,geneDR032415,geneDR031338,geneDR031337,geneDR031326,geneDR031231,geneDR031220,geneDR031192,geneDR024453,geneDR024401,geneDR024370,geneDR024292,geneDR024253,geneDR024223,geneDR024211,geneDR024207,geneDR024196,geneDR024113,geneDR024110,geneDR024075,geneDR023651,geneDR023652,geneDR023664,geneDR023700,geneDR023728,geneDR023806,geneDR023821,geneDR023831,geneDR023838,geneDR023919,geneDR023944,geneDR014699,geneDR014692,geneDR014680,geneDR014678,geneDR014665,geneDR014601,geneDR014585,geneDR014513,geneDR026586,geneDR026621,geneDR026624,geneDR026663,geneDR026666,geneDR026683,geneDR026684,geneDR026736,geneDR026752,geneDR026798,geneDR025031,geneDR025048,geneDR025082,geneDR025100,geneDR025117,geneDR025132,geneDR025139,geneDR033505,geneDR032553,geneDR024627,geneDR024620,geneDR024603,geneDR024596,geneDR024576,geneDR010365,geneDR010405,geneDR010427,geneDR010459,geneDR010500,geneDR010540,geneDR010631,geneDR010690,geneDR010691,geneDR010739,geneDR010741,geneDR010789,geneDR010796,geneDR010797,geneDR010798,geneDR010799,geneDR010800,geneDR010801,geneDR010802,geneDR010814,geneDR010847,geneDR010912,geneDR010960,geneDR010998,geneDR011051,geneDR011067,geneDR011119,geneDR011151,geneDR011217,geneDR011243,geneDR027454,geneDR027455,geneDR027476,geneDR027533,geneDR027544,geneDR027565,geneDR027717,geneDR027735,geneDR027752,geneDR027788,geneDR033627,geneDR033610,geneDR033607,geneDR013104,geneDR013150,geneDR013218,geneDR013223,geneDR013273,geneDR013303,geneDR013327,geneDR013329,geneDR013367,geneDR013390,geneDR013393,geneDR013399,geneDR013489,geneDR013490,geneDR013512,geneDR013521,geneDR013549,geneDR013590,geneDR013608,geneDR013611,geneDR013660,geneDR013701,geneDR013728,geneDR013773,geneDR013775,geneDR013788,geneDR027262,geneDR027192,geneDR027146,geneDR027142,geneDR027029,geneDR031948,geneDR028927,geneDR028932,geneDR028956,geneDR032487,geneDR029503,geneDR029529,geneDR029639,geneDR029668,geneDR023601,geneDR023600,geneDR023578,geneDR023559,geneDR023535,geneDR023534,geneDR023529,geneDR023528,geneDR023524,geneDR023500,geneDR023463,geneDR023383,geneDR023370,geneDR023312,geneDR023277,geneDR023276,geneDR023244,geneDR023236,geneDR032700,geneDR032699,geneDR032657,geneDR032614,geneDR025954,geneDR025953,geneDR025872,geneDR025857,geneDR025773,geneDR025772,geneDR025643,geneDR025618,geneDR025614,geneDR025603,geneDR034473,geneDR035358,geneDR012731,geneDR012754,geneDR012801,geneDR012805,geneDR012892,geneDR012905,geneDR012966,geneDR012987,geneDR027020,geneDR026965,geneDR009833,geneDR009831,geneDR009829,geneDR009828,geneDR009821,geneDR009778,geneDR009747,geneDR009713,geneDR009616,geneDR009594,geneDR009587,geneDR009547,geneDR009530,geneDR009529,geneDR009508,geneDR009460,geneDR009442,geneDR009415,geneDR009402,geneDR009328,geneDR009310,geneDR009266,geneDR009251,geneDR009190,geneDR009188,geneDR009176,geneDR009170,geneDR009168,geneDR009167,geneDR009136,geneDR009103,geneDR009089,geneDR016667,geneDR016657,geneDR016624,geneDR016601,geneDR016599,geneDR016521,geneDR016516,geneDR016505,geneDR016417,geneDR016401,geneDR016300,geneDR016288,geneDR016252,geneDR016227,geneDR016209,geneDR016183,geneDR016119,geneDR016102,geneDR029067,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR029104,geneDR029117,geneDR029120,geneDR032287,geneDR030631,geneDR007566,geneDR007540,geneDR007511,geneDR007501,geneDR007446,geneDR007432,geneDR007423,geneDR007413,geneDR007372,geneDR007346,geneDR007342,geneDR007317,geneDR007289,geneDR007271,geneDR007261,geneDR007242,geneDR007205,geneDR007097,geneDR007038,geneDR007022,geneDR007015,geneDR007012,geneDR006942,geneDR022171,geneDR022175,geneDR022229,geneDR022247,geneDR022268,geneDR022363,geneDR022536,geneDR022539,geneDR022556,geneDR022577,geneDR022578,geneDR022600,geneDR022638,geneDR022671,geneDR006102,geneDR006029,geneDR005930,geneDR005927,geneDR005911,geneDR005784,geneDR005742,geneDR005729,geneDR005723,geneDR005713,geneDR005635,geneDR005633,geneDR005619,geneDR005611,geneDR005602,geneDR005562,geneDR005499,geneDR005489,geneDR005473,geneDR005460,geneDR005434,geneDR005402,geneDR005369,geneDR005352,geneDR005350,geneDR005349,geneDR005330,geneDR005309,geneDR005295,geneDR005292,geneDR005157,geneDR005141,geneDR005128,geneDR005107,geneDR005087,geneDR005065,geneDR005004,geneDR005003,geneDR030241,geneDR032223,geneDR033967	protein kinase activity	MF
GO:0004746	geneDR011504,geneDR023051	riboflavin synthase activity	MF
GO:0019154	geneDR011510,geneDR025199	glycolate dehydrogenase activity	MF
GO:0004792	geneDR011512,geneDR004651,geneDR027012,geneDR016416	thiosulfate sulfurtransferase activity	MF
GO:0016782	geneDR011512,geneDR011869,geneDR011884,geneDR035422,geneDR014233,geneDR032941,geneDR032942,geneDR003403,geneDR030518,geneDR012157,geneDR012613,geneDR017083,geneDR033170,geneDR027341,geneDR033473,geneDR015521,geneDR024007,geneDR004651,geneDR035192,geneDR035193,geneDR035175,geneDR035176,geneDR031316,geneDR026825,geneDR013404,geneDR027012,geneDR016416,geneDR032255,geneDR006084,geneDR005271	transferase activity, transferring sulphur-containing groups	MF
GO:0016783	geneDR011512,geneDR011869,geneDR011884,geneDR035422,geneDR014233,geneDR030518,geneDR012157,geneDR033170,geneDR027341,geneDR033473,geneDR015521,geneDR004651,geneDR035192,geneDR035193,geneDR035175,geneDR035176,geneDR031316,geneDR026825,geneDR027012,geneDR016416,geneDR032255,geneDR005271	sulfurtransferase activity	MF
GO:0016784	geneDR011512,geneDR004651	3-mercaptopyruvate sulfurtransferase activity	MF
GO:0004021	geneDR011517,geneDR018188,geneDR029708,geneDR010045	L-alanine:2-oxoglutarate aminotransferase activity	MF
GO:0008483	geneDR011517,geneDR011706,geneDR035376,geneDR035377,geneDR035378,geneDR014431,geneDR035628,geneDR034717,geneDR035637,geneDR032171,geneDR000768,geneDR001237,geneDR001288,geneDR001343,geneDR001344,geneDR001771,geneDR028263,geneDR003308,geneDR003100,geneDR002919,geneDR002622,geneDR031808,geneDR031809,geneDR035035,geneDR028811,geneDR019972,geneDR028172,geneDR006370,geneDR006229,geneDR018221,geneDR018188,geneDR018094,geneDR014949,geneDR029708,geneDR034510,geneDR034506,geneDR015916,geneDR015536,geneDR024825,geneDR022807,geneDR010206,geneDR010045,geneDR010013,geneDR023682,geneDR014653,geneDR026635,geneDR025060,geneDR024631,geneDR010415,geneDR027468,geneDR027819,geneDR025938,geneDR026927,geneDR006955,geneDR022627,geneDR005980,geneDR005939,geneDR005582	transaminase activity	MF
GO:0016769	geneDR011517,geneDR011706,geneDR035376,geneDR035377,geneDR035378,geneDR014431,geneDR035628,geneDR034717,geneDR035637,geneDR032171,geneDR000768,geneDR001237,geneDR001288,geneDR001343,geneDR001344,geneDR001771,geneDR028263,geneDR003308,geneDR003100,geneDR002919,geneDR002622,geneDR031808,geneDR031809,geneDR035035,geneDR028811,geneDR019972,geneDR028172,geneDR006370,geneDR006229,geneDR018221,geneDR018188,geneDR018094,geneDR014949,geneDR029708,geneDR034510,geneDR034506,geneDR015916,geneDR015536,geneDR024825,geneDR022807,geneDR010206,geneDR010045,geneDR010013,geneDR023682,geneDR014653,geneDR026635,geneDR025060,geneDR024631,geneDR010415,geneDR027468,geneDR027819,geneDR025938,geneDR026927,geneDR006955,geneDR022627,geneDR005980,geneDR005939,geneDR005582	transferase activity, transferring nitrogenous groups	MF
GO:0047635	geneDR011517,geneDR018188,geneDR029708,geneDR010045	alanine-oxo-acid transaminase activity	MF
GO:0003859	geneDR011521	3-hydroxybutyryl-CoA dehydratase activity	MF
GO:0019842	geneDR011535,geneDR011726,geneDR011941,geneDR011973,geneDR034616,geneDR035203,geneDR000485,geneDR028298,geneDR028263,geneDR003114,geneDR003058,geneDR002919,geneDR020068,geneDR020332,geneDR033745,geneDR017626,geneDR017307,geneDR014949,geneDR034772,geneDR033991,geneDR026834,geneDR019588,geneDR015916,geneDR020931,geneDR032448,geneDR032447,geneDR018706,geneDR022990,geneDR019340,geneDR031229,geneDR024319,geneDR024631,geneDR024542,geneDR027468,geneDR013214,geneDR013545,geneDR023375,geneDR005939,geneDR005858,geneDR005160	vitamin binding	MF
GO:0030170	geneDR011535,geneDR011941,geneDR011973,geneDR035203,geneDR000485,geneDR028298,geneDR028263,geneDR003114,geneDR002919,geneDR020068,geneDR020332,geneDR017626,geneDR014949,geneDR019588,geneDR015916,geneDR020931,geneDR032448,geneDR032447,geneDR022990,geneDR019340,geneDR031229,geneDR024631,geneDR024542,geneDR027468,geneDR013214,geneDR013545,geneDR023375,geneDR005939,geneDR005858	pyridoxal phosphate binding	MF
GO:0070279	geneDR011535,geneDR011941,geneDR011973,geneDR035203,geneDR000485,geneDR028298,geneDR028263,geneDR003114,geneDR002919,geneDR020068,geneDR020332,geneDR017626,geneDR014949,geneDR019588,geneDR015916,geneDR020931,geneDR032448,geneDR032447,geneDR022990,geneDR019340,geneDR031229,geneDR024631,geneDR024542,geneDR027468,geneDR013214,geneDR013545,geneDR023375,geneDR005939,geneDR005858	vitamin B6 binding	MF
GO:0005507	geneDR011539,geneDR035300,geneDR035454,geneDR035007,geneDR035020,geneDR035241,geneDR000150,geneDR000263,geneDR000276,geneDR000485,geneDR001074,geneDR028304,geneDR028272,geneDR007795,geneDR034695,geneDR016844,geneDR003487,geneDR003424,geneDR003350,geneDR003300,geneDR003209,geneDR003100,geneDR002883,geneDR002758,geneDR002631,geneDR002628,geneDR002293,geneDR002283,geneDR002075,geneDR001996,geneDR030383,geneDR028802,geneDR028781,geneDR028605,geneDR019895,geneDR019972,geneDR020076,geneDR020210,geneDR020258,geneDR020367,geneDR012168,geneDR028098,geneDR006618,geneDR006552,geneDR033794,geneDR018361,geneDR018283,geneDR018235,geneDR017481,geneDR015220,geneDR015203,geneDR015107,geneDR015008,geneDR025542,geneDR025567,geneDR020687,geneDR020537,geneDR020428,geneDR008975,geneDR008970,geneDR008778,geneDR008529,geneDR008284,geneDR008202,geneDR029914,geneDR030138,geneDR030097,geneDR019585,geneDR019637,geneDR019812,geneDR034330,geneDR015972,geneDR015545,geneDR015522,geneDR015499,geneDR015425,geneDR021246,geneDR026125,geneDR032433,geneDR023984,geneDR026385,geneDR026422,geneDR003603,geneDR003738,geneDR004043,geneDR004271,geneDR004286,geneDR004538,geneDR004622,geneDR004656,geneDR004659,geneDR004672,geneDR004909,geneDR004914,geneDR024727,geneDR022785,geneDR022898,geneDR022995,geneDR021752,geneDR021769,geneDR019343,geneDR019208,geneDR019153,geneDR019050,geneDR021614,geneDR021577,geneDR010002,geneDR009959,geneDR032349,geneDR031305,geneDR031289,geneDR024273,geneDR023734,geneDR023818,geneDR014653,geneDR026740,geneDR025124,geneDR010422,geneDR010767,geneDR010794,geneDR010817,geneDR027531,geneDR027772,geneDR033633,geneDR013257,geneDR013369,geneDR027286,geneDR027175,geneDR032582,geneDR032581,geneDR029464,geneDR029487,geneDR023594,geneDR023300,geneDR025837,geneDR009874,geneDR009538,geneDR009218,geneDR009087,geneDR016661,geneDR016368,geneDR016215,geneDR028996,geneDR029158,geneDR007390,geneDR007047,geneDR006991,geneDR022205,geneDR022274,geneDR006057,geneDR005980,geneDR005933,geneDR005903,geneDR005902,geneDR005772,geneDR005721,geneDR005601,geneDR005358,geneDR005332,geneDR005286,geneDR005273	copper ion binding	MF
GO:0003879	geneDR011542,geneDR003943	ATP phosphoribosyltransferase activity	MF
GO:0016757	geneDR011542,geneDR011973,geneDR035392,geneDR034304,geneDR034316,geneDR035501,geneDR014302,geneDR014314,geneDR014366,geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR034495,geneDR035543,geneDR034598,geneDR034609,geneDR035607,geneDR035625,geneDR034712,geneDR034824,geneDR034907,geneDR032870,geneDR032965,geneDR035203,geneDR035213,geneDR035253,geneDR032009,geneDR032008,geneDR032007,geneDR032002,geneDR031989,geneDR000010,geneDR000020,geneDR000035,geneDR000043,geneDR000060,geneDR000112,geneDR000243,geneDR000244,geneDR000344,geneDR000387,geneDR000580,geneDR000790,geneDR000921,geneDR001065,geneDR001172,geneDR001260,geneDR001273,geneDR001294,geneDR001340,geneDR001370,geneDR001407,geneDR001567,geneDR001690,geneDR001752,geneDR001781,geneDR035351,geneDR034676,geneDR033839,geneDR028360,geneDR028253,geneDR028235,geneDR030886,geneDR030849,geneDR030833,geneDR007975,geneDR007909,geneDR016996,geneDR016839,geneDR016783,geneDR016727,geneDR003474,geneDR003393,geneDR003359,geneDR003358,geneDR003170,geneDR003158,geneDR003045,geneDR002963,geneDR002948,geneDR002937,geneDR002936,geneDR002865,geneDR002829,geneDR002790,geneDR002770,geneDR002686,geneDR002601,geneDR002472,geneDR002150,geneDR002147,geneDR002123,geneDR002064,geneDR002038,geneDR001895,geneDR030508,geneDR031696,geneDR031724,geneDR031774,geneDR031785,geneDR028780,geneDR028627,geneDR028532,geneDR019911,geneDR019979,geneDR020127,geneDR020128,geneDR020232,geneDR020238,geneDR020332,geneDR020352,geneDR012122,geneDR012504,geneDR012534,geneDR012575,geneDR012703,geneDR028162,geneDR028143,geneDR028101,geneDR006719,geneDR006625,geneDR006431,geneDR006344,geneDR006335,geneDR006321,geneDR006300,geneDR006299,geneDR006256,geneDR033751,geneDR033750,geneDR018437,geneDR018352,geneDR018313,geneDR018191,geneDR017964,geneDR017963,geneDR030934,geneDR031077,geneDR031091,geneDR031160,geneDR031163,geneDR034158,geneDR017545,geneDR017535,geneDR017409,geneDR017031,geneDR015212,geneDR015115,geneDR015022,geneDR015007,geneDR014998,geneDR014797,geneDR014795,geneDR025515,geneDR033154,geneDR033132,geneDR033122,geneDR027980,geneDR030286,geneDR009021,geneDR008949,geneDR008945,geneDR008821,geneDR008677,geneDR008675,geneDR008654,geneDR008628,geneDR008624,geneDR008616,geneDR008615,geneDR008580,geneDR008464,geneDR008447,geneDR008432,geneDR008421,geneDR008313,geneDR008288,geneDR008235,geneDR008227,geneDR008226,geneDR008182,geneDR030055,geneDR030011,geneDR029947,geneDR029916,geneDR029837,geneDR029776,geneDR035162,geneDR034410,geneDR034769,geneDR033987,geneDR020814,geneDR020829,geneDR020843,geneDR033093,geneDR033311,geneDR033492,geneDR033495,geneDR033499,geneDR030171,geneDR030169,geneDR030164,geneDR030099,geneDR030090,geneDR014145,geneDR014053,geneDR014012,geneDR014007,geneDR013984,geneDR013927,geneDR019572,geneDR019647,geneDR019704,geneDR016008,geneDR015893,geneDR015796,geneDR015693,geneDR015677,geneDR015486,geneDR015485,geneDR015345,geneDR033305,geneDR033250,geneDR021345,geneDR021247,geneDR021188,geneDR020955,geneDR020875,geneDR018678,geneDR026299,geneDR026318,geneDR026408,geneDR026429,geneDR003616,geneDR003627,geneDR003772,geneDR003860,geneDR003943,geneDR004007,geneDR004174,geneDR004177,geneDR004206,geneDR004331,geneDR004493,geneDR004499,geneDR004540,geneDR004626,geneDR004687,geneDR004688,geneDR004715,geneDR004796,geneDR004816,geneDR004846,geneDR004849,geneDR025265,geneDR025243,geneDR017680,geneDR017708,geneDR024922,geneDR024715,geneDR022739,geneDR022741,geneDR022772,geneDR022790,geneDR022806,geneDR022859,geneDR022896,geneDR022919,geneDR022932,geneDR022941,geneDR022974,geneDR023070,geneDR023084,geneDR023085,geneDR023086,geneDR023092,geneDR023167,geneDR033551,geneDR021648,geneDR021666,geneDR021716,geneDR021723,geneDR021914,geneDR021934,geneDR021958,geneDR019457,geneDR019446,geneDR019398,geneDR019180,geneDR019178,geneDR019062,geneDR021622,geneDR031841,geneDR010336,geneDR010042,geneDR032385,geneDR031315,geneDR031211,geneDR031194,geneDR024455,geneDR024380,geneDR024303,geneDR024279,geneDR024156,geneDR024066,geneDR023656,geneDR023659,geneDR023751,geneDR023752,geneDR023899,geneDR023938,geneDR014608,geneDR014522,geneDR014517,geneDR014507,geneDR026592,geneDR026593,geneDR026747,geneDR026757,geneDR026814,geneDR025027,geneDR025105,geneDR025110,geneDR025115,geneDR025137,geneDR024640,geneDR024616,geneDR024524,geneDR024519,geneDR024508,geneDR024494,geneDR010400,geneDR010401,geneDR010402,geneDR010504,geneDR010687,geneDR010707,geneDR010827,geneDR010893,geneDR011039,geneDR011042,geneDR011060,geneDR011129,geneDR011219,geneDR011232,geneDR011254,geneDR027537,geneDR027552,geneDR027785,geneDR033649,geneDR013080,geneDR013187,geneDR013198,geneDR013199,geneDR013364,geneDR013400,geneDR013450,geneDR027058,geneDR032590,geneDR031932,geneDR031980,geneDR033927,geneDR033923,geneDR034577,geneDR029451,geneDR029517,geneDR029581,geneDR029608,geneDR029651,geneDR029652,geneDR029665,geneDR029673,geneDR023420,geneDR023303,geneDR023296,geneDR023212,geneDR032726,geneDR032635,geneDR032627,geneDR034937,geneDR025943,geneDR025875,geneDR025848,geneDR025815,geneDR025725,geneDR025717,geneDR025714,geneDR025693,geneDR012971,geneDR026995,geneDR026984,geneDR009556,geneDR009458,geneDR009457,geneDR009283,geneDR009228,geneDR009226,geneDR009216,geneDR009192,geneDR009126,geneDR009114,geneDR016627,geneDR016565,geneDR016556,geneDR016554,geneDR016106,geneDR029040,geneDR029162,geneDR007377,geneDR007376,geneDR007309,geneDR007197,geneDR007183,geneDR007168,geneDR007162,geneDR034033,geneDR007031,geneDR007030,geneDR007011,geneDR006949,geneDR022244,geneDR022270,geneDR022384,geneDR022465,geneDR022523,geneDR022567,geneDR022568,geneDR022597,geneDR022660,geneDR022666,geneDR022689,geneDR006094,geneDR006034,geneDR006013,geneDR005951,geneDR005925,geneDR005843,geneDR005830,geneDR005814,geneDR005746,geneDR005603,geneDR005556,geneDR005379,geneDR005378,geneDR005377,geneDR005376,geneDR005304,geneDR005279,geneDR005247,geneDR005154,geneDR005132,geneDR005012,geneDR005009,geneDR005007,geneDR004995	glycosyltransferase activity	MF
GO:0016763	geneDR011542,geneDR035543,geneDR035625,geneDR032009,geneDR032008,geneDR000020,geneDR001273,geneDR001690,geneDR001781,geneDR002064,geneDR001895,geneDR020352,geneDR012703,geneDR028162,geneDR006335,geneDR033751,geneDR033750,geneDR018437,geneDR018352,geneDR017031,geneDR015115,geneDR015007,geneDR014998,geneDR025515,geneDR033122,geneDR009021,geneDR008945,geneDR008821,geneDR008432,geneDR008313,geneDR033093,geneDR014053,geneDR018678,geneDR026318,geneDR003860,geneDR003943,geneDR004331,geneDR024715,geneDR022772,geneDR022896,geneDR033551,geneDR021934,geneDR019062,geneDR031315,geneDR031211,geneDR026814,geneDR010827,geneDR027537,geneDR013400,geneDR029581,geneDR032635,geneDR025943,geneDR009114,geneDR029162,geneDR007011,geneDR006949,geneDR022244,geneDR022384,geneDR022660,geneDR005603,geneDR005279	pentosyltransferase activity	MF
GO:0004853	geneDR011543,geneDR028701,geneDR021846,geneDR025073,geneDR005098	uroporphyrinogen decarboxylase activity	MF
GO:0016830	geneDR011543,geneDR011662,geneDR011711,geneDR033879,geneDR034737,geneDR035658,geneDR035089,geneDR035090,geneDR032077,geneDR000335,geneDR000832,geneDR001250,geneDR001362,geneDR001670,geneDR001671,geneDR001792,geneDR016862,geneDR016757,geneDR003488,geneDR003434,geneDR003322,geneDR003318,geneDR002168,geneDR001945,geneDR001914,geneDR030570,geneDR031725,geneDR031758,geneDR028782,geneDR028701,geneDR019965,geneDR020081,geneDR020250,geneDR020306,geneDR012187,geneDR012234,geneDR012258,geneDR012685,geneDR028151,geneDR006818,geneDR006817,geneDR006816,geneDR006707,geneDR006250,geneDR017976,geneDR031080,geneDR031181,geneDR017254,geneDR014964,geneDR020589,geneDR020509,geneDR020455,geneDR008987,geneDR008359,geneDR030034,geneDR029951,geneDR019519,geneDR019631,geneDR015771,geneDR033219,geneDR021012,geneDR020899,geneDR026093,geneDR018925,geneDR003553,geneDR003878,geneDR024998,geneDR023077,geneDR023079,geneDR021669,geneDR021705,geneDR021846,geneDR022163,geneDR019469,geneDR019346,geneDR019161,geneDR019108,geneDR021557,geneDR021485,geneDR010249,geneDR032313,geneDR031344,geneDR031246,geneDR024152,geneDR024103,geneDR023790,geneDR025070,geneDR025073,geneDR010697,geneDR027482,geneDR013581,geneDR013765,geneDR027080,geneDR023512,geneDR023345,geneDR025744,geneDR009357,geneDR009356,geneDR009218,geneDR009162,geneDR029116,geneDR007426,geneDR005519,geneDR005098,geneDR005095	carbon-carbon lyase activity	MF
GO:0016831	geneDR011543,geneDR011662,geneDR011711,geneDR034737,geneDR035658,geneDR032077,geneDR001250,geneDR001362,geneDR001670,geneDR001671,geneDR001792,geneDR002168,geneDR001945,geneDR030570,geneDR031758,geneDR028701,geneDR019965,geneDR020250,geneDR020306,geneDR012187,geneDR012258,geneDR012685,geneDR028151,geneDR006818,geneDR006817,geneDR006816,geneDR006707,geneDR006250,geneDR017976,geneDR031080,geneDR031181,geneDR017254,geneDR014964,geneDR020589,geneDR020509,geneDR020455,geneDR008987,geneDR030034,geneDR019519,geneDR015771,geneDR021012,geneDR026093,geneDR018925,geneDR003553,geneDR021705,geneDR021846,geneDR022163,geneDR019469,geneDR019161,geneDR019108,geneDR021557,geneDR021485,geneDR010249,geneDR024152,geneDR025070,geneDR025073,geneDR027482,geneDR013581,geneDR013765,geneDR027080,geneDR025744,geneDR009357,geneDR009356,geneDR009218,geneDR009162,geneDR005098,geneDR005095	carboxy-lyase activity	MF
GO:0004733	geneDR011545,geneDR008780,geneDR034405	pyridoxamine-phosphate oxidase activity	MF
GO:0016638	geneDR011545,geneDR011829,geneDR000893,geneDR001523,geneDR003107,geneDR028605,geneDR028511,geneDR012526,geneDR006741,geneDR018361,geneDR027960,geneDR008780,geneDR034405,geneDR015750,geneDR022019,geneDR031305,geneDR031237,geneDR032545,geneDR009472,geneDR028996,geneDR029087,geneDR005188,geneDR004992	oxidoreductase activity, acting on the CH-NH2 group of donors	MF
GO:0016641	geneDR011545,geneDR000893,geneDR001523,geneDR003107,geneDR012526,geneDR006741,geneDR008780,geneDR034405,geneDR015750,geneDR032545,geneDR005188,geneDR004992	oxidoreductase activity, acting on the CH-NH2 group of donors, oxygen as acceptor	MF
GO:0042803	geneDR011553,geneDR011884,geneDR033882,geneDR035315,geneDR034364,geneDR035502,geneDR014250,geneDR014358,geneDR014451,geneDR014467,geneDR034616,geneDR034790,geneDR034999,geneDR032947,geneDR032957,geneDR032082,geneDR000073,geneDR000095,geneDR000171,geneDR000415,geneDR000557,geneDR000611,geneDR000740,geneDR000998,geneDR001212,geneDR001366,geneDR001517,geneDR001706,geneDR030889,geneDR008112,geneDR007858,geneDR007853,geneDR007777,geneDR016999,geneDR016963,geneDR016863,geneDR016707,geneDR003499,geneDR003396,geneDR003179,geneDR003041,geneDR003040,geneDR002978,geneDR002956,geneDR002844,geneDR002834,geneDR002833,geneDR002703,geneDR002652,geneDR002622,geneDR002562,geneDR002504,geneDR002474,geneDR002414,geneDR002220,geneDR002206,geneDR002107,geneDR001971,geneDR001896,geneDR001892,geneDR030449,geneDR030570,geneDR030571,geneDR030586,geneDR031641,geneDR031728,geneDR031758,geneDR028788,geneDR028542,geneDR028523,geneDR028454,geneDR028453,geneDR019863,geneDR019981,geneDR020041,geneDR020051,geneDR020100,geneDR020123,geneDR020154,geneDR020270,geneDR020271,geneDR020306,geneDR020373,geneDR020385,geneDR020404,geneDR012055,geneDR012077,geneDR012122,geneDR012278,geneDR012540,geneDR012541,geneDR012717,geneDR034385,geneDR028209,geneDR006882,geneDR006737,geneDR006622,geneDR006362,geneDR006307,geneDR006267,geneDR006191,geneDR033742,geneDR018527,geneDR018195,geneDR018005,geneDR017953,geneDR030980,geneDR031052,geneDR031061,geneDR017668,geneDR017626,geneDR017429,geneDR017206,geneDR017047,geneDR015263,geneDR015033,geneDR015015,geneDR014990,geneDR014989,geneDR014951,geneDR014939,geneDR014923,geneDR014817,geneDR014802,geneDR014735,geneDR025356,geneDR025413,geneDR025517,geneDR027913,geneDR030260,geneDR029733,geneDR020693,geneDR020658,geneDR020610,geneDR020609,geneDR020511,geneDR020502,geneDR020501,geneDR020497,geneDR020495,geneDR020419,geneDR008921,geneDR008873,geneDR008737,geneDR008735,geneDR008662,geneDR008661,geneDR008587,geneDR008298,geneDR008295,geneDR008140,geneDR030003,geneDR029825,geneDR029789,geneDR029763,geneDR029747,geneDR035155,geneDR034921,geneDR026831,geneDR026832,geneDR030116,geneDR014179,geneDR014093,geneDR014091,geneDR014061,geneDR019499,geneDR019742,geneDR019781,geneDR016062,geneDR016013,geneDR015875,geneDR015821,geneDR015671,geneDR015653,geneDR015362,geneDR033274,geneDR021344,geneDR021307,geneDR021219,geneDR021170,geneDR021042,geneDR021019,geneDR025981,geneDR026050,geneDR026247,geneDR031433,geneDR030803,geneDR030798,geneDR030751,geneDR018621,geneDR018622,geneDR018623,geneDR018710,geneDR026355,geneDR026357,geneDR003553,geneDR003861,geneDR004109,geneDR004183,geneDR004193,geneDR004430,geneDR004504,geneDR004591,geneDR004592,geneDR004680,geneDR004703,geneDR004805,geneDR004853,geneDR025256,geneDR025227,geneDR017809,geneDR024973,geneDR024806,geneDR024773,geneDR024716,geneDR024715,geneDR024699,geneDR022841,geneDR023192,geneDR033564,geneDR021671,geneDR021705,geneDR021817,geneDR021901,geneDR021989,geneDR022003,geneDR019453,geneDR019389,geneDR019364,geneDR019317,geneDR019302,geneDR019283,geneDR019257,geneDR019108,geneDR019076,geneDR019037,geneDR019006,geneDR018982,geneDR021622,geneDR031825,geneDR010221,geneDR010105,geneDR010036,geneDR010035,geneDR010034,geneDR009945,geneDR032363,geneDR024393,geneDR024368,geneDR024347,geneDR024323,geneDR024233,geneDR024168,geneDR024162,geneDR023792,geneDR023887,geneDR014526,geneDR014515,geneDR014514,geneDR026604,geneDR026704,geneDR026805,geneDR025011,geneDR025132,geneDR024603,geneDR024547,geneDR024543,geneDR010442,geneDR010457,geneDR010468,geneDR010536,geneDR010825,geneDR011020,geneDR011050,geneDR011096,geneDR011122,geneDR011226,geneDR027470,geneDR027514,geneDR027547,geneDR027775,geneDR033650,geneDR013285,geneDR013348,geneDR013535,geneDR013716,geneDR027208,geneDR027093,geneDR027024,geneDR032575,geneDR028958,geneDR032486,geneDR029594,geneDR029597,geneDR023524,geneDR023412,geneDR032712,geneDR032680,geneDR032653,geneDR032638,geneDR032632,geneDR025895,geneDR025827,geneDR025808,geneDR025690,geneDR025682,geneDR012797,geneDR012860,geneDR012930,geneDR013025,geneDR026934,geneDR009879,geneDR009807,geneDR009555,geneDR009513,geneDR009468,geneDR009309,geneDR016598,geneDR016472,geneDR016260,geneDR016187,geneDR029016,geneDR029103,geneDR032279,geneDR032280,geneDR007583,geneDR007425,geneDR007357,geneDR007297,geneDR007235,geneDR007203,geneDR007186,geneDR007075,geneDR007056,geneDR006989,geneDR006950,geneDR022241,geneDR022331,geneDR022474,geneDR022660,geneDR006107,geneDR005911,geneDR005888,geneDR005863,geneDR005859,geneDR005690,geneDR005680,geneDR005640,geneDR005514,geneDR005424,geneDR005160,geneDR030226	protein homodimerization activity	MF
GO:0046983	geneDR011553,geneDR011884,geneDR033882,geneDR035276,geneDR035303,geneDR035315,geneDR034364,geneDR035502,geneDR014250,geneDR014358,geneDR014451,geneDR014467,geneDR034616,geneDR034710,geneDR034790,geneDR034999,geneDR032947,geneDR032957,geneDR032082,geneDR000073,geneDR000095,geneDR000171,geneDR000415,geneDR000418,geneDR000557,geneDR000611,geneDR000621,geneDR000740,geneDR000998,geneDR001167,geneDR001212,geneDR001366,geneDR001517,geneDR001706,geneDR001760,geneDR030889,geneDR008112,geneDR007858,geneDR007853,geneDR007807,geneDR007777,geneDR007736,geneDR016999,geneDR016963,geneDR016863,geneDR016707,geneDR003523,geneDR003499,geneDR003497,geneDR003396,geneDR003179,geneDR003041,geneDR003040,geneDR002978,geneDR002956,geneDR002844,geneDR002834,geneDR002833,geneDR002722,geneDR002703,geneDR002652,geneDR002622,geneDR002562,geneDR002511,geneDR002504,geneDR002474,geneDR002414,geneDR002396,geneDR002229,geneDR002220,geneDR002206,geneDR002107,geneDR001971,geneDR001896,geneDR001892,geneDR030449,geneDR030554,geneDR030570,geneDR030571,geneDR030586,geneDR031641,geneDR031728,geneDR031758,geneDR028788,geneDR028542,geneDR028523,geneDR028454,geneDR028453,geneDR019863,geneDR019981,geneDR020041,geneDR020051,geneDR020100,geneDR020123,geneDR020154,geneDR020270,geneDR020271,geneDR020306,geneDR020340,geneDR020373,geneDR020385,geneDR020404,geneDR012055,geneDR012077,geneDR012122,geneDR012195,geneDR012278,geneDR012540,geneDR012541,geneDR012717,geneDR034385,geneDR028209,geneDR028178,geneDR028099,geneDR006882,geneDR006737,geneDR006622,geneDR006436,geneDR006362,geneDR006307,geneDR006267,geneDR006191,geneDR033742,geneDR018527,geneDR018284,geneDR018276,geneDR018195,geneDR018005,geneDR017953,geneDR030980,geneDR031052,geneDR031061,geneDR017668,geneDR017626,geneDR017429,geneDR017238,geneDR017206,geneDR017047,geneDR015263,geneDR015033,geneDR015015,geneDR014990,geneDR014989,geneDR014951,geneDR014939,geneDR014923,geneDR014817,geneDR014802,geneDR014791,geneDR014735,geneDR025356,geneDR025413,geneDR025517,geneDR027934,geneDR027913,geneDR030260,geneDR029733,geneDR020723,geneDR020693,geneDR020658,geneDR020610,geneDR020609,geneDR020511,geneDR020502,geneDR020501,geneDR020497,geneDR020495,geneDR020419,geneDR020418,geneDR008921,geneDR008873,geneDR008863,geneDR008743,geneDR008737,geneDR008735,geneDR008662,geneDR008661,geneDR008587,geneDR008298,geneDR008295,geneDR008140,geneDR030003,geneDR029967,geneDR029825,geneDR029789,geneDR029763,geneDR029747,geneDR035155,geneDR034921,geneDR026831,geneDR026832,geneDR030137,geneDR030116,geneDR014179,geneDR014093,geneDR014091,geneDR014061,geneDR019499,geneDR019576,geneDR019742,geneDR019781,geneDR016062,geneDR016013,geneDR015875,geneDR015821,geneDR015671,geneDR015653,geneDR015642,geneDR015363,geneDR015362,geneDR015341,geneDR015340,geneDR033302,geneDR033274,geneDR021380,geneDR021344,geneDR021307,geneDR021219,geneDR021170,geneDR021042,geneDR021019,geneDR020946,geneDR025981,geneDR026050,geneDR026247,geneDR031433,geneDR030803,geneDR030798,geneDR030751,geneDR018621,geneDR018622,geneDR018623,geneDR018710,geneDR026355,geneDR026357,geneDR026386,geneDR003553,geneDR003572,geneDR003861,geneDR004109,geneDR004183,geneDR004193,geneDR004227,geneDR004228,geneDR004411,geneDR004430,geneDR004504,geneDR004591,geneDR004592,geneDR004680,geneDR004703,geneDR004754,geneDR004805,geneDR004843,geneDR004853,geneDR025256,geneDR025227,geneDR017809,geneDR024973,geneDR024806,geneDR024773,geneDR024716,geneDR024715,geneDR024699,geneDR022841,geneDR023192,geneDR033564,geneDR021671,geneDR021705,geneDR021817,geneDR021901,geneDR021989,geneDR022003,geneDR019453,geneDR019389,geneDR019364,geneDR019317,geneDR019302,geneDR019283,geneDR019257,geneDR019108,geneDR019076,geneDR019037,geneDR019006,geneDR018982,geneDR021622,geneDR031825,geneDR010221,geneDR010105,geneDR010036,geneDR010035,geneDR010034,geneDR009962,geneDR009958,geneDR009945,geneDR032345,geneDR032350,geneDR032363,geneDR024393,geneDR024368,geneDR024347,geneDR024323,geneDR024233,geneDR024168,geneDR024162,geneDR023759,geneDR023792,geneDR023887,geneDR014526,geneDR014515,geneDR014514,geneDR026604,geneDR026704,geneDR026805,geneDR025011,geneDR025132,geneDR024603,geneDR024547,geneDR024543,geneDR010442,geneDR010457,geneDR010468,geneDR010536,geneDR010559,geneDR010825,geneDR011020,geneDR011046,geneDR011050,geneDR011096,geneDR011122,geneDR011185,geneDR011226,geneDR027470,geneDR027514,geneDR027547,geneDR027775,geneDR033650,geneDR013285,geneDR013348,geneDR013535,geneDR013566,geneDR013716,geneDR027208,geneDR027093,geneDR027055,geneDR027024,geneDR032575,geneDR031942,geneDR028958,geneDR032486,geneDR029594,geneDR029597,geneDR023524,geneDR023412,geneDR023361,geneDR032712,geneDR032680,geneDR032653,geneDR032638,geneDR032632,geneDR025895,geneDR025827,geneDR025808,geneDR025690,geneDR025682,geneDR012797,geneDR012860,geneDR012930,geneDR013025,geneDR026934,geneDR009879,geneDR009807,geneDR009792,geneDR009672,geneDR009555,geneDR009513,geneDR009468,geneDR009309,geneDR016598,geneDR016472,geneDR016442,geneDR016260,geneDR016187,geneDR029016,geneDR029103,geneDR032279,geneDR032280,geneDR007583,geneDR007425,geneDR007357,geneDR007297,geneDR007235,geneDR007203,geneDR007186,geneDR007075,geneDR007056,geneDR006989,geneDR006950,geneDR022240,geneDR022241,geneDR022331,geneDR022345,geneDR022464,geneDR022474,geneDR022648,geneDR022660,geneDR006107,geneDR005911,geneDR005888,geneDR005863,geneDR005859,geneDR005829,geneDR005690,geneDR005680,geneDR005640,geneDR005514,geneDR005424,geneDR005382,geneDR005160,geneDR030226	protein dimerization activity	MF
GO:0004457	geneDR011600,geneDR025199,geneDR016443	lactate dehydrogenase activity	MF
GO:0008720	geneDR011600,geneDR025199	D-lactate dehydrogenase activity	MF
GO:0008836	geneDR011662,geneDR035658	diaminopimelate decarboxylase activity	MF
GO:0004826	geneDR011673,geneDR000194,geneDR014968,geneDR027489	phenylalanine-tRNA ligase activity	MF
GO:0004056	geneDR011681,geneDR002301	argininosuccinate lyase activity	MF
GO:0016840	geneDR011681,geneDR002602,geneDR002301,geneDR002250,geneDR031800,geneDR035026,geneDR012653,geneDR006844,geneDR017626,geneDR009054,geneDR030154,geneDR030153,geneDR030111,geneDR014071,geneDR021312,geneDR021289,geneDR021288,geneDR026412,geneDR026413,geneDR004250,geneDR022757,geneDR022759,geneDR022761,geneDR022798,geneDR021735,geneDR013300,geneDR013485,geneDR034576,geneDR029450,geneDR009552	carbon-nitrogen lyase activity	MF
GO:0016842	geneDR011681,geneDR002301,geneDR002250,geneDR012653,geneDR006844,geneDR004250	amidine-lyase activity	MF
GO:0052381	geneDR011689,geneDR018498,geneDR014844,geneDR021005,geneDR024686,geneDR024418,geneDR023666,geneDR010987,geneDR027710	tRNA dimethylallyltransferase activity	MF
GO:0004312	geneDR011699,geneDR035211,geneDR000941,geneDR001099,geneDR001446,geneDR001566,geneDR016958,geneDR003209,geneDR003134,geneDR030371,geneDR030401,geneDR030549,geneDR012456,geneDR012574,geneDR033350,geneDR006769,geneDR006696,geneDR006523,geneDR006435,geneDR018509,geneDR018408,geneDR018098,geneDR017191,geneDR015097,geneDR008486,geneDR015723,geneDR030754,geneDR003579,geneDR024411,geneDR023908,geneDR010419,geneDR013522,geneDR025683,geneDR012997,geneDR009665,geneDR009423,geneDR007200,geneDR005409	fatty acid synthase activity	MF
GO:0004315	geneDR011699,geneDR035211,geneDR001566,geneDR012574,geneDR006769,geneDR006435	3-oxoacyl-[acyl-carrier-protein] synthase activity	MF
GO:0008840	geneDR011702,geneDR020230,geneDR019179	4-hydroxy-tetrahydrodipicolinate synthase activity	MF
GO:0004360	geneDR011706,geneDR032171,geneDR024825	glutamine-fructose-6-phosphate transaminase (isomerizing) activity	MF
GO:0070548	geneDR011706,geneDR032171,geneDR002622,geneDR024825	L-glutamine aminotransferase activity	MF
GO:0004479	geneDR011709	methionyl-tRNA formyltransferase activity	MF
GO:0016741	geneDR011709,geneDR011814,geneDR011974,geneDR033875,geneDR035324,geneDR035471,geneDR034363,geneDR014235,geneDR014421,geneDR014488,geneDR034497,geneDR034612,geneDR034847,geneDR034964,geneDR034980,geneDR032902,geneDR032926,geneDR032960,geneDR035141,geneDR032049,geneDR032023,geneDR000125,geneDR000263,geneDR000278,geneDR000401,geneDR000506,geneDR000916,geneDR001134,geneDR001297,geneDR001441,geneDR030840,geneDR008117,geneDR007982,geneDR007941,geneDR007839,geneDR007644,geneDR003160,geneDR002549,geneDR002515,geneDR002390,geneDR002216,geneDR002082,geneDR030394,geneDR030475,geneDR030502,geneDR030551,geneDR031662,geneDR028760,geneDR028722,geneDR028686,geneDR028669,geneDR028636,geneDR028502,geneDR019910,geneDR019953,geneDR020086,geneDR012208,geneDR012214,geneDR012222,geneDR012462,geneDR012506,geneDR012507,geneDR028070,geneDR028066,geneDR006732,geneDR006504,geneDR006483,geneDR006317,geneDR033803,geneDR018580,geneDR018571,geneDR018559,geneDR017985,geneDR030963,geneDR017667,geneDR017660,geneDR017659,geneDR017501,geneDR017293,geneDR017164,geneDR015284,geneDR015204,geneDR025488,geneDR027955,geneDR027954,geneDR029737,geneDR009004,geneDR008948,geneDR008843,geneDR008642,geneDR008612,geneDR008555,geneDR008141,geneDR030057,geneDR029772,geneDR029770,geneDR026835,geneDR034013,geneDR034180,geneDR027823,geneDR027837,geneDR014218,geneDR013969,geneDR019599,geneDR035039,geneDR016001,geneDR015942,geneDR015690,geneDR015689,geneDR021234,geneDR021222,geneDR021042,geneDR020940,geneDR020923,geneDR020890,geneDR026079,geneDR026269,geneDR032475,geneDR024024,geneDR023999,geneDR018656,geneDR018682,geneDR018708,geneDR018758,geneDR026516,geneDR003576,geneDR003623,geneDR004050,geneDR004095,geneDR004301,geneDR004405,geneDR004520,geneDR004579,geneDR017709,geneDR017809,geneDR024960,geneDR024793,geneDR024716,geneDR022730,geneDR022875,geneDR022995,geneDR023012,geneDR023013,geneDR033535,geneDR033534,geneDR021670,geneDR021795,geneDR021860,geneDR021910,geneDR021927,geneDR022049,geneDR022124,geneDR022155,geneDR022166,geneDR019466,geneDR021588,geneDR021525,geneDR021515,geneDR010242,geneDR031289,geneDR024362,geneDR024350,geneDR024349,geneDR024340,geneDR024264,geneDR024249,geneDR023786,geneDR023843,geneDR023889,geneDR014667,geneDR014573,geneDR014550,geneDR014511,geneDR026589,geneDR026645,geneDR026720,geneDR026822,geneDR025138,geneDR033501,geneDR024531,geneDR010387,geneDR010407,geneDR010586,geneDR010817,geneDR010852,geneDR011283,geneDR027690,geneDR027692,geneDR027708,geneDR027773,geneDR033646,geneDR013041,geneDR013220,geneDR013242,geneDR013340,geneDR013491,geneDR013492,geneDR013613,geneDR013621,geneDR027261,geneDR031966,geneDR032193,geneDR028967,geneDR028987,geneDR028991,geneDR028992,geneDR032536,geneDR032535,geneDR029567,geneDR032659,geneDR025803,geneDR025797,geneDR025606,geneDR034476,geneDR012768,geneDR012808,geneDR012995,geneDR009874,geneDR009573,geneDR009572,geneDR009571,geneDR009570,geneDR009552,geneDR009549,geneDR009222,geneDR016673,geneDR016242,geneDR016241,geneDR016229,geneDR029158,geneDR007547,geneDR007524,geneDR007508,geneDR007500,geneDR007364,geneDR007322,geneDR007269,geneDR007204,geneDR007079,geneDR006936,geneDR022461,geneDR006106,geneDR005938,geneDR005923,geneDR005646,geneDR005524,geneDR005517,geneDR005463,geneDR005412,geneDR005200,geneDR005091	transferase activity, transferring one-carbon groups	MF
GO:0016742	geneDR011709,geneDR011814,geneDR001297,geneDR007644,geneDR030394,geneDR006317,geneDR017985,geneDR008612,geneDR024024,geneDR004301,geneDR010242,geneDR028991,geneDR028992,geneDR032536,geneDR032535,geneDR009552,geneDR007204,geneDR005923,geneDR005200	hydroxymethyl-, formyl- and related transferase activity	MF
GO:0004611	geneDR011711,geneDR019965,geneDR012258,geneDR006818,geneDR006817,geneDR006816,geneDR017976,geneDR022163,geneDR019469,geneDR021485,geneDR010249,geneDR025070,geneDR009357,geneDR009356,geneDR005095	phosphoenolpyruvate carboxykinase activity	MF
GO:0004612	geneDR011711,geneDR006818,geneDR006817,geneDR006816,geneDR017976,geneDR010249,geneDR009357,geneDR009356	phosphoenolpyruvate carboxykinase (ATP) activity	MF
GO:0004817	geneDR011720,geneDR000896,geneDR006738,geneDR018496,geneDR024419	cysteine-tRNA ligase activity	MF
GO:0004107	geneDR011724,geneDR012100,geneDR030721,geneDR029459	chorismate synthase activity	MF
GO:0010181	geneDR011724,geneDR035627,geneDR003490,geneDR002553,geneDR012100,geneDR014964,geneDR020561,geneDR015368,geneDR030721,geneDR003785,geneDR021882,geneDR032382,geneDR027482,geneDR027735,geneDR029459,geneDR022213	FMN binding	MF
GO:0016838	geneDR011724,geneDR011978,geneDR034800,geneDR035058,geneDR032113,geneDR033836,geneDR003011,geneDR012100,geneDR006302,geneDR017142,geneDR027385,geneDR019588,geneDR020931,geneDR026258,geneDR030721,geneDR017860,geneDR017861,geneDR010346,geneDR013463,geneDR029459	carbon-oxygen lyase activity, acting on phosphates	MF
GO:0004658	geneDR011726	propionyl-CoA carboxylase activity	MF
GO:0009374	geneDR011726,geneDR034616,geneDR005160	biotin binding	MF
GO:0019899	geneDR011726,geneDR033880,geneDR035276,geneDR035315,geneDR035317,geneDR035400,geneDR034305,geneDR014251,geneDR014400,geneDR014456,geneDR014479,geneDR034610,geneDR034613,geneDR034616,geneDR034732,geneDR034740,geneDR034778,geneDR034779,geneDR034793,geneDR034877,geneDR034957,geneDR034962,geneDR034988,geneDR035006,geneDR035050,geneDR035117,geneDR032923,geneDR035201,geneDR032090,geneDR032089,geneDR032028,geneDR000015,geneDR000044,geneDR000062,geneDR000101,geneDR000182,geneDR000250,geneDR000292,geneDR000309,geneDR000398,geneDR000556,geneDR000630,geneDR000682,geneDR000761,geneDR000767,geneDR000858,geneDR000946,geneDR000957,geneDR000961,geneDR000998,geneDR001047,geneDR001055,geneDR001069,geneDR001108,geneDR001121,geneDR001146,geneDR001220,geneDR001230,geneDR001270,geneDR001309,geneDR001366,geneDR001426,geneDR001470,geneDR001545,geneDR001574,geneDR001589,geneDR001613,geneDR001655,geneDR001686,geneDR001688,geneDR001705,geneDR001800,geneDR033819,geneDR033820,geneDR033823,geneDR028394,geneDR028337,geneDR028332,geneDR030880,geneDR030858,geneDR008094,geneDR008067,geneDR008045,geneDR008020,geneDR007998,geneDR007868,geneDR007774,geneDR007710,geneDR007682,geneDR007667,geneDR007587,geneDR017005,geneDR016961,geneDR016929,geneDR016786,geneDR016717,geneDR003508,geneDR003506,geneDR003505,geneDR003503,geneDR003428,geneDR003420,geneDR003417,geneDR003378,geneDR003374,geneDR003294,geneDR003223,geneDR003179,geneDR003176,geneDR003152,geneDR003089,geneDR003083,geneDR003071,geneDR003063,geneDR003041,geneDR003040,geneDR003024,geneDR003009,geneDR002988,geneDR002930,geneDR002927,geneDR002842,geneDR002714,geneDR002636,geneDR002593,geneDR002537,geneDR002534,geneDR002474,geneDR002298,geneDR002233,geneDR002152,geneDR001859,geneDR034285,geneDR034272,geneDR034241,geneDR034238,geneDR030324,geneDR030328,geneDR030340,geneDR030355,geneDR030404,geneDR031617,geneDR031684,geneDR031775,geneDR028809,geneDR028768,geneDR028759,geneDR028684,geneDR028613,geneDR028578,geneDR028455,geneDR028440,geneDR019862,geneDR019874,geneDR019887,geneDR019938,geneDR020096,geneDR020100,geneDR020114,geneDR020143,geneDR020197,geneDR020269,geneDR020274,geneDR020288,geneDR020296,geneDR020360,geneDR020401,geneDR012074,geneDR012089,geneDR012210,geneDR012267,geneDR012296,geneDR012363,geneDR012485,geneDR012551,geneDR012613,geneDR012624,geneDR012663,geneDR012696,geneDR012697,geneDR012698,geneDR012699,geneDR012700,geneDR012702,geneDR028129,geneDR028094,geneDR028093,geneDR031892,geneDR006913,geneDR006896,geneDR006859,geneDR006775,geneDR006693,geneDR006677,geneDR006622,geneDR006566,geneDR006514,geneDR006510,geneDR006496,geneDR006463,geneDR006447,geneDR006377,geneDR006153,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR018582,geneDR018552,geneDR018538,geneDR018427,geneDR018398,geneDR018374,geneDR018339,geneDR018318,geneDR018280,geneDR018212,geneDR018195,geneDR018136,geneDR018073,geneDR018027,geneDR018018,geneDR017949,geneDR030946,geneDR030972,geneDR030978,geneDR030980,geneDR030994,geneDR031018,geneDR031122,geneDR034154,geneDR017620,geneDR017587,geneDR017362,geneDR017350,geneDR017292,geneDR017260,geneDR017259,geneDR017214,geneDR017190,geneDR017166,geneDR017138,geneDR017101,geneDR017093,geneDR017048,geneDR015313,geneDR015308,geneDR015282,geneDR015217,geneDR015185,geneDR015180,geneDR015127,geneDR014943,geneDR014942,geneDR014940,geneDR014880,geneDR014833,geneDR014814,geneDR014736,geneDR014708,geneDR025390,geneDR025459,geneDR025508,geneDR025561,geneDR027972,geneDR027961,geneDR027914,geneDR030259,geneDR030285,geneDR030288,geneDR020731,geneDR020662,geneDR020660,geneDR020658,geneDR020456,geneDR020422,geneDR020418,geneDR020416,geneDR020406,geneDR009060,geneDR008965,geneDR008846,geneDR008785,geneDR008752,geneDR008594,geneDR008548,geneDR008502,geneDR008239,geneDR008238,geneDR008151,geneDR008150,geneDR008145,geneDR030006,geneDR027345,geneDR027379,geneDR027381,geneDR027395,geneDR028918,geneDR028839,geneDR028837,geneDR028835,geneDR020789,geneDR034947,geneDR034181,geneDR027824,geneDR027886,geneDR014161,geneDR014111,geneDR014047,geneDR014042,geneDR014018,geneDR014006,geneDR013877,geneDR019489,geneDR019490,geneDR019500,geneDR019502,geneDR019504,geneDR019576,geneDR019578,geneDR019579,geneDR019725,geneDR019732,geneDR019764,geneDR019771,geneDR019807,geneDR019845,geneDR016061,geneDR016031,geneDR016009,geneDR015867,geneDR015834,geneDR015833,geneDR015821,geneDR015801,geneDR015792,geneDR015781,geneDR015777,geneDR015700,geneDR015680,geneDR015675,geneDR015671,geneDR015670,geneDR015628,geneDR015554,geneDR015470,geneDR015465,geneDR015464,geneDR015452,geneDR015435,geneDR015419,geneDR015356,geneDR015354,geneDR033193,geneDR034882,geneDR021308,geneDR021292,geneDR021260,geneDR021230,geneDR021146,geneDR021034,geneDR021032,geneDR021023,geneDR020946,geneDR020901,geneDR026074,geneDR026080,geneDR026120,geneDR026207,geneDR026243,geneDR032439,geneDR031431,geneDR031373,geneDR031371,geneDR033371,geneDR024020,geneDR024003,geneDR023977,geneDR030808,geneDR030781,geneDR030752,geneDR030741,geneDR030732,geneDR030720,geneDR018668,geneDR018784,geneDR018789,geneDR018791,geneDR018896,geneDR026371,geneDR026424,geneDR026559,geneDR003554,geneDR003585,geneDR003591,geneDR003773,geneDR003780,geneDR003781,geneDR003854,geneDR004101,geneDR004113,geneDR004349,geneDR004383,geneDR004559,geneDR004565,geneDR004569,geneDR004669,geneDR004745,geneDR004874,geneDR004964,geneDR025220,geneDR033356,geneDR033357,geneDR033359,geneDR017682,geneDR017735,geneDR017741,geneDR017768,geneDR017846,geneDR017875,geneDR017882,geneDR017884,geneDR017893,geneDR017943,geneDR034852,geneDR033740,geneDR033698,geneDR024971,geneDR024957,geneDR024870,geneDR024749,geneDR024707,geneDR024706,geneDR024703,geneDR022743,geneDR022765,geneDR022777,geneDR022791,geneDR022812,geneDR022846,geneDR022927,geneDR022980,geneDR023023,geneDR023035,geneDR023053,geneDR023094,geneDR023175,geneDR023192,geneDR033583,geneDR021681,geneDR021743,geneDR021794,geneDR021861,geneDR022037,geneDR022086,geneDR022099,geneDR022100,geneDR022146,geneDR019381,geneDR019364,geneDR019226,geneDR019204,geneDR019156,geneDR019124,geneDR019123,geneDR019116,geneDR019083,geneDR019009,geneDR019005,geneDR018985,geneDR021528,geneDR021392,geneDR031856,geneDR031842,geneDR010314,geneDR010207,geneDR010197,geneDR010104,geneDR010096,geneDR010036,geneDR010035,geneDR010034,geneDR010025,geneDR009960,geneDR032347,geneDR032392,geneDR031329,geneDR031288,geneDR031258,geneDR031237,geneDR031221,geneDR024379,geneDR024370,geneDR024336,geneDR024243,geneDR024235,geneDR024233,geneDR024089,geneDR023661,geneDR023662,geneDR023665,geneDR023705,geneDR023732,geneDR023733,geneDR023739,geneDR023865,geneDR023909,geneDR014649,geneDR014648,geneDR014502,geneDR026576,geneDR026594,geneDR026614,geneDR026662,geneDR026804,geneDR025022,geneDR025031,geneDR025065,geneDR025067,geneDR025069,geneDR025139,geneDR025141,geneDR033505,geneDR032542,geneDR032543,geneDR032553,geneDR024628,geneDR010431,geneDR010479,geneDR010537,geneDR010594,geneDR010760,geneDR010775,geneDR010818,geneDR010832,geneDR010960,geneDR010998,geneDR011004,geneDR011024,geneDR011108,geneDR011121,geneDR011149,geneDR027463,geneDR027674,geneDR027689,geneDR027746,geneDR027751,geneDR027788,geneDR033647,geneDR033623,geneDR033608,geneDR033599,geneDR013137,geneDR013281,geneDR013287,geneDR013332,geneDR013383,geneDR013386,geneDR013461,geneDR013521,geneDR013563,geneDR013590,geneDR013609,geneDR013619,geneDR013682,geneDR013701,geneDR013739,geneDR013757,geneDR027256,geneDR027194,geneDR027174,geneDR027073,geneDR027024,geneDR028964,geneDR032482,geneDR029470,geneDR029516,geneDR029635,geneDR029636,geneDR023593,geneDR023535,geneDR023534,geneDR023530,geneDR023505,geneDR023415,geneDR023301,geneDR025903,geneDR025902,geneDR025853,geneDR025772,geneDR025770,geneDR025642,geneDR012836,geneDR026993,geneDR026959,geneDR026928,geneDR009913,geneDR009725,geneDR009642,geneDR009558,geneDR009530,geneDR009527,geneDR009310,geneDR009300,geneDR009284,geneDR009282,geneDR009258,geneDR009238,geneDR009180,geneDR009170,geneDR009160,geneDR009140,geneDR009110,geneDR009095,geneDR016652,geneDR016617,geneDR016601,geneDR016596,geneDR016589,geneDR016529,geneDR016484,geneDR016483,geneDR016472,geneDR016471,geneDR016444,geneDR016410,geneDR016374,geneDR016197,geneDR029099,geneDR029112,geneDR029128,geneDR029182,geneDR032242,geneDR032270,geneDR030636,geneDR007564,geneDR007473,geneDR007432,geneDR007357,geneDR007155,geneDR034045,geneDR007097,geneDR007024,geneDR006983,geneDR022223,geneDR022371,geneDR022419,geneDR022452,geneDR022453,geneDR022454,geneDR022459,geneDR022481,geneDR022572,geneDR022602,geneDR022646,geneDR022686,geneDR022695,geneDR022696,geneDR022703,geneDR022704,geneDR006113,geneDR006110,geneDR005984,geneDR005927,geneDR005720,geneDR005711,geneDR005683,geneDR005668,geneDR005563,geneDR005516,geneDR005476,geneDR005442,geneDR005357,geneDR005352,geneDR005349,geneDR005311,geneDR005306,geneDR005255,geneDR005208,geneDR005206,geneDR005204,geneDR005190,geneDR005160,geneDR005157,geneDR005155,geneDR005087,geneDR030207	enzyme binding	MF
GO:0033218	geneDR011726,geneDR011930,geneDR033891,geneDR034102,geneDR030922,geneDR034616,geneDR034778,geneDR034779,geneDR035663,geneDR034903,geneDR035046,geneDR035052,geneDR035053,geneDR032148,geneDR000276,geneDR000375,geneDR000453,geneDR000850,geneDR001196,geneDR028308,geneDR030852,geneDR007594,geneDR016934,geneDR003495,geneDR003187,geneDR003058,geneDR002890,geneDR002842,geneDR002440,geneDR002439,geneDR002029,geneDR002028,geneDR030398,geneDR031781,geneDR019976,geneDR006787,geneDR006567,geneDR006414,geneDR033782,geneDR033745,geneDR018312,geneDR018060,geneDR031065,geneDR017607,geneDR017331,geneDR017307,geneDR015208,geneDR015171,geneDR015123,geneDR014951,geneDR014836,geneDR014814,geneDR025542,geneDR020700,geneDR008897,geneDR008887,geneDR008626,geneDR008618,geneDR008312,geneDR029984,geneDR034772,geneDR033991,geneDR026834,geneDR026870,geneDR026902,geneDR013920,geneDR013904,geneDR019714,geneDR016062,geneDR015976,geneDR021175,geneDR021158,geneDR018706,geneDR003725,geneDR003786,geneDR004002,geneDR004460,geneDR004465,geneDR004921,geneDR024853,geneDR024791,geneDR023157,geneDR021720,geneDR021769,geneDR019078,geneDR010164,geneDR032384,geneDR024319,geneDR024295,geneDR024286,geneDR023803,geneDR034218,geneDR035456,geneDR010623,geneDR010624,geneDR010794,geneDR011024,geneDR027470,geneDR027477,geneDR027671,geneDR027732,geneDR027780,geneDR032531,geneDR029487,geneDR029635,geneDR029636,geneDR023387,geneDR023386,geneDR025912,geneDR034478,geneDR009595,geneDR009267,geneDR009160,geneDR016598,geneDR016589,geneDR016258,geneDR007535,geneDR006973,geneDR022299,geneDR022300,geneDR022306,geneDR022405,geneDR022505,geneDR005575,geneDR005502,geneDR005160	amide binding	MF
GO:0033293	geneDR011726,geneDR034616,geneDR000398,geneDR000407,geneDR000611,geneDR001196,geneDR001212,geneDR028332,geneDR028523,geneDR020373,geneDR012591,geneDR006883,geneDR006784,geneDR006414,geneDR006153,geneDR018312,geneDR017429,geneDR014951,geneDR029789,geneDR019742,geneDR025981,geneDR026050,geneDR032443,geneDR004601,geneDR017735,geneDR024769,geneDR023175,geneDR022003,geneDR019037,geneDR032384,geneDR025084,geneDR027470,geneDR032680,geneDR009468,geneDR016598,geneDR005160,geneDR005111	monocarboxylic acid binding	MF
GO:1901681	geneDR011726,geneDR034616,geneDR034778,geneDR034779,geneDR035663,geneDR000276,geneDR000375,geneDR028372,geneDR030852,geneDR031781,geneDR017607,geneDR025542,geneDR008887,geneDR013904,geneDR016062,geneDR021158,geneDR004465,geneDR017776,geneDR023157,geneDR021720,geneDR021769,geneDR034218,geneDR035456,geneDR010623,geneDR010624,geneDR010794,geneDR029487,geneDR029635,geneDR029636,geneDR034478,geneDR022306,geneDR005575,geneDR005160	sulfur compound binding	MF
GO:0004176	geneDR011736,geneDR032873,geneDR001603,geneDR007768,geneDR003485,geneDR003479,geneDR002202,geneDR027979,geneDR008665,geneDR013925,geneDR021183,geneDR031428,geneDR004116,geneDR004654,geneDR022002,geneDR023839,geneDR014605,geneDR010615,geneDR023337,geneDR012774,geneDR012797,geneDR009591,geneDR009467,geneDR016463,geneDR016253,geneDR016138,geneDR005472,geneDR004994	ATP-dependent peptidase activity	MF
GO:0008837	geneDR011757,geneDR032890,geneDR014589,geneDR006039	diaminopimelate epimerase activity	MF
GO:0016854	geneDR011757,geneDR032890,geneDR001001,geneDR001360,geneDR001833,geneDR028283,geneDR008097,geneDR008087,geneDR007879,geneDR007878,geneDR002130,geneDR006246,geneDR017626,geneDR017496,geneDR025552,geneDR009016,geneDR008780,geneDR008717,geneDR019531,geneDR016029,geneDR015946,geneDR020999,geneDR026201,geneDR017942,geneDR024801,geneDR023647,geneDR014589,geneDR025081,geneDR013247,geneDR013331,geneDR009253,geneDR007264,geneDR006039,geneDR005106,geneDR005063	racemase and epimerase activity	MF
GO:0016855	geneDR011757,geneDR032890,geneDR017626,geneDR014589,geneDR009253,geneDR006039	racemase and epimerase activity, acting on amino acids and derivatives	MF
GO:0036361	geneDR011757,geneDR032890,geneDR017626,geneDR014589,geneDR006039	racemase activity, acting on amino acids and derivatives	MF
GO:0047661	geneDR011757,geneDR032890,geneDR017626,geneDR014589,geneDR006039	amino-acid racemase activity	MF
GO:0004399	geneDR011761,geneDR016384,geneDR016382	histidinol dehydrogenase activity	MF
GO:0004832	geneDR011771,geneDR000954,geneDR002008,geneDR012465,geneDR006682,geneDR021085,geneDR021084,geneDR003988,geneDR024766	valine-tRNA ligase activity	MF
GO:0004055	geneDR011802,geneDR025400,geneDR011271	argininosuccinate synthase activity	MF
GO:0003684	geneDR011807,geneDR035335,geneDR035662,geneDR035666,geneDR035133,geneDR028355,geneDR028108,geneDR033345,geneDR006366,geneDR014792,geneDR025447,geneDR016066,geneDR015866,geneDR026078,geneDR034527,geneDR031436,geneDR026325,geneDR003792,geneDR003894,geneDR017759,geneDR019288,geneDR019079,geneDR010370,geneDR010567,geneDR010898,geneDR013472,geneDR032672,geneDR012828,geneDR022349,geneDR005198	damaged DNA binding	MF
GO:0030983	geneDR011807,geneDR035334,geneDR035335,geneDR035666,geneDR000559,geneDR033345,geneDR014813,geneDR014792,geneDR015866,geneDR010370,geneDR010567,geneDR013472,geneDR005266	mismatched DNA binding	MF
GO:0004550	geneDR011813,geneDR001835,geneDR007739,geneDR030049,geneDR026200,geneDR031398,geneDR017941,geneDR029050	nucleoside diphosphate kinase activity	MF
GO:0016776	geneDR011813,geneDR034366,geneDR034735,geneDR035016,geneDR032075,geneDR032006,geneDR001835,geneDR007739,geneDR003180,geneDR002638,geneDR002069,geneDR012394,geneDR014897,geneDR030049,geneDR026200,geneDR031398,geneDR018649,geneDR004040,geneDR004672,geneDR017941,geneDR024559,geneDR010426,geneDR010940,geneDR032484,geneDR026921,geneDR034341,geneDR029050,geneDR032262,geneDR005878,geneDR005716,geneDR004983	phosphotransferase activity, phosphate group as acceptor	MF
GO:0004644	geneDR011814	phosphoribosylglycinamide formyltransferase activity	MF
GO:0004325	geneDR011824,geneDR001609,geneDR012618,geneDR012730,geneDR007327	ferrochelatase activity	MF
GO:0015930	geneDR011829,geneDR028511,geneDR022019,geneDR031237,geneDR009472	glutamate synthase activity	MF
GO:0004350	geneDR011838,geneDR004325,geneDR022391	glutamate-5-semialdehyde dehydrogenase activity	MF
GO:0016620	geneDR011838,geneDR011881,geneDR035087,geneDR000681,geneDR001485,geneDR030875,geneDR003296,geneDR002631,geneDR002628,geneDR002075,geneDR020243,geneDR033344,geneDR006515,geneDR018273,geneDR018175,geneDR031018,geneDR031062,geneDR029882,geneDR019613,geneDR019614,geneDR015552,geneDR015482,geneDR021321,geneDR004043,geneDR004304,geneDR004325,geneDR004656,geneDR004659,geneDR025209,geneDR010058,geneDR009964,geneDR032343,geneDR024161,geneDR014702,geneDR025156,geneDR023255,geneDR025914,geneDR034454,geneDR034455,geneDR035623,geneDR030601,geneDR007351,geneDR007288,geneDR022391,geneDR022408,geneDR005605,geneDR005197,geneDR030219	oxidoreductase activity, acting on the aldehyde or oxo group of donors, NAD or NADP as acceptor	MF
GO:0016903	geneDR011838,geneDR011881,geneDR035087,geneDR035205,geneDR000681,geneDR001485,geneDR030875,geneDR016948,geneDR003296,geneDR002631,geneDR002628,geneDR002075,geneDR020243,geneDR012084,geneDR033344,geneDR006515,geneDR018273,geneDR018175,geneDR030954,geneDR031018,geneDR031062,geneDR029882,geneDR028834,geneDR019613,geneDR019614,geneDR015552,geneDR015482,geneDR021321,geneDR030742,geneDR004043,geneDR004304,geneDR004325,geneDR004656,geneDR004659,geneDR025209,geneDR018997,geneDR010058,geneDR009964,geneDR032343,geneDR024255,geneDR024161,geneDR014702,geneDR025156,geneDR023255,geneDR025914,geneDR034454,geneDR034455,geneDR035623,geneDR030601,geneDR007351,geneDR007288,geneDR022391,geneDR022408,geneDR005605,geneDR005197,geneDR030219	oxidoreductase activity, acting on the aldehyde or oxo group of donors	MF
GO:0004349	geneDR011839,geneDR035403	glutamate 5-kinase activity	MF
GO:0016774	geneDR011839,geneDR011847,geneDR011880,geneDR035403,geneDR034701,geneDR032933,geneDR015325,geneDR020783,geneDR014076,geneDR014541,geneDR007511,geneDR022175,geneDR006074,geneDR005739	phosphotransferase activity, carboxyl group as acceptor	MF
GO:0019202	geneDR011839,geneDR011847,geneDR035403,geneDR032933,geneDR003770,geneDR014541,geneDR006074,geneDR005739	amino acid kinase activity	MF
GO:0004072	geneDR011847,geneDR032933,geneDR014541,geneDR006074,geneDR005739	aspartate kinase activity	MF
GO:0019843	geneDR011863,geneDR012019,geneDR033866,geneDR035409,geneDR014489,geneDR034721,geneDR034792,geneDR035126,geneDR000029,geneDR000061,geneDR000172,geneDR000324,geneDR001334,geneDR007775,geneDR007766,geneDR016803,geneDR003171,geneDR003074,geneDR002887,geneDR020312,geneDR020368,geneDR006840,geneDR018152,geneDR017467,geneDR017153,geneDR015002,geneDR014842,geneDR025488,geneDR033151,geneDR020543,geneDR020411,geneDR009045,geneDR008660,geneDR008543,geneDR030010,geneDR029936,geneDR028831,geneDR014123,geneDR014036,geneDR019589,geneDR034926,geneDR015971,geneDR031426,geneDR018786,geneDR003583,geneDR004196,geneDR004529,geneDR004918,geneDR025203,geneDR022755,geneDR022778,geneDR022811,geneDR023146,geneDR019102,geneDR019046,geneDR024343,geneDR023623,geneDR023624,geneDR023625,geneDR023776,geneDR014631,geneDR010852,geneDR010991,geneDR011031,geneDR027525,geneDR013480,geneDR013813,geneDR027171,geneDR027170,geneDR023498,geneDR023418,geneDR009211,geneDR029055,geneDR006003,geneDR005536,geneDR005427,geneDR005020,geneDR004990	rRNA binding	MF
GO:0048027	geneDR011863,geneDR035454,geneDR014489,geneDR032169,geneDR007742,geneDR018235,geneDR017467,geneDR008935,geneDR013957,geneDR024829,geneDR010002,geneDR013813,geneDR022255	mRNA 5'-UTR binding	MF
GO:0070181	geneDR011863,geneDR014489,geneDR000172,geneDR000324,geneDR017467,geneDR033151,geneDR030010,geneDR013813,geneDR023498,geneDR023418	small ribosomal subunit rRNA binding	MF
GO:0004370	geneDR011868,geneDR032979,geneDR018065,geneDR010161	glycerol kinase activity	MF
GO:0016992	geneDR011869,geneDR030518,geneDR012157,geneDR033170	lipoate synthase activity	MF
GO:0070283	geneDR011869,geneDR030518,geneDR012157,geneDR033170	S-adenosyl-L-methionine binding	MF
GO:0004618	geneDR011880,geneDR034701,geneDR015325,geneDR020783,geneDR014076,geneDR007511,geneDR022175	phosphoglycerate kinase activity	MF
GO:0004365	geneDR011881,geneDR002628,geneDR002075,geneDR004043,geneDR004656,geneDR030219	glyceraldehyde-3-phosphate dehydrogenase (NAD+) (phosphorylating) activity	MF
GO:0043891	geneDR011881,geneDR002628,geneDR002075,geneDR004043,geneDR004656,geneDR030219	glyceraldehyde-3-phosphate dehydrogenase (NAD(P)+) (phosphorylating) activity	MF
GO:0051287	geneDR011881,geneDR033869,geneDR014262,geneDR034960,geneDR002631,geneDR020250,geneDR020306,geneDR031080,geneDR020589,geneDR020455,geneDR008987,geneDR034771,geneDR033989,geneDR026297,geneDR004659,geneDR024801,geneDR019161,geneDR019108,geneDR024152,geneDR023779,geneDR026793,geneDR011050,geneDR027080,geneDR025744,geneDR025707,geneDR032250,geneDR022490,geneDR005531,geneDR030219	NAD binding	MF
GO:0031071	geneDR011884,geneDR015521,geneDR031316	cysteine desulfurase activity	MF
GO:0008460	geneDR011928,geneDR020455,geneDR025744	dTDP-glucose 4,6-dehydratase activity	MF
GO:0004177	geneDR011930,geneDR000991,geneDR001196,geneDR001372,geneDR030870,geneDR007594,geneDR016934,geneDR028554,geneDR020032,geneDR012130,geneDR012316,geneDR006631,geneDR006414,geneDR006261,geneDR018312,geneDR017064,geneDR029984,geneDR026870,geneDR019566,geneDR025194,geneDR024848,geneDR021978,geneDR021612,geneDR032384,geneDR010530,geneDR013378,geneDR023387,geneDR023386,geneDR007580	aminopeptidase activity	MF
GO:0008235	geneDR011930,geneDR000766,geneDR001196,geneDR007594,geneDR016934,geneDR012130,geneDR028069,geneDR006414,geneDR017064,geneDR025441,geneDR029984,geneDR026870,geneDR004101,geneDR021612,geneDR013378,geneDR023387,geneDR023386	metalloexopeptidase activity	MF
GO:0008237	geneDR011930,geneDR033865,geneDR034731,geneDR035047,geneDR032873,geneDR035240,geneDR000560,geneDR000766,geneDR001110,geneDR001196,geneDR001603,geneDR007768,geneDR007594,geneDR016934,geneDR003485,geneDR003479,geneDR030409,geneDR031704,geneDR019893,geneDR012130,geneDR028069,geneDR006414,geneDR017064,geneDR025441,geneDR008720,geneDR008665,geneDR029984,geneDR029750,geneDR026870,geneDR014196,geneDR034331,geneDR034513,geneDR026228,geneDR031428,geneDR003714,geneDR003798,geneDR004101,geneDR024976,geneDR033561,geneDR022002,geneDR022107,geneDR021612,geneDR010243,geneDR010099,geneDR023775,geneDR023839,geneDR014605,geneDR010530,geneDR010673,geneDR013378,geneDR023387,geneDR023386,geneDR023337,geneDR012774,geneDR009780,geneDR009591,geneDR009467,geneDR009418,geneDR009274,geneDR016497,geneDR016463,geneDR016253,geneDR016138,geneDR005538,geneDR005472,geneDR005068,geneDR004994	metallopeptidase activity	MF
GO:0008270	geneDR011930,geneDR035542,geneDR034731,geneDR034843,geneDR034985,geneDR032923,geneDR032082,geneDR000029,geneDR000263,geneDR000604,geneDR000651,geneDR000665,geneDR000845,geneDR001123,geneDR001130,geneDR001196,geneDR001222,geneDR001297,geneDR001517,geneDR001835,geneDR034667,geneDR028394,geneDR007895,geneDR007795,geneDR007699,geneDR007680,geneDR007594,geneDR034695,geneDR016960,geneDR016934,geneDR016912,geneDR016716,geneDR003506,geneDR003505,geneDR003503,geneDR003137,geneDR003041,geneDR003040,geneDR002887,geneDR002884,geneDR002855,geneDR002700,geneDR002628,geneDR002500,geneDR002220,geneDR002075,geneDR001844,geneDR034268,geneDR034266,geneDR034251,geneDR034249,geneDR034241,geneDR030316,geneDR030324,geneDR030336,geneDR030338,geneDR030487,geneDR030557,geneDR031641,geneDR031661,geneDR028802,geneDR028605,geneDR028578,geneDR028447,geneDR020068,geneDR020076,geneDR020258,geneDR012121,geneDR012613,geneDR012619,geneDR028073,geneDR031904,geneDR006883,geneDR006882,geneDR006806,geneDR006794,geneDR006737,geneDR006488,geneDR006478,geneDR006414,geneDR006389,geneDR006362,geneDR006317,geneDR006267,geneDR033752,geneDR018361,geneDR018312,geneDR031084,geneDR017624,geneDR015268,geneDR015251,geneDR015179,geneDR015165,geneDR015002,geneDR014957,geneDR014863,geneDR014838,geneDR033140,geneDR033139,geneDR033138,geneDR020720,geneDR020497,geneDR020495,geneDR020442,geneDR020411,geneDR009034,geneDR008737,geneDR008735,geneDR008720,geneDR008135,geneDR029984,geneDR029914,geneDR029763,geneDR028834,geneDR034921,geneDR026831,geneDR026832,geneDR026870,geneDR034180,geneDR027823,geneDR030098,geneDR019499,geneDR019812,geneDR034334,geneDR034516,geneDR015916,geneDR015821,geneDR015464,geneDR015375,geneDR015356,geneDR033265,geneDR033228,geneDR020987,geneDR026125,geneDR026200,geneDR032443,geneDR032433,geneDR030706,geneDR030705,geneDR018710,geneDR026326,geneDR003563,geneDR003566,geneDR003567,geneDR003568,geneDR003644,geneDR003794,geneDR004043,geneDR004301,geneDR004656,geneDR004707,geneDR004877,geneDR004915,geneDR004918,geneDR017928,geneDR017941,geneDR024769,geneDR024699,geneDR022778,geneDR022995,geneDR033564,geneDR033543,geneDR021752,geneDR022081,geneDR019343,geneDR019340,geneDR019153,geneDR019146,geneDR021624,geneDR021589,geneDR031825,geneDR010275,geneDR010144,geneDR010105,geneDR010099,geneDR032384,geneDR031316,geneDR031305,geneDR031289,geneDR024312,geneDR024309,geneDR024147,geneDR014624,geneDR024642,geneDR024628,geneDR024581,geneDR010472,geneDR010673,geneDR010693,geneDR010817,geneDR010996,geneDR011096,geneDR027525,geneDR027726,geneDR027744,geneDR033667,geneDR013084,geneDR013317,geneDR027273,geneDR027261,geneDR027076,geneDR027061,geneDR029464,geneDR023517,geneDR023387,geneDR023386,geneDR023300,geneDR032653,geneDR025906,geneDR025898,geneDR025797,geneDR025682,geneDR009874,geneDR009861,geneDR009517,geneDR009309,geneDR016323,geneDR016192,geneDR028996,geneDR029103,geneDR029158,geneDR029182,geneDR007564,geneDR007390,geneDR007203,geneDR006987,geneDR006980,geneDR022474,geneDR005959,geneDR005890,geneDR005676,geneDR005332,geneDR005068	zinc ion binding	MF
GO:0042277	geneDR011930,geneDR033891,geneDR034102,geneDR030922,geneDR034778,geneDR034779,geneDR035663,geneDR034903,geneDR035046,geneDR035052,geneDR035053,geneDR032148,geneDR000276,geneDR000453,geneDR000850,geneDR001196,geneDR028308,geneDR007594,geneDR016934,geneDR003495,geneDR003187,geneDR002890,geneDR002842,geneDR002440,geneDR002439,geneDR002029,geneDR002028,geneDR030398,geneDR019976,geneDR006787,geneDR006567,geneDR006414,geneDR033782,geneDR018060,geneDR031065,geneDR017331,geneDR015208,geneDR015171,geneDR015123,geneDR014836,geneDR014814,geneDR025542,geneDR020700,geneDR008897,geneDR008887,geneDR008626,geneDR008618,geneDR008312,geneDR029984,geneDR026870,geneDR026902,geneDR013920,geneDR019714,geneDR016062,geneDR015976,geneDR021175,geneDR003725,geneDR003786,geneDR004002,geneDR004460,geneDR004465,geneDR004921,geneDR024853,geneDR024791,geneDR021769,geneDR019078,geneDR010164,geneDR024295,geneDR024286,geneDR023803,geneDR010794,geneDR011024,geneDR027477,geneDR027671,geneDR027732,geneDR027780,geneDR032531,geneDR029487,geneDR029635,geneDR029636,geneDR023387,geneDR023386,geneDR025912,geneDR034478,geneDR009595,geneDR009267,geneDR009160,geneDR016589,geneDR016258,geneDR007535,geneDR006973,geneDR022299,geneDR022300,geneDR022306,geneDR022405,geneDR022505,geneDR005502	peptide binding	MF
GO:0070006	geneDR011930,geneDR001196,geneDR007594,geneDR016934,geneDR012130,geneDR006414,geneDR017064,geneDR029984,geneDR026870,geneDR021612,geneDR013378,geneDR023387,geneDR023386	metalloaminopeptidase activity	MF
GO:0004645	geneDR011973,geneDR035203,geneDR020332,geneDR008949,geneDR004540,geneDR023751,geneDR005378,geneDR005377,geneDR005376	1,4-alpha-oligoglucan phosphorylase activity	MF
GO:0008184	geneDR011973,geneDR035203,geneDR020332	glycogen phosphorylase activity	MF
GO:0016758	geneDR011973,geneDR035392,geneDR035501,geneDR014302,geneDR014314,geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR034495,geneDR034598,geneDR034609,geneDR035607,geneDR034712,geneDR034824,geneDR034907,geneDR032870,geneDR032965,geneDR035203,geneDR035213,geneDR035253,geneDR032007,geneDR032002,geneDR031989,geneDR000010,geneDR000035,geneDR000043,geneDR000060,geneDR000112,geneDR000243,geneDR000244,geneDR000344,geneDR000387,geneDR000580,geneDR000790,geneDR000921,geneDR001065,geneDR001172,geneDR001260,geneDR001294,geneDR001340,geneDR001370,geneDR001407,geneDR001567,geneDR001752,geneDR035351,geneDR034676,geneDR033839,geneDR028360,geneDR028253,geneDR028235,geneDR030886,geneDR030849,geneDR030833,geneDR007975,geneDR007909,geneDR016996,geneDR016839,geneDR016783,geneDR016727,geneDR003474,geneDR003393,geneDR003359,geneDR003358,geneDR003170,geneDR003158,geneDR002963,geneDR002948,geneDR002937,geneDR002936,geneDR002865,geneDR002829,geneDR002790,geneDR002770,geneDR002686,geneDR002601,geneDR002472,geneDR002150,geneDR002147,geneDR002123,geneDR030508,geneDR031696,geneDR031724,geneDR031774,geneDR028780,geneDR028627,geneDR028532,geneDR019911,geneDR019979,geneDR020127,geneDR020128,geneDR020232,geneDR020238,geneDR020332,geneDR012122,geneDR012504,geneDR012534,geneDR012575,geneDR028143,geneDR028101,geneDR006719,geneDR006625,geneDR006431,geneDR006344,geneDR006321,geneDR006300,geneDR006299,geneDR006256,geneDR033751,geneDR033750,geneDR018437,geneDR018313,geneDR018191,geneDR017964,geneDR017963,geneDR030934,geneDR031077,geneDR031091,geneDR031160,geneDR031163,geneDR034158,geneDR017545,geneDR017535,geneDR017409,geneDR017031,geneDR015212,geneDR015022,geneDR014797,geneDR014795,geneDR033154,geneDR033132,geneDR033122,geneDR027980,geneDR030286,geneDR009021,geneDR008949,geneDR008677,geneDR008675,geneDR008654,geneDR008628,geneDR008624,geneDR008616,geneDR008615,geneDR008580,geneDR008464,geneDR008447,geneDR008421,geneDR008288,geneDR008227,geneDR008226,geneDR008182,geneDR030055,geneDR030011,geneDR029947,geneDR029916,geneDR029837,geneDR029776,geneDR035162,geneDR034410,geneDR034769,geneDR033987,geneDR020814,geneDR020829,geneDR020843,geneDR030164,geneDR030099,geneDR030090,geneDR014145,geneDR014012,geneDR014007,geneDR013984,geneDR013927,geneDR019572,geneDR019647,geneDR019704,geneDR016008,geneDR015893,geneDR015796,geneDR015693,geneDR015677,geneDR015486,geneDR015485,geneDR015345,geneDR033305,geneDR033250,geneDR021345,geneDR021247,geneDR021188,geneDR020955,geneDR020875,geneDR026299,geneDR026318,geneDR026408,geneDR026429,geneDR003616,geneDR003627,geneDR003772,geneDR004007,geneDR004174,geneDR004177,geneDR004206,geneDR004493,geneDR004499,geneDR004540,geneDR004626,geneDR004687,geneDR004688,geneDR004715,geneDR004796,geneDR004816,geneDR004846,geneDR004849,geneDR025265,geneDR025243,geneDR017708,geneDR024922,geneDR024715,geneDR022739,geneDR022741,geneDR022790,geneDR022806,geneDR022859,geneDR022919,geneDR022941,geneDR022974,geneDR023070,geneDR023084,geneDR023085,geneDR023086,geneDR023092,geneDR023167,geneDR021648,geneDR021666,geneDR021716,geneDR021914,geneDR021934,geneDR021958,geneDR019457,geneDR019446,geneDR019398,geneDR019180,geneDR019178,geneDR021622,geneDR010336,geneDR010042,geneDR032385,geneDR031211,geneDR031194,geneDR024455,geneDR024380,geneDR024303,geneDR024279,geneDR024156,geneDR024066,geneDR023656,geneDR023751,geneDR023752,geneDR023938,geneDR014608,geneDR014522,geneDR014517,geneDR014507,geneDR026592,geneDR026593,geneDR026747,geneDR026757,geneDR025027,geneDR025110,geneDR025115,geneDR025137,geneDR024640,geneDR024616,geneDR024524,geneDR024519,geneDR024508,geneDR024494,geneDR010400,geneDR010401,geneDR010402,geneDR010504,geneDR010687,geneDR010707,geneDR010893,geneDR011039,geneDR011042,geneDR011060,geneDR011129,geneDR011219,geneDR011232,geneDR011254,geneDR027552,geneDR027785,geneDR033649,geneDR013187,geneDR013198,geneDR013199,geneDR013364,geneDR013450,geneDR027058,geneDR032590,geneDR031932,geneDR031980,geneDR033927,geneDR033923,geneDR034577,geneDR029451,geneDR029517,geneDR029608,geneDR029651,geneDR029652,geneDR029665,geneDR029673,geneDR023420,geneDR023303,geneDR023296,geneDR023212,geneDR032726,geneDR032635,geneDR032627,geneDR034937,geneDR025875,geneDR025848,geneDR025815,geneDR025725,geneDR025717,geneDR025714,geneDR025693,geneDR012971,geneDR009556,geneDR009458,geneDR009457,geneDR009228,geneDR009226,geneDR009192,geneDR009126,geneDR016627,geneDR016565,geneDR016556,geneDR016106,geneDR029040,geneDR007377,geneDR007376,geneDR007309,geneDR007197,geneDR007183,geneDR007168,geneDR007162,geneDR034033,geneDR007031,geneDR007030,geneDR007011,geneDR022270,geneDR022465,geneDR022523,geneDR022597,geneDR022666,geneDR022689,geneDR006094,geneDR006034,geneDR006013,geneDR005951,geneDR005925,geneDR005843,geneDR005830,geneDR005814,geneDR005746,geneDR005556,geneDR005379,geneDR005378,geneDR005377,geneDR005376,geneDR005304,geneDR005247,geneDR005154,geneDR005132,geneDR005012,geneDR005009,geneDR005007,geneDR004995	hexosyltransferase activity	MF
GO:0008168	geneDR011974,geneDR033875,geneDR035324,geneDR035471,geneDR034363,geneDR014235,geneDR014421,geneDR014488,geneDR034497,geneDR034612,geneDR034847,geneDR034964,geneDR034980,geneDR032902,geneDR032926,geneDR032960,geneDR035141,geneDR032049,geneDR032023,geneDR000125,geneDR000263,geneDR000278,geneDR000401,geneDR000506,geneDR000916,geneDR001134,geneDR001441,geneDR030840,geneDR008117,geneDR007982,geneDR007941,geneDR007839,geneDR003160,geneDR002549,geneDR002216,geneDR002082,geneDR030475,geneDR030502,geneDR030551,geneDR031662,geneDR028760,geneDR028722,geneDR028686,geneDR028669,geneDR028636,geneDR028502,geneDR019910,geneDR019953,geneDR020086,geneDR012208,geneDR012214,geneDR012222,geneDR012462,geneDR012506,geneDR012507,geneDR028070,geneDR028066,geneDR006732,geneDR006504,geneDR006483,geneDR033803,geneDR018580,geneDR018571,geneDR018559,geneDR030963,geneDR017667,geneDR017660,geneDR017659,geneDR017501,geneDR017293,geneDR017164,geneDR015284,geneDR015204,geneDR025488,geneDR027955,geneDR027954,geneDR029737,geneDR009004,geneDR008843,geneDR008642,geneDR008555,geneDR008141,geneDR030057,geneDR029772,geneDR029770,geneDR026835,geneDR034013,geneDR034180,geneDR027823,geneDR027837,geneDR014218,geneDR013969,geneDR019599,geneDR035039,geneDR016001,geneDR015942,geneDR015690,geneDR015689,geneDR021234,geneDR021222,geneDR021042,geneDR020940,geneDR020923,geneDR020890,geneDR026079,geneDR026269,geneDR032475,geneDR023999,geneDR018656,geneDR018682,geneDR018708,geneDR018758,geneDR026516,geneDR003576,geneDR003623,geneDR004050,geneDR004095,geneDR004520,geneDR004579,geneDR017709,geneDR017809,geneDR024960,geneDR024793,geneDR024716,geneDR022730,geneDR022875,geneDR022995,geneDR023012,geneDR023013,geneDR033535,geneDR033534,geneDR021670,geneDR021795,geneDR021860,geneDR021910,geneDR021927,geneDR022049,geneDR022124,geneDR022155,geneDR022166,geneDR019466,geneDR021588,geneDR021525,geneDR021515,geneDR031289,geneDR024362,geneDR024350,geneDR024349,geneDR024340,geneDR024264,geneDR024249,geneDR023786,geneDR023843,geneDR023889,geneDR014667,geneDR014573,geneDR014550,geneDR014511,geneDR026589,geneDR026645,geneDR026720,geneDR026822,geneDR025138,geneDR033501,geneDR024531,geneDR010387,geneDR010407,geneDR010586,geneDR010817,geneDR010852,geneDR011283,geneDR027690,geneDR027692,geneDR027708,geneDR027773,geneDR033646,geneDR013041,geneDR013220,geneDR013242,geneDR013340,geneDR013491,geneDR013492,geneDR013613,geneDR013621,geneDR027261,geneDR031966,geneDR032193,geneDR028967,geneDR028987,geneDR029567,geneDR032659,geneDR025803,geneDR025797,geneDR025606,geneDR034476,geneDR012768,geneDR012808,geneDR012995,geneDR009874,geneDR009573,geneDR009572,geneDR009571,geneDR009570,geneDR009549,geneDR009222,geneDR016673,geneDR016242,geneDR016241,geneDR016229,geneDR029158,geneDR007547,geneDR007524,geneDR007508,geneDR007500,geneDR007364,geneDR007322,geneDR007269,geneDR007079,geneDR006936,geneDR022461,geneDR006106,geneDR005938,geneDR005646,geneDR005524,geneDR005517,geneDR005463,geneDR005412,geneDR005091	methyltransferase activity	MF
GO:0008173	geneDR011974,geneDR033875,geneDR000125,geneDR000278,geneDR000401,geneDR000916,geneDR002549,geneDR002216,geneDR002082,geneDR030475,geneDR030551,geneDR031662,geneDR006504,geneDR025488,geneDR027955,geneDR027954,geneDR029772,geneDR026835,geneDR034180,geneDR027823,geneDR014218,geneDR035039,geneDR026079,geneDR018708,geneDR018758,geneDR003576,geneDR004050,geneDR004095,geneDR004520,geneDR004579,geneDR017709,geneDR022875,geneDR023012,geneDR023013,geneDR023786,geneDR024531,geneDR010586,geneDR010852,geneDR013220,geneDR027261,geneDR025797,geneDR012768,geneDR007524,geneDR007508,geneDR005524,geneDR005517	RNA methyltransferase activity	MF
GO:0008175	geneDR011974,geneDR000125,geneDR000278,geneDR002216,geneDR034180,geneDR027823,geneDR014218,geneDR026079,geneDR004095,geneDR017709,geneDR022875,geneDR023012,geneDR023013,geneDR024531,geneDR027261,geneDR025797	tRNA methyltransferase activity	MF
GO:0008649	geneDR011974,geneDR033875,geneDR000401,geneDR000916,geneDR030475,geneDR030551,geneDR031662,geneDR025488,geneDR027955,geneDR027954,geneDR029772,geneDR026835,geneDR035039,geneDR026079,geneDR018708,geneDR003576,geneDR004520,geneDR023786,geneDR010586,geneDR010852,geneDR012768,geneDR007508,geneDR005524,geneDR005517	rRNA methyltransferase activity	MF
GO:0008757	geneDR011974,geneDR033875,geneDR035324,geneDR035471,geneDR034363,geneDR014421,geneDR014488,geneDR034497,geneDR034612,geneDR034847,geneDR034980,geneDR032902,geneDR032926,geneDR032960,geneDR035141,geneDR032049,geneDR032023,geneDR000125,geneDR000278,geneDR000401,geneDR000506,geneDR000916,geneDR001134,geneDR001441,geneDR030840,geneDR008117,geneDR007982,geneDR007941,geneDR007839,geneDR003160,geneDR002549,geneDR002216,geneDR002082,geneDR030475,geneDR030502,geneDR030551,geneDR031662,geneDR028760,geneDR028722,geneDR028669,geneDR028636,geneDR028502,geneDR019910,geneDR019953,geneDR020086,geneDR012208,geneDR012214,geneDR012222,geneDR012462,geneDR012506,geneDR012507,geneDR028070,geneDR028066,geneDR006732,geneDR006504,geneDR006483,geneDR033803,geneDR018580,geneDR018571,geneDR018559,geneDR030963,geneDR017667,geneDR017660,geneDR017659,geneDR017293,geneDR017164,geneDR015284,geneDR015204,geneDR025488,geneDR027955,geneDR027954,geneDR029737,geneDR009004,geneDR008843,geneDR008642,geneDR008555,geneDR008141,geneDR030057,geneDR029772,geneDR029770,geneDR026835,geneDR034013,geneDR027837,geneDR014218,geneDR035039,geneDR016001,geneDR015690,geneDR015689,geneDR021234,geneDR021042,geneDR020940,geneDR020890,geneDR026079,geneDR026269,geneDR032475,geneDR018656,geneDR018682,geneDR018708,geneDR026516,geneDR003576,geneDR003623,geneDR004050,geneDR004095,geneDR004520,geneDR004579,geneDR017809,geneDR024716,geneDR022730,geneDR022875,geneDR023012,geneDR023013,geneDR021670,geneDR021795,geneDR021910,geneDR022049,geneDR022124,geneDR022155,geneDR022166,geneDR019466,geneDR021588,geneDR021525,geneDR021515,geneDR024362,geneDR024350,geneDR024349,geneDR024340,geneDR024264,geneDR024249,geneDR023786,geneDR023843,geneDR023889,geneDR014667,geneDR014573,geneDR014550,geneDR014511,geneDR026589,geneDR026645,geneDR026720,geneDR025138,geneDR033501,geneDR024531,geneDR010387,geneDR010407,geneDR010586,geneDR010852,geneDR027690,geneDR027692,geneDR027773,geneDR033646,geneDR013041,geneDR013220,geneDR013340,geneDR013491,geneDR013492,geneDR013613,geneDR013621,geneDR032193,geneDR028967,geneDR028987,geneDR032659,geneDR025803,geneDR025606,geneDR034476,geneDR012768,geneDR012808,geneDR012995,geneDR009573,geneDR009572,geneDR009571,geneDR009570,geneDR009549,geneDR016673,geneDR016242,geneDR016241,geneDR016229,geneDR007547,geneDR007524,geneDR007508,geneDR007500,geneDR007364,geneDR007322,geneDR007269,geneDR007079,geneDR006936,geneDR022461,geneDR006106,geneDR005938,geneDR005646,geneDR005524,geneDR005517,geneDR005463,geneDR005412,geneDR005091	S-adenosylmethionine-dependent methyltransferase activity	MF
GO:0140102	geneDR011974,geneDR033875,geneDR000401,geneDR000916,geneDR030475,geneDR030551,geneDR031662,geneDR025488,geneDR027955,geneDR027954,geneDR029772,geneDR026835,geneDR035039,geneDR026079,geneDR018708,geneDR003576,geneDR004520,geneDR023786,geneDR010586,geneDR010852,geneDR012768,geneDR007508,geneDR005524,geneDR005517	catalytic activity, acting on a rRNA	MF
GO:0004795	geneDR011978,geneDR019588,geneDR020931	threonine synthase activity	MF
GO:0008242	geneDR011979,geneDR001363,geneDR001500,geneDR001501,geneDR012410,geneDR006252	omega peptidase activity	MF
GO:0034722	geneDR011979,geneDR001363,geneDR006252	gamma-glutamyl-peptidase activity	MF
GO:0036374	geneDR011979,geneDR001500,geneDR001501,geneDR012410	glutathione hydrolase activity	MF
GO:0004489	geneDR011995,geneDR017297,geneDR015807	methylenetetrahydrofolate reductase (NAD(P)H) activity	MF
GO:0004536	geneDR012001,geneDR030904,geneDR035124,geneDR003365,geneDR028108,geneDR006839,geneDR017382,geneDR014895,geneDR014806,geneDR008899,geneDR029930,geneDR013978,geneDR019744,geneDR016066,geneDR015970,geneDR021233,geneDR025995,geneDR026078,geneDR034527,geneDR031436,geneDR003792,geneDR019045,geneDR010566,geneDR010862,geneDR013717,geneDR029590,geneDR025864,geneDR009775,geneDR007019,geneDR006934	deoxyribonuclease activity	MF
GO:0047952	geneDR012021	glycerol-3-phosphate dehydrogenase [NAD(P)+] activity	MF
GO:0003954	geneDR012039,geneDR012042,geneDR020163,geneDR017560,geneDR014863,geneDR033163,geneDR029778,geneDR025990,geneDR018884,geneDR022886,geneDR019251,geneDR010259,geneDR010715,geneDR011139,geneDR013173,geneDR032666,geneDR009361,geneDR029038	NADH dehydrogenase activity	MF
GO:0016651	geneDR012039,geneDR012042,geneDR034116,geneDR034360,geneDR014392,geneDR035570,geneDR035627,geneDR034898,geneDR035044,geneDR032137,geneDR000150,geneDR000469,geneDR000544,geneDR000736,geneDR001025,geneDR001332,geneDR001812,geneDR016913,geneDR016854,geneDR003490,geneDR002867,geneDR002706,geneDR002553,geneDR002221,geneDR002101,geneDR028595,geneDR020163,geneDR020219,geneDR031909,geneDR006601,geneDR006221,geneDR006220,geneDR018442,geneDR031074,geneDR031076,geneDR017560,geneDR017536,geneDR015020,geneDR014965,geneDR014863,geneDR025338,geneDR025516,geneDR033163,geneDR008900,geneDR008556,geneDR029914,geneDR029778,geneDR034870,geneDR027319,geneDR019729,geneDR019765,geneDR015368,geneDR021062,geneDR025990,geneDR030707,geneDR018852,geneDR018884,geneDR018894,geneDR003618,geneDR004077,geneDR004092,geneDR004606,geneDR004887,geneDR033706,geneDR024876,geneDR022886,geneDR022898,geneDR022991,geneDR019382,geneDR019251,geneDR019235,geneDR019196,geneDR010259,geneDR032382,geneDR031206,geneDR024306,geneDR023873,geneDR032555,geneDR010715,geneDR010826,geneDR011139,geneDR011202,geneDR027484,geneDR027485,geneDR027551,geneDR033644,geneDR013173,geneDR013454,geneDR013716,geneDR031933,geneDR032489,geneDR029578,geneDR023300,geneDR032666,geneDR025882,geneDR025678,geneDR012794,geneDR012989,geneDR026976,geneDR009361,geneDR016096,geneDR029038,geneDR030623,geneDR007539,geneDR007176,geneDR007049,geneDR022207,geneDR022213,geneDR022296,geneDR022364,geneDR032214,geneDR032215	oxidoreductase activity, acting on NAD(P)H	MF
GO:0016655	geneDR012039,geneDR012042,geneDR000469,geneDR003490,geneDR002867,geneDR002553,geneDR002101,geneDR028595,geneDR020163,geneDR015020,geneDR014863,geneDR034870,geneDR027319,geneDR015368,geneDR018884,geneDR004077,geneDR004887,geneDR024876,geneDR019251,geneDR010259,geneDR032382,geneDR027551,geneDR013716,geneDR009361,geneDR029038,geneDR022213	oxidoreductase activity, acting on NAD(P)H, quinone or similar compound as acceptor	MF
GO:0050136	geneDR012039,geneDR012042,geneDR020163,geneDR014863,geneDR018884,geneDR019251,geneDR010259,geneDR009361,geneDR029038	NADH dehydrogenase (quinone) activity	MF
GO:0010290	geneDR033863,geneDR033864,geneDR031650,geneDR033554,geneDR023772,geneDR023773,geneDR023774,geneDR005544	chlorophyll catabolite transmembrane transporter activity	MF
GO:0015431	geneDR033863,geneDR033864,geneDR031650,geneDR033554,geneDR023772,geneDR023773,geneDR023774,geneDR005544	ABC-type glutathione S-conjugate transporter activity	MF
GO:0071997	geneDR033863,geneDR033864,geneDR031650,geneDR033554,geneDR023772,geneDR023773,geneDR023774,geneDR005544	ABC-type glutathione S-conjugate transporter activity	MF
GO:0004222	geneDR033865,geneDR035240,geneDR000560,geneDR001110,geneDR030409,geneDR031704,geneDR019893,geneDR008720,geneDR029750,geneDR014196,geneDR034331,geneDR034513,geneDR026228,geneDR003714,geneDR003798,geneDR024976,geneDR033561,geneDR022107,geneDR010243,geneDR010099,geneDR023775,geneDR010530,geneDR009780,geneDR009418,geneDR005538,geneDR005068	metalloendopeptidase activity	MF
GO:0019787	geneDR033865,geneDR034095,geneDR035317,geneDR035350,geneDR030918,geneDR035453,geneDR035470,geneDR034413,geneDR014274,geneDR014287,geneDR014311,geneDR014376,geneDR014400,geneDR014412,geneDR014448,geneDR014471,geneDR034783,geneDR034793,geneDR035663,geneDR034877,geneDR034963,geneDR034973,geneDR035109,geneDR032951,geneDR032141,geneDR032082,geneDR000015,geneDR000096,geneDR000181,geneDR000187,geneDR000250,geneDR000303,geneDR000309,geneDR000408,geneDR000481,geneDR000483,geneDR000556,geneDR000615,geneDR000687,geneDR000751,geneDR000761,geneDR000767,geneDR000779,geneDR000855,geneDR000870,geneDR000925,geneDR000980,geneDR001006,geneDR001007,geneDR001054,geneDR001116,geneDR001150,geneDR001181,geneDR001182,geneDR001272,geneDR001293,geneDR001353,geneDR001355,geneDR001395,geneDR001477,geneDR001589,geneDR001655,geneDR001668,geneDR001688,geneDR001762,geneDR001800,geneDR034667,geneDR028427,geneDR028337,geneDR028331,geneDR028330,geneDR028321,geneDR028270,geneDR028242,geneDR030880,geneDR030854,geneDR008088,geneDR008057,geneDR007983,geneDR007963,geneDR007953,geneDR007868,geneDR007845,geneDR007840,geneDR007774,geneDR007771,geneDR007682,geneDR017012,geneDR016912,geneDR016901,geneDR016879,geneDR016855,geneDR016754,geneDR003516,geneDR003489,geneDR003445,geneDR003377,geneDR003256,geneDR003201,geneDR003165,geneDR003152,geneDR003149,geneDR002988,geneDR002787,geneDR002728,geneDR002682,geneDR002666,geneDR002665,geneDR002636,geneDR002635,geneDR002593,geneDR002305,geneDR002162,geneDR002111,geneDR030505,geneDR030539,geneDR030590,geneDR031630,geneDR031641,geneDR031671,geneDR031717,geneDR031766,geneDR028752,geneDR028751,geneDR028745,geneDR028685,geneDR028664,geneDR028661,geneDR028512,geneDR019938,geneDR019956,geneDR020016,geneDR020072,geneDR020158,geneDR020285,geneDR020312,geneDR020313,geneDR020360,geneDR020401,geneDR012074,geneDR012121,geneDR012162,geneDR012401,geneDR012427,geneDR012636,geneDR012663,geneDR012683,geneDR012702,geneDR012719,geneDR034387,geneDR028146,geneDR031919,geneDR033334,geneDR006913,geneDR006893,geneDR006886,geneDR006882,geneDR006859,geneDR006777,geneDR006772,geneDR006766,geneDR006649,geneDR006612,geneDR006529,geneDR006514,geneDR006502,geneDR006425,geneDR006424,geneDR006362,geneDR006336,geneDR006322,geneDR006296,geneDR006241,geneDR006240,geneDR018476,geneDR018318,geneDR018280,geneDR018236,geneDR018189,geneDR018173,geneDR018060,geneDR017977,geneDR017966,geneDR030933,geneDR030972,geneDR030978,geneDR031025,geneDR031033,geneDR031084,geneDR031109,geneDR031124,geneDR031176,geneDR031177,geneDR017564,geneDR017440,geneDR017397,geneDR017366,geneDR017166,geneDR017150,geneDR017058,geneDR015282,geneDR015093,geneDR014999,geneDR014984,geneDR014959,geneDR014957,geneDR014892,geneDR014866,geneDR014827,geneDR014801,geneDR014761,geneDR014746,geneDR014745,geneDR014721,geneDR025315,geneDR025359,geneDR025372,geneDR025459,geneDR025502,geneDR025508,geneDR025572,geneDR033140,geneDR033139,geneDR033138,geneDR028052,geneDR027972,geneDR027936,geneDR030285,geneDR029735,geneDR029733,geneDR029690,geneDR034025,geneDR020709,geneDR020662,geneDR020660,geneDR020646,geneDR020564,geneDR020543,geneDR020513,geneDR020465,geneDR020456,geneDR009048,geneDR009007,geneDR008992,geneDR008973,geneDR008794,geneDR008760,geneDR008685,geneDR008570,geneDR008538,geneDR008534,geneDR008521,geneDR008507,geneDR008498,geneDR008370,geneDR008283,geneDR008260,geneDR008145,geneDR030035,geneDR030019,geneDR030018,geneDR030017,geneDR030006,geneDR029989,geneDR029767,geneDR027379,geneDR027381,geneDR028918,geneDR020806,geneDR020807,geneDR020823,geneDR026837,geneDR027864,geneDR027865,geneDR027870,geneDR033491,geneDR014111,geneDR014087,geneDR014050,geneDR014049,geneDR014047,geneDR013985,geneDR019499,geneDR019642,geneDR019644,geneDR019654,geneDR019664,geneDR019668,geneDR019686,geneDR019688,geneDR019712,geneDR019725,geneDR019738,geneDR019780,geneDR019845,geneDR034334,geneDR034516,geneDR035041,geneDR016036,geneDR016035,geneDR016009,geneDR015898,geneDR015867,geneDR015804,geneDR015710,geneDR015700,geneDR015683,geneDR015590,geneDR015399,geneDR015349,geneDR033221,geneDR021298,geneDR021268,geneDR021217,geneDR021083,geneDR020992,geneDR020883,geneDR025993,geneDR026010,geneDR026027,geneDR026091,geneDR026186,geneDR031431,geneDR033371,geneDR030706,geneDR030705,geneDR030693,geneDR018603,geneDR018629,geneDR018705,geneDR018730,geneDR018740,geneDR018741,geneDR018896,geneDR026326,geneDR026330,geneDR026350,geneDR026371,geneDR026374,geneDR026414,geneDR026530,geneDR026531,geneDR026572,geneDR003540,geneDR003591,geneDR003595,geneDR003621,geneDR003718,geneDR003978,geneDR004001,geneDR004056,geneDR004160,geneDR004298,geneDR004299,geneDR004349,geneDR004383,geneDR004631,geneDR004669,geneDR004698,geneDR004720,geneDR004760,geneDR004761,geneDR004814,geneDR004827,geneDR004864,geneDR004970,geneDR025220,geneDR025200,geneDR017710,geneDR017720,geneDR017734,geneDR017741,geneDR017834,geneDR017928,geneDR033698,geneDR024971,geneDR024897,geneDR024894,geneDR024874,geneDR024805,geneDR024784,geneDR024782,geneDR024749,geneDR024703,geneDR024699,geneDR022729,geneDR022765,geneDR022766,geneDR022842,geneDR022847,geneDR022929,geneDR022931,geneDR022980,geneDR023034,geneDR023044,geneDR023053,geneDR033564,geneDR033547,geneDR033531,geneDR021658,geneDR021710,geneDR021730,geneDR021786,geneDR021787,geneDR021880,geneDR021885,geneDR022018,geneDR022025,geneDR022146,geneDR022157,geneDR019431,geneDR019358,geneDR019128,geneDR019123,geneDR019102,geneDR019009,geneDR021624,geneDR021589,geneDR021583,geneDR031832,geneDR010296,geneDR010295,geneDR010275,geneDR010258,geneDR010248,geneDR010164,geneDR010044,geneDR010001,geneDR009978,geneDR009960,geneDR032347,geneDR032392,geneDR032400,geneDR024439,geneDR024357,geneDR024243,geneDR024235,geneDR024193,geneDR024148,geneDR024147,geneDR024111,geneDR024082,geneDR023705,geneDR023739,geneDR023745,geneDR023775,geneDR023827,geneDR023909,geneDR014674,geneDR014625,geneDR014521,geneDR026601,geneDR026652,geneDR026662,geneDR026734,geneDR026750,geneDR026759,geneDR026786,geneDR025022,geneDR025069,geneDR025146,geneDR032557,geneDR024573,geneDR024504,geneDR024496,geneDR010446,geneDR010466,geneDR010526,geneDR010561,geneDR010676,geneDR010693,geneDR010744,geneDR010832,geneDR010841,geneDR010915,geneDR010922,geneDR010943,geneDR011010,geneDR011079,geneDR011084,geneDR011092,geneDR011105,geneDR011106,geneDR011225,geneDR011229,geneDR011241,geneDR011247,geneDR027508,geneDR033664,geneDR033647,geneDR033645,geneDR033623,geneDR033613,geneDR013168,geneDR013337,geneDR013366,geneDR013410,geneDR013703,geneDR013739,geneDR013782,geneDR027256,geneDR027248,geneDR027194,geneDR027193,geneDR027171,geneDR027170,geneDR027126,geneDR027076,geneDR027051,geneDR027037,geneDR032566,geneDR031961,geneDR028939,geneDR033951,geneDR033932,geneDR029509,geneDR029614,geneDR029638,geneDR023530,geneDR023427,geneDR023426,geneDR023415,geneDR023393,geneDR032609,geneDR025933,geneDR025925,geneDR025906,geneDR025886,geneDR025855,geneDR025817,geneDR025724,geneDR025645,geneDR012855,geneDR012929,geneDR012950,geneDR012996,geneDR026961,geneDR026959,geneDR009841,geneDR009839,geneDR009742,geneDR009609,geneDR009578,geneDR009577,geneDR009558,geneDR009363,geneDR009304,geneDR009256,geneDR009238,geneDR009209,geneDR009130,geneDR009086,geneDR016677,geneDR016529,geneDR016513,geneDR016467,geneDR016444,geneDR016397,geneDR016277,geneDR016254,geneDR016244,geneDR016155,geneDR029036,geneDR029041,geneDR029112,geneDR029144,geneDR032273,geneDR030636,geneDR030634,geneDR007551,geneDR007496,geneDR007494,geneDR007396,geneDR007159,geneDR007155,geneDR034031,geneDR034045,geneDR034056,geneDR007084,geneDR007065,geneDR006998,geneDR006980,geneDR006966,geneDR022371,geneDR022447,geneDR022513,geneDR022572,geneDR022602,geneDR022608,geneDR022640,geneDR022657,geneDR022695,geneDR022704,geneDR006113,geneDR006095,geneDR005826,geneDR005816,geneDR005699,geneDR005682,geneDR005638,geneDR005606,geneDR005604,geneDR005592,geneDR005563,geneDR005538,geneDR005481,geneDR005368,geneDR005367,geneDR005321,geneDR005255,geneDR005204,geneDR005089,geneDR005019,geneDR032228	ubiquitin-like protein transferase activity	MF
GO:0019789	geneDR033865,geneDR003489,geneDR020016,geneDR020285,geneDR024703,geneDR019128,geneDR023775,geneDR007496,geneDR005538,geneDR005321	SUMO transferase activity	MF
GO:0032182	geneDR033865,geneDR035317,geneDR035662,geneDR000202,geneDR000295,geneDR001307,geneDR033819,geneDR016826,geneDR003243,geneDR002655,geneDR030486,geneDR031740,geneDR028679,geneDR020156,geneDR012228,geneDR012318,geneDR006493,geneDR006197,geneDR030978,geneDR034163,geneDR014833,geneDR025381,geneDR025382,geneDR020660,geneDR008324,geneDR030062,geneDR019732,geneDR015603,geneDR015464,geneDR021241,geneDR003646,geneDR003709,geneDR017884,geneDR023038,geneDR021687,geneDR021867,geneDR019254,geneDR019156,geneDR021562,geneDR021510,geneDR021423,geneDR032327,geneDR032328,geneDR032329,geneDR032330,geneDR032398,geneDR031359,geneDR031358,geneDR024355,geneDR024235,geneDR023775,geneDR026687,geneDR025141,geneDR011004,geneDR033669,geneDR027073,geneDR029514,geneDR027015,geneDR009527,geneDR009180,geneDR016617,geneDR007305,geneDR022575,geneDR005538	ubiquitin-like protein binding	MF
GO:0032183	geneDR033865,geneDR035317,geneDR030978,geneDR020660,geneDR024235,geneDR023775,geneDR027015,geneDR005538	SUMO binding	MF
GO:0061659	geneDR033865,geneDR034095,geneDR035317,geneDR035350,geneDR030918,geneDR035453,geneDR035470,geneDR034413,geneDR014287,geneDR014400,geneDR014471,geneDR034783,geneDR035663,geneDR034963,geneDR034973,geneDR035109,geneDR000187,geneDR000250,geneDR000303,geneDR000408,geneDR000481,geneDR000483,geneDR000556,geneDR000687,geneDR000767,geneDR000779,geneDR000870,geneDR000925,geneDR001006,geneDR001007,geneDR001116,geneDR001150,geneDR001181,geneDR001182,geneDR001353,geneDR001355,geneDR001477,geneDR001589,geneDR001655,geneDR001668,geneDR001688,geneDR001800,geneDR034667,geneDR028337,geneDR028321,geneDR030854,geneDR008088,geneDR008057,geneDR007983,geneDR007963,geneDR007868,geneDR007771,geneDR007682,geneDR017012,geneDR016912,geneDR016901,geneDR016879,geneDR016855,geneDR016754,geneDR003377,geneDR003201,geneDR003165,geneDR003149,geneDR002988,geneDR002636,geneDR002593,geneDR002305,geneDR002111,geneDR030505,geneDR030590,geneDR031717,geneDR031766,geneDR028752,geneDR028751,geneDR028745,geneDR028685,geneDR028661,geneDR028512,geneDR019956,geneDR020158,geneDR020285,geneDR020360,geneDR020401,geneDR012074,geneDR012121,geneDR012162,geneDR012427,geneDR012663,geneDR012683,geneDR012702,geneDR028146,geneDR033334,geneDR006886,geneDR006859,geneDR006766,geneDR006612,geneDR006529,geneDR006514,geneDR006502,geneDR006425,geneDR006424,geneDR006296,geneDR006241,geneDR006240,geneDR018318,geneDR018280,geneDR018236,geneDR018189,geneDR018060,geneDR017977,geneDR017966,geneDR030933,geneDR030972,geneDR030978,geneDR031025,geneDR031084,geneDR017564,geneDR017366,geneDR017150,geneDR015093,geneDR014999,geneDR014984,geneDR014959,geneDR014957,geneDR014892,geneDR014866,geneDR014801,geneDR014761,geneDR025502,geneDR025508,geneDR025572,geneDR033140,geneDR033139,geneDR033138,geneDR028052,geneDR030285,geneDR029735,geneDR020662,geneDR020660,geneDR020646,geneDR020456,geneDR008992,geneDR008973,geneDR008794,geneDR008760,geneDR008570,geneDR008538,geneDR008534,geneDR008521,geneDR008498,geneDR008370,geneDR008260,geneDR008145,geneDR030019,geneDR030018,geneDR030017,geneDR029989,geneDR029767,geneDR027379,geneDR027381,geneDR028918,geneDR020823,geneDR026837,geneDR027864,geneDR027865,geneDR027870,geneDR033491,geneDR014050,geneDR014049,geneDR019642,geneDR019654,geneDR019664,geneDR019668,geneDR019686,geneDR019688,geneDR019712,geneDR019725,geneDR019845,geneDR034334,geneDR034516,geneDR035041,geneDR016036,geneDR016035,geneDR016009,geneDR015867,geneDR015710,geneDR015683,geneDR033221,geneDR021298,geneDR021268,geneDR021217,geneDR021083,geneDR020992,geneDR020883,geneDR026010,geneDR026027,geneDR026186,geneDR033371,geneDR030706,geneDR030705,geneDR030693,geneDR018603,geneDR018629,geneDR018705,geneDR018730,geneDR018896,geneDR026326,geneDR026374,geneDR026414,geneDR026530,geneDR026531,geneDR003540,geneDR003591,geneDR003595,geneDR003621,geneDR003978,geneDR004001,geneDR004298,geneDR004299,geneDR004349,geneDR004383,geneDR004631,geneDR004669,geneDR025200,geneDR017710,geneDR017741,geneDR017928,geneDR033698,geneDR024971,geneDR024897,geneDR024894,geneDR024874,geneDR024805,geneDR024749,geneDR024703,geneDR022847,geneDR022929,geneDR022931,geneDR022980,geneDR023034,geneDR023044,geneDR021658,geneDR021710,geneDR021786,geneDR021787,geneDR021885,geneDR022018,geneDR022025,geneDR022157,geneDR019431,geneDR019358,geneDR019128,geneDR019123,geneDR019009,geneDR021624,geneDR021589,geneDR021583,geneDR010275,geneDR010258,geneDR010248,geneDR010164,geneDR010044,geneDR010001,geneDR009960,geneDR032347,geneDR032392,geneDR024243,geneDR024235,geneDR024193,geneDR024148,geneDR024147,geneDR024082,geneDR023739,geneDR023745,geneDR023775,geneDR023909,geneDR014674,geneDR014625,geneDR026601,geneDR026662,geneDR026734,geneDR026759,geneDR025022,geneDR025069,geneDR025146,geneDR024573,geneDR024504,geneDR010526,geneDR010676,geneDR010693,geneDR010744,geneDR010832,geneDR010841,geneDR010915,geneDR010943,geneDR011084,geneDR011241,geneDR027508,geneDR033664,geneDR033645,geneDR033623,geneDR013168,geneDR013366,geneDR013410,geneDR013703,geneDR013739,geneDR027256,geneDR027194,geneDR027126,geneDR027076,geneDR027037,geneDR028939,geneDR033951,geneDR033932,geneDR029509,geneDR029638,geneDR023530,geneDR023427,geneDR023426,geneDR023393,geneDR032609,geneDR025933,geneDR025925,geneDR025906,geneDR012929,geneDR026961,geneDR026959,geneDR009841,geneDR009839,geneDR009742,geneDR009609,geneDR009578,geneDR009577,geneDR009363,geneDR009256,geneDR009130,geneDR009086,geneDR016677,geneDR016513,geneDR016444,geneDR016397,geneDR016277,geneDR016254,geneDR016244,geneDR016155,geneDR029036,geneDR029041,geneDR029112,geneDR029144,geneDR032273,geneDR030636,geneDR030634,geneDR007155,geneDR034045,geneDR034056,geneDR006980,geneDR006966,geneDR022371,geneDR022447,geneDR022513,geneDR022572,geneDR022602,geneDR022657,geneDR022695,geneDR022704,geneDR006113,geneDR005826,geneDR005638,geneDR005606,geneDR005563,geneDR005538,geneDR005368,geneDR005367,geneDR005255,geneDR005204	ubiquitin-like protein ligase activity	MF
GO:0061665	geneDR033865,geneDR020285,geneDR019128,geneDR023775,geneDR005538	SUMO ligase activity	MF
GO:0003727	geneDR033866,geneDR034621,geneDR034985,geneDR035068,geneDR035207,geneDR000604,geneDR001222,geneDR003157,geneDR003138,geneDR002522,geneDR002454,geneDR002453,geneDR002452,geneDR002408,geneDR002356,geneDR002321,geneDR002206,geneDR001965,geneDR030347,geneDR030431,geneDR028606,geneDR020346,geneDR012104,geneDR006839,geneDR006389,geneDR018309,geneDR018254,geneDR018136,geneDR017985,geneDR031169,geneDR017346,geneDR017218,geneDR017186,geneDR017157,geneDR015004,geneDR020674,geneDR020670,geneDR020467,geneDR020430,geneDR009059,geneDR009045,geneDR008839,geneDR008626,geneDR008618,geneDR008548,geneDR008350,geneDR029897,geneDR034000,geneDR033913,geneDR033906,geneDR027302,geneDR027324,geneDR034753,geneDR034839,geneDR015925,geneDR015800,geneDR015375,geneDR033263,geneDR033228,geneDR018945,geneDR026292,geneDR003583,geneDR003696,geneDR003955,geneDR004109,geneDR004316,geneDR004363,geneDR004424,geneDR004529,geneDR004553,geneDR023146,geneDR021681,geneDR019221,geneDR019069,geneDR018966,geneDR010242,geneDR010096,geneDR009929,geneDR024343,geneDR024070,geneDR023776,geneDR025145,geneDR024605,geneDR027529,geneDR027806,geneDR027283,geneDR027246,geneDR032597,geneDR032531,geneDR032482,geneDR023271,geneDR025868,geneDR012808,geneDR027004,geneDR009816,geneDR009607,geneDR009407,geneDR009305,geneDR009211,geneDR016459,geneDR016274,geneDR030609,geneDR007500,geneDR022231,geneDR022365,geneDR022366,geneDR022537,geneDR005913,geneDR005536,geneDR005465,geneDR005164	single-stranded RNA binding	MF
GO:0005385	geneDR033867,geneDR035546,geneDR035618,geneDR001608,geneDR003509,geneDR003470,geneDR003462,geneDR002899,geneDR020240,geneDR006805,geneDR017678,geneDR020711,geneDR008240,geneDR008147,geneDR020805,geneDR019520,geneDR015376,geneDR015352,geneDR018742,geneDR026368,geneDR004927,geneDR025218,geneDR025170,geneDR010297,geneDR024087,geneDR023777,geneDR029666,geneDR023532,geneDR012822,geneDR007489	zinc ion transmembrane transporter activity	MF
GO:0008324	geneDR033867,geneDR033884,geneDR035333,geneDR035363,geneDR034322,geneDR035492,geneDR035507,geneDR014240,geneDR014346,geneDR014359,geneDR014443,geneDR014444,geneDR034499,geneDR035546,geneDR035572,geneDR034629,geneDR035618,geneDR035626,geneDR034788,geneDR034904,geneDR035007,geneDR035225,geneDR035254,geneDR032159,geneDR032062,geneDR000306,geneDR000310,geneDR000404,geneDR000498,geneDR000522,geneDR000669,geneDR000676,geneDR000683,geneDR000701,geneDR000794,geneDR000795,geneDR000839,geneDR000948,geneDR001451,geneDR001452,geneDR001585,geneDR001608,geneDR001790,geneDR034658,geneDR034662,geneDR034551,geneDR034555,geneDR033810,geneDR033815,geneDR033851,geneDR028414,geneDR028367,geneDR028352,geneDR028350,geneDR008081,geneDR008061,geneDR008016,geneDR008013,geneDR007944,geneDR007779,geneDR016930,geneDR016786,geneDR016753,geneDR003536,geneDR003534,geneDR003509,geneDR003470,geneDR003462,geneDR003420,geneDR003088,geneDR003087,geneDR002916,geneDR002899,geneDR002690,geneDR002689,geneDR002459,geneDR002412,geneDR002327,geneDR002309,geneDR002207,geneDR002200,geneDR002110,geneDR002109,geneDR002046,geneDR002031,geneDR002014,geneDR001956,geneDR001893,geneDR034276,geneDR030345,geneDR030411,geneDR030426,geneDR030479,geneDR031701,geneDR031714,geneDR031715,geneDR031726,geneDR028778,geneDR028734,geneDR028625,geneDR028596,geneDR028516,geneDR028515,geneDR028480,geneDR028479,geneDR020217,geneDR020240,geneDR020275,geneDR020276,geneDR020297,geneDR020336,geneDR012210,geneDR012312,geneDR012322,geneDR012375,geneDR012595,geneDR012631,geneDR012670,geneDR028154,geneDR028153,geneDR028138,geneDR031917,geneDR033340,geneDR030685,geneDR030666,geneDR006805,geneDR006800,geneDR006704,geneDR006688,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR006363,geneDR006355,geneDR006351,geneDR006139,geneDR033754,geneDR018557,geneDR018462,geneDR018399,geneDR018244,geneDR018213,geneDR018206,geneDR018205,geneDR018161,geneDR018128,geneDR018050,geneDR018047,geneDR031081,geneDR031101,geneDR031122,geneDR031184,geneDR035101,geneDR034157,geneDR017678,geneDR017625,geneDR017458,geneDR017361,geneDR017143,geneDR017092,geneDR015313,geneDR015209,geneDR015155,geneDR015107,geneDR014934,geneDR014781,geneDR025349,geneDR025385,geneDR025509,geneDR033141,geneDR033124,geneDR033117,geneDR027948,geneDR020711,geneDR020593,geneDR020575,geneDR020547,geneDR020546,geneDR020506,geneDR020470,geneDR020469,geneDR020444,geneDR008872,geneDR008855,geneDR008853,geneDR008803,geneDR008800,geneDR008578,geneDR008544,geneDR008541,geneDR008463,geneDR008457,geneDR008364,geneDR008276,geneDR008240,geneDR008193,geneDR008173,geneDR008165,geneDR008147,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR028897,geneDR028896,geneDR020755,geneDR020805,geneDR020810,geneDR033467,geneDR027828,geneDR013971,geneDR013893,geneDR013878,geneDR013873,geneDR019520,geneDR019556,geneDR019571,geneDR019637,geneDR019655,geneDR019703,geneDR019743,geneDR016063,geneDR015854,geneDR015380,geneDR015379,geneDR015376,geneDR015353,geneDR015352,geneDR033285,geneDR033199,geneDR033193,geneDR034882,geneDR021141,geneDR021112,geneDR021021,geneDR020967,geneDR020958,geneDR026020,geneDR026052,geneDR026217,geneDR034522,geneDR018713,geneDR018738,geneDR018742,geneDR018835,geneDR018885,geneDR018944,geneDR026291,geneDR026322,geneDR026368,geneDR026382,geneDR003657,geneDR003699,geneDR003730,geneDR003771,geneDR003892,geneDR003995,geneDR004011,geneDR004121,geneDR004221,geneDR004222,geneDR004305,geneDR004479,geneDR004523,geneDR004590,geneDR004663,geneDR004712,geneDR004857,geneDR004927,geneDR004950,geneDR025218,geneDR025170,geneDR017757,geneDR017758,geneDR017775,geneDR017822,geneDR017896,geneDR017904,geneDR017919,geneDR033694,geneDR033693,geneDR024919,geneDR024817,geneDR022957,geneDR021657,geneDR021683,geneDR021811,geneDR021916,geneDR021946,geneDR021957,geneDR022057,geneDR019411,geneDR019316,geneDR019234,geneDR019201,geneDR019135,geneDR021528,geneDR021436,geneDR021416,geneDR010308,geneDR010297,geneDR010272,geneDR010069,geneDR009996,geneDR031256,geneDR024087,geneDR023706,geneDR023777,geneDR023793,geneDR023824,geneDR023861,geneDR034231,geneDR035072,geneDR014693,geneDR014634,geneDR014504,geneDR026625,geneDR026679,geneDR026702,geneDR026717,geneDR026817,geneDR025045,geneDR025129,geneDR024476,geneDR010378,geneDR010694,geneDR010733,geneDR010734,geneDR011016,geneDR011055,geneDR011215,geneDR011258,geneDR027456,geneDR027528,geneDR027639,geneDR027712,geneDR027782,geneDR033599,geneDR013077,geneDR013179,geneDR013261,geneDR013430,geneDR013464,geneDR013553,geneDR013573,geneDR013711,geneDR013712,geneDR013801,geneDR027271,geneDR027270,geneDR027190,geneDR027162,geneDR027084,geneDR027056,geneDR032594,geneDR031936,geneDR031937,geneDR031982,geneDR032188,geneDR028975,geneDR032506,geneDR033957,geneDR029495,geneDR029666,geneDR023587,geneDR023586,geneDR023553,geneDR023532,geneDR032688,geneDR025774,geneDR025644,geneDR034453,geneDR035622,geneDR012733,geneDR012822,geneDR012890,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009896,geneDR009809,geneDR009754,geneDR009744,geneDR009694,geneDR009671,geneDR009626,geneDR009620,geneDR009385,geneDR009365,geneDR009294,geneDR009260,geneDR009131,geneDR009105,geneDR016476,geneDR016422,geneDR016399,geneDR016295,geneDR029002,geneDR029014,geneDR029034,geneDR029174,geneDR030618,geneDR007562,geneDR007489,geneDR007428,geneDR007328,geneDR007310,geneDR007294,geneDR007241,geneDR007166,geneDR034064,geneDR034071,geneDR034075,geneDR034078,geneDR007096,geneDR007093,geneDR022332,geneDR022352,geneDR022407,geneDR022551,geneDR022561,geneDR022584,geneDR022636,geneDR022672,geneDR005999,geneDR005964,geneDR005934,geneDR005798,geneDR005770,geneDR005595,geneDR005573,geneDR005513,geneDR005484,geneDR005445,geneDR005228,geneDR030180,geneDR032206	cation transmembrane transporter activity	MF
GO:0015075	geneDR033867,geneDR033884,geneDR035298,geneDR035333,geneDR035363,geneDR035398,geneDR034288,geneDR034322,geneDR035492,geneDR035507,geneDR014240,geneDR014301,geneDR014346,geneDR014359,geneDR014443,geneDR014444,geneDR014464,geneDR014487,geneDR034487,geneDR034493,geneDR035523,geneDR034499,geneDR035546,geneDR035572,geneDR034629,geneDR035618,geneDR035626,geneDR035650,geneDR034788,geneDR034845,geneDR034904,geneDR035007,geneDR035116,geneDR032967,geneDR035221,geneDR035225,geneDR035254,geneDR032159,geneDR032062,geneDR000034,geneDR000119,geneDR000144,geneDR000301,geneDR000306,geneDR000310,geneDR000404,geneDR000498,geneDR000519,geneDR000522,geneDR000528,geneDR000654,geneDR000669,geneDR000676,geneDR000683,geneDR000701,geneDR000794,geneDR000795,geneDR000837,geneDR000839,geneDR000943,geneDR000948,geneDR001023,geneDR001071,geneDR001111,geneDR001243,geneDR001254,geneDR001273,geneDR001304,geneDR001335,geneDR001451,geneDR001452,geneDR001585,geneDR001601,geneDR001608,geneDR001781,geneDR001790,geneDR001841,geneDR035353,geneDR034658,geneDR034662,geneDR034678,geneDR034551,geneDR034555,geneDR033810,geneDR033815,geneDR033818,geneDR033830,geneDR033851,geneDR028420,geneDR028414,geneDR028367,geneDR028352,geneDR028350,geneDR028316,geneDR028244,geneDR030862,geneDR008093,geneDR008081,geneDR008061,geneDR008016,geneDR008013,geneDR008002,geneDR007944,geneDR007779,geneDR007677,geneDR007676,geneDR017006,geneDR016930,geneDR016923,geneDR016889,geneDR016786,geneDR016777,geneDR016753,geneDR016730,geneDR003536,geneDR003534,geneDR003528,geneDR003509,geneDR003470,geneDR003462,geneDR003420,geneDR003401,geneDR003156,geneDR003127,geneDR003088,geneDR003087,geneDR003066,geneDR002928,geneDR002916,geneDR002899,geneDR002690,geneDR002689,geneDR002641,geneDR002459,geneDR002412,geneDR002362,geneDR002327,geneDR002309,geneDR002242,geneDR002240,geneDR002207,geneDR002200,geneDR002184,geneDR002126,geneDR002110,geneDR002109,geneDR002098,geneDR002046,geneDR002033,geneDR002031,geneDR002015,geneDR002014,geneDR001956,geneDR001918,geneDR001893,geneDR034276,geneDR030345,geneDR030411,geneDR030426,geneDR030479,geneDR031654,geneDR031683,geneDR031686,geneDR031701,geneDR031714,geneDR031715,geneDR031726,geneDR028778,geneDR028741,geneDR028734,geneDR028625,geneDR028596,geneDR028516,geneDR028515,geneDR028480,geneDR028479,geneDR020126,geneDR020217,geneDR020240,geneDR020275,geneDR020276,geneDR020279,geneDR020297,geneDR020336,geneDR012210,geneDR012211,geneDR012312,geneDR012322,geneDR012333,geneDR012334,geneDR012335,geneDR012336,geneDR012338,geneDR012375,geneDR012595,geneDR012612,geneDR012631,geneDR012670,geneDR028162,geneDR028154,geneDR028153,geneDR028138,geneDR028072,geneDR031917,geneDR033340,geneDR033346,geneDR030685,geneDR030666,geneDR006820,geneDR006805,geneDR006800,geneDR006704,geneDR006695,geneDR006688,geneDR006570,geneDR006569,geneDR006553,geneDR006513,geneDR006509,geneDR006500,geneDR006363,geneDR006355,geneDR006351,geneDR006335,geneDR006278,geneDR006223,geneDR006139,geneDR006130,geneDR033754,geneDR018557,geneDR018462,geneDR018418,geneDR018399,geneDR018244,geneDR018213,geneDR018206,geneDR018205,geneDR018161,geneDR018128,geneDR018117,geneDR018090,geneDR018063,geneDR018050,geneDR018047,geneDR030955,geneDR031035,geneDR031081,geneDR031095,geneDR031101,geneDR031122,geneDR031136,geneDR031184,geneDR035101,geneDR034157,geneDR017678,geneDR017639,geneDR017625,geneDR017573,geneDR017458,geneDR017444,geneDR017361,geneDR017241,geneDR017205,geneDR017143,geneDR017092,geneDR017072,geneDR017065,geneDR015313,geneDR015209,geneDR015173,geneDR015155,geneDR015107,geneDR014934,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR014878,geneDR014781,geneDR014735,geneDR025349,geneDR025371,geneDR025385,geneDR025440,geneDR025509,geneDR025514,geneDR025583,geneDR033141,geneDR033124,geneDR033117,geneDR027965,geneDR027948,geneDR029703,geneDR020711,geneDR020593,geneDR020575,geneDR020566,geneDR020554,geneDR020547,geneDR020546,geneDR020506,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR020444,geneDR020409,geneDR009065,geneDR009020,geneDR009019,geneDR009018,geneDR008872,geneDR008855,geneDR008853,geneDR008803,geneDR008800,geneDR008753,geneDR008750,geneDR008705,geneDR008588,geneDR008578,geneDR008544,geneDR008541,geneDR008466,geneDR008463,geneDR008457,geneDR008445,geneDR008391,geneDR008364,geneDR008345,geneDR008284,geneDR008276,geneDR008240,geneDR008201,geneDR008193,geneDR008186,geneDR008183,geneDR008173,geneDR008165,geneDR008147,geneDR008146,geneDR029999,geneDR029842,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR028897,geneDR028896,geneDR020755,geneDR020805,geneDR020810,geneDR020857,geneDR033467,geneDR027828,geneDR013971,geneDR013893,geneDR013885,geneDR013878,geneDR013873,geneDR013853,geneDR019520,geneDR019556,geneDR019571,geneDR019637,geneDR019655,geneDR019657,geneDR019701,geneDR019703,geneDR019743,geneDR016063,geneDR016032,geneDR015999,geneDR015986,geneDR015854,geneDR015449,geneDR015380,geneDR015379,geneDR015376,geneDR015353,geneDR015352,geneDR033293,geneDR033285,geneDR033247,geneDR033246,geneDR033206,geneDR033199,geneDR033193,geneDR034882,geneDR021141,geneDR021128,geneDR021112,geneDR021021,geneDR020984,geneDR020967,geneDR020958,geneDR020935,geneDR026015,geneDR026018,geneDR026020,geneDR026052,geneDR026122,geneDR026217,geneDR032418,geneDR034522,geneDR033368,geneDR024052,geneDR023958,geneDR030810,geneDR030717,geneDR018595,geneDR018713,geneDR018724,geneDR018738,geneDR018742,geneDR018835,geneDR018885,geneDR018944,geneDR026291,geneDR026322,geneDR026368,geneDR026382,geneDR026490,geneDR026562,geneDR003657,geneDR003699,geneDR003730,geneDR003749,geneDR003771,geneDR003834,geneDR003892,geneDR003916,geneDR003995,geneDR004004,geneDR004011,geneDR004048,geneDR004072,geneDR004121,geneDR004141,geneDR004144,geneDR004190,geneDR004204,geneDR004221,geneDR004222,geneDR004236,geneDR004238,geneDR004305,geneDR004369,geneDR004371,geneDR004373,geneDR004479,geneDR004523,geneDR004559,geneDR004590,geneDR004663,geneDR004712,geneDR004805,geneDR004857,geneDR004927,geneDR004950,geneDR004965,geneDR034775,geneDR025280,geneDR025218,geneDR025198,geneDR025170,geneDR017757,geneDR017758,geneDR017775,geneDR017822,geneDR017829,geneDR017869,geneDR017892,geneDR017896,geneDR017904,geneDR017919,geneDR017934,geneDR033694,geneDR033693,geneDR024941,geneDR024919,geneDR024837,geneDR024817,geneDR022868,geneDR022957,geneDR023042,geneDR021638,geneDR021643,geneDR021657,geneDR021683,geneDR021779,geneDR021811,geneDR021916,geneDR021946,geneDR021957,geneDR022057,geneDR019411,geneDR019392,geneDR019316,geneDR019234,geneDR019201,geneDR019135,geneDR019134,geneDR021528,geneDR021436,geneDR021416,geneDR021402,geneDR021401,geneDR021399,geneDR010308,geneDR010297,geneDR010281,geneDR010272,geneDR010162,geneDR010142,geneDR010116,geneDR010069,geneDR009996,geneDR031256,geneDR031213,geneDR024254,geneDR024186,geneDR024087,geneDR023706,geneDR023736,geneDR023777,geneDR023793,geneDR023823,geneDR023824,geneDR023861,geneDR023922,geneDR034231,geneDR035072,geneDR014693,geneDR014655,geneDR014634,geneDR014504,geneDR026590,geneDR026608,geneDR026625,geneDR026679,geneDR026702,geneDR026717,geneDR026758,geneDR026817,geneDR025024,geneDR025030,geneDR025045,geneDR025129,geneDR025149,geneDR032539,geneDR024636,geneDR024634,geneDR024624,geneDR024541,geneDR024511,geneDR024498,geneDR024476,geneDR010378,geneDR010597,geneDR010694,geneDR010733,geneDR010734,geneDR010745,geneDR010910,geneDR010923,geneDR011016,geneDR011055,geneDR011122,geneDR011215,geneDR011258,geneDR011297,geneDR011298,geneDR011300,geneDR027456,geneDR027528,geneDR027607,geneDR027639,geneDR027712,geneDR027739,geneDR027755,geneDR027782,geneDR033599,geneDR013039,geneDR013077,geneDR013159,geneDR013179,geneDR013222,geneDR013233,geneDR013261,geneDR013294,geneDR013379,geneDR013391,geneDR013430,geneDR013464,geneDR013534,geneDR013553,geneDR013568,geneDR013573,geneDR013711,geneDR013712,geneDR013801,geneDR027279,geneDR027271,geneDR027270,geneDR027208,geneDR027190,geneDR027162,geneDR027156,geneDR027084,geneDR027056,geneDR027041,geneDR027040,geneDR032600,geneDR032594,geneDR031936,geneDR031937,geneDR031982,geneDR032188,geneDR034350,geneDR028925,geneDR028960,geneDR028975,geneDR032506,geneDR033957,geneDR029489,geneDR029495,geneDR029543,geneDR029666,geneDR023587,geneDR023586,geneDR023574,geneDR023553,geneDR023532,geneDR023531,geneDR023408,geneDR023306,geneDR023217,geneDR032701,geneDR032688,geneDR025829,geneDR025801,geneDR025774,geneDR025644,geneDR025624,geneDR034453,geneDR034458,geneDR035622,geneDR012733,geneDR012822,geneDR012847,geneDR012890,geneDR012910,geneDR012923,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR026934,geneDR009896,geneDR009809,geneDR009754,geneDR009744,geneDR009694,geneDR009671,geneDR009626,geneDR009620,geneDR009385,geneDR009365,geneDR009323,geneDR009294,geneDR009260,geneDR009131,geneDR009127,geneDR009105,geneDR016566,geneDR016479,geneDR016476,geneDR016422,geneDR016399,geneDR016393,geneDR016327,geneDR016295,geneDR029002,geneDR029014,geneDR029034,geneDR029074,geneDR029174,geneDR032279,geneDR032280,geneDR030618,geneDR007562,geneDR007489,geneDR007431,geneDR007428,geneDR007412,geneDR007340,geneDR007328,geneDR007310,geneDR007294,geneDR007285,geneDR007241,geneDR007235,geneDR007166,geneDR034064,geneDR034071,geneDR034075,geneDR034078,geneDR007096,geneDR007093,geneDR022332,geneDR022352,geneDR022407,geneDR022522,geneDR022551,geneDR022561,geneDR022584,geneDR022636,geneDR022653,geneDR022668,geneDR022672,geneDR022681,geneDR006019,geneDR005999,geneDR005976,geneDR005964,geneDR005962,geneDR005946,geneDR005943,geneDR005934,geneDR005856,geneDR005820,geneDR005798,geneDR005770,geneDR005628,geneDR005595,geneDR005573,geneDR005513,geneDR005485,geneDR005484,geneDR005445,geneDR005396,geneDR005360,geneDR005253,geneDR005245,geneDR005228,geneDR005193,geneDR005045,geneDR030188,geneDR030181,geneDR030180,geneDR030175,geneDR032206,geneDR032212	ion transmembrane transporter activity	MF
GO:0015318	geneDR033867,geneDR033884,geneDR035298,geneDR035333,geneDR035363,geneDR035398,geneDR034288,geneDR035492,geneDR035507,geneDR014240,geneDR014301,geneDR014346,geneDR014359,geneDR014443,geneDR014444,geneDR014464,geneDR034493,geneDR035523,geneDR034499,geneDR035546,geneDR035572,geneDR034629,geneDR035618,geneDR035626,geneDR034788,geneDR034904,geneDR035007,geneDR035116,geneDR032967,geneDR035221,geneDR035225,geneDR035254,geneDR032159,geneDR032062,geneDR000028,geneDR000034,geneDR000119,geneDR000144,geneDR000306,geneDR000310,geneDR000404,geneDR000498,geneDR000519,geneDR000522,geneDR000528,geneDR000669,geneDR000676,geneDR000683,geneDR000701,geneDR000758,geneDR000794,geneDR000795,geneDR000943,geneDR000948,geneDR001023,geneDR001071,geneDR001111,geneDR001231,geneDR001243,geneDR001254,geneDR001273,geneDR001335,geneDR001406,geneDR001451,geneDR001452,geneDR001585,geneDR001608,geneDR001781,geneDR001790,geneDR001841,geneDR035353,geneDR034658,geneDR034662,geneDR034678,geneDR034551,geneDR034555,geneDR033810,geneDR033815,geneDR033818,geneDR033830,geneDR033851,geneDR028420,geneDR028414,geneDR028367,geneDR028352,geneDR028350,geneDR028316,geneDR028244,geneDR030862,geneDR008081,geneDR008061,geneDR008016,geneDR008013,geneDR008002,geneDR007944,geneDR007779,geneDR007677,geneDR007676,geneDR016991,geneDR016947,geneDR016930,geneDR016929,geneDR016923,geneDR016889,geneDR016786,geneDR016777,geneDR016753,geneDR016730,geneDR003536,geneDR003534,geneDR003509,geneDR003470,geneDR003462,geneDR003420,geneDR003156,geneDR003127,geneDR003088,geneDR003087,geneDR003066,geneDR002928,geneDR002916,geneDR002899,geneDR002774,geneDR002690,geneDR002689,geneDR002641,geneDR002459,geneDR002412,geneDR002362,geneDR002327,geneDR002309,geneDR002242,geneDR002240,geneDR002207,geneDR002200,geneDR002184,geneDR002126,geneDR002110,geneDR002109,geneDR002098,geneDR002046,geneDR002031,geneDR002015,geneDR002014,geneDR001956,geneDR001918,geneDR001893,geneDR034276,geneDR030345,geneDR030411,geneDR030426,geneDR030479,geneDR030562,geneDR031654,geneDR031683,geneDR031686,geneDR031714,geneDR031715,geneDR031726,geneDR028741,geneDR028734,geneDR028625,geneDR028596,geneDR028516,geneDR028515,geneDR028480,geneDR028479,geneDR020126,geneDR020217,geneDR020240,geneDR020275,geneDR020276,geneDR020297,geneDR020336,geneDR012103,geneDR012210,geneDR012211,geneDR012312,geneDR012322,geneDR012333,geneDR012338,geneDR012375,geneDR012408,geneDR012595,geneDR012631,geneDR012670,geneDR028162,geneDR028154,geneDR028153,geneDR028138,geneDR031917,geneDR033340,geneDR033346,geneDR030685,geneDR030666,geneDR006907,geneDR006805,geneDR006704,geneDR006695,geneDR006688,geneDR006570,geneDR006569,geneDR006553,geneDR006513,geneDR006509,geneDR006500,geneDR006363,geneDR006355,geneDR006351,geneDR006335,geneDR006223,geneDR006139,geneDR006130,geneDR033754,geneDR018557,geneDR018462,geneDR018418,geneDR018399,geneDR018393,geneDR018244,geneDR018213,geneDR018206,geneDR018205,geneDR018128,geneDR018117,geneDR018063,geneDR018050,geneDR018047,geneDR030955,geneDR031035,geneDR031081,geneDR031095,geneDR031101,geneDR031122,geneDR031137,geneDR031184,geneDR035101,geneDR034157,geneDR017678,geneDR017625,geneDR017573,geneDR017458,geneDR017444,geneDR017361,geneDR017241,geneDR017205,geneDR017092,geneDR017072,geneDR017065,geneDR015313,geneDR015209,geneDR015182,geneDR015173,geneDR015155,geneDR015107,geneDR014934,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR014878,geneDR014781,geneDR014735,geneDR025349,geneDR025371,geneDR025385,geneDR025440,geneDR025509,geneDR025514,geneDR033141,geneDR033124,geneDR033117,geneDR027965,geneDR027948,geneDR030270,geneDR029703,geneDR020711,geneDR020593,geneDR020575,geneDR020566,geneDR020552,geneDR020547,geneDR020546,geneDR020506,geneDR020502,geneDR020501,geneDR020470,geneDR020469,geneDR020444,geneDR020409,geneDR009065,geneDR009020,geneDR009019,geneDR009018,geneDR008872,geneDR008855,geneDR008853,geneDR008803,geneDR008800,geneDR008753,geneDR008750,geneDR008705,geneDR008663,geneDR008588,geneDR008544,geneDR008541,geneDR008483,geneDR008466,geneDR008463,geneDR008457,geneDR008445,geneDR008391,geneDR008364,geneDR008345,geneDR008276,geneDR008240,geneDR008201,geneDR008193,geneDR008183,geneDR008173,geneDR008165,geneDR008147,geneDR008146,geneDR029999,geneDR029842,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR028897,geneDR028896,geneDR020755,geneDR020805,geneDR020810,geneDR020857,geneDR033467,geneDR013971,geneDR013893,geneDR013885,geneDR013878,geneDR013873,geneDR019520,geneDR019556,geneDR019571,geneDR019637,geneDR019655,geneDR019657,geneDR019701,geneDR019703,geneDR019743,geneDR016063,geneDR015999,geneDR015986,geneDR015854,geneDR015444,geneDR015380,geneDR015379,geneDR015376,geneDR015353,geneDR015352,geneDR033285,geneDR033247,geneDR033246,geneDR033206,geneDR033199,geneDR033193,geneDR034882,geneDR021308,geneDR021141,geneDR021021,geneDR020984,geneDR020967,geneDR020958,geneDR020947,geneDR020935,geneDR026015,geneDR026018,geneDR026020,geneDR026052,geneDR026122,geneDR026217,geneDR032418,geneDR034522,geneDR033368,geneDR024052,geneDR023958,geneDR030791,geneDR030720,geneDR030717,geneDR018595,geneDR018713,geneDR018724,geneDR018738,geneDR018742,geneDR018835,geneDR018885,geneDR018944,geneDR026291,geneDR026322,geneDR026368,geneDR026382,geneDR026490,geneDR026562,geneDR003657,geneDR003699,geneDR003730,geneDR003749,geneDR003771,geneDR003834,geneDR003892,geneDR003916,geneDR003995,geneDR004011,geneDR004048,geneDR004072,geneDR004121,geneDR004141,geneDR004144,geneDR004190,geneDR004191,geneDR004204,geneDR004221,geneDR004222,geneDR004236,geneDR004238,geneDR004305,geneDR004369,geneDR004371,geneDR004373,geneDR004479,geneDR004523,geneDR004559,geneDR004590,geneDR004663,geneDR004712,geneDR004803,geneDR004805,geneDR004857,geneDR004927,geneDR004950,geneDR004965,geneDR034775,geneDR025280,geneDR025218,geneDR025198,geneDR025188,geneDR025170,geneDR017757,geneDR017758,geneDR017775,geneDR017822,geneDR017829,geneDR017869,geneDR017892,geneDR017896,geneDR017904,geneDR017919,geneDR017934,geneDR033694,geneDR033693,geneDR024941,geneDR024919,geneDR024837,geneDR024817,geneDR022777,geneDR022868,geneDR022957,geneDR021638,geneDR021643,geneDR021657,geneDR021683,geneDR021779,geneDR021916,geneDR021946,geneDR021957,geneDR022057,geneDR019411,geneDR019392,geneDR019316,geneDR019234,geneDR019201,geneDR019135,geneDR021528,geneDR021436,geneDR021416,geneDR021401,geneDR021399,geneDR010308,geneDR010297,geneDR010281,geneDR010272,geneDR010162,geneDR010116,geneDR009996,geneDR031313,geneDR031265,geneDR031256,geneDR031213,geneDR024254,geneDR024186,geneDR024087,geneDR024074,geneDR023736,geneDR023777,geneDR023793,geneDR023823,geneDR023824,geneDR023861,geneDR023922,geneDR034231,geneDR035072,geneDR014693,geneDR014655,geneDR014634,geneDR014504,geneDR026608,geneDR026625,geneDR026679,geneDR026702,geneDR026717,geneDR026758,geneDR026817,geneDR025024,geneDR025129,geneDR025149,geneDR032539,geneDR024634,geneDR024624,geneDR024541,geneDR024511,geneDR024498,geneDR024476,geneDR010361,geneDR010378,geneDR010525,geneDR010597,geneDR010694,geneDR010733,geneDR010734,geneDR010910,geneDR010923,geneDR011016,geneDR011055,geneDR011122,geneDR011215,geneDR011258,geneDR011297,geneDR011298,geneDR011300,geneDR027456,geneDR027528,geneDR027607,geneDR027639,geneDR027712,geneDR027739,geneDR027749,geneDR027755,geneDR027782,geneDR033599,geneDR013039,geneDR013077,geneDR013159,geneDR013179,geneDR013222,geneDR013233,geneDR013261,geneDR013294,geneDR013379,geneDR013391,geneDR013430,geneDR013496,geneDR013499,geneDR013534,geneDR013553,geneDR013568,geneDR013573,geneDR013711,geneDR013712,geneDR013801,geneDR027279,geneDR027271,geneDR027270,geneDR027208,geneDR027162,geneDR027158,geneDR027084,geneDR027056,geneDR027041,geneDR027040,geneDR032600,geneDR032594,geneDR031936,geneDR031937,geneDR032188,geneDR034350,geneDR028925,geneDR028960,geneDR028975,geneDR032506,geneDR033957,geneDR029489,geneDR029495,geneDR029543,geneDR029666,geneDR023587,geneDR023586,geneDR023574,geneDR023553,geneDR023532,geneDR023531,geneDR023408,geneDR023217,geneDR032701,geneDR032688,geneDR025829,geneDR025801,geneDR025774,geneDR025644,geneDR034453,geneDR034458,geneDR035622,geneDR012733,geneDR012822,geneDR012847,geneDR012890,geneDR012910,geneDR012923,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR026934,geneDR009896,geneDR009809,geneDR009754,geneDR009744,geneDR009694,geneDR009671,geneDR009626,geneDR009620,geneDR009385,geneDR009365,geneDR009294,geneDR009260,geneDR009131,geneDR009127,geneDR009105,geneDR016649,geneDR016566,geneDR016479,geneDR016476,geneDR016422,geneDR016399,geneDR016393,geneDR016295,geneDR029002,geneDR029014,geneDR029034,geneDR029174,geneDR032279,geneDR032280,geneDR030618,geneDR007562,geneDR007489,geneDR007431,geneDR007428,geneDR007412,geneDR007340,geneDR007328,geneDR007310,geneDR007294,geneDR007285,geneDR007241,geneDR007235,geneDR007166,geneDR034064,geneDR034071,geneDR034075,geneDR034078,geneDR007096,geneDR007093,geneDR022332,geneDR022352,geneDR022407,geneDR022522,geneDR022551,geneDR022561,geneDR022584,geneDR022636,geneDR022653,geneDR022672,geneDR022681,geneDR006019,geneDR005999,geneDR005976,geneDR005964,geneDR005962,geneDR005943,geneDR005934,geneDR005856,geneDR005820,geneDR005798,geneDR005770,geneDR005628,geneDR005595,geneDR005573,geneDR005513,geneDR005485,geneDR005484,geneDR005445,geneDR005396,geneDR005360,geneDR005253,geneDR005193,geneDR005045,geneDR030188,geneDR030180,geneDR030175,geneDR032206,geneDR032212	inorganic molecular entity transmembrane transporter activity	MF
GO:0022890	geneDR033867,geneDR033884,geneDR035333,geneDR035363,geneDR035492,geneDR035507,geneDR014240,geneDR014346,geneDR014359,geneDR014443,geneDR034499,geneDR035546,geneDR035572,geneDR035618,geneDR034788,geneDR034904,geneDR035007,geneDR035254,geneDR032159,geneDR032062,geneDR000306,geneDR000310,geneDR000404,geneDR000498,geneDR000669,geneDR000676,geneDR000701,geneDR000794,geneDR000795,geneDR000948,geneDR001585,geneDR001608,geneDR001790,geneDR034658,geneDR034662,geneDR034551,geneDR034555,geneDR033810,geneDR033815,geneDR033851,geneDR028367,geneDR028352,geneDR028350,geneDR008081,geneDR008061,geneDR008016,geneDR008013,geneDR007944,geneDR007779,geneDR016930,geneDR016786,geneDR003536,geneDR003534,geneDR003509,geneDR003470,geneDR003462,geneDR003420,geneDR003088,geneDR003087,geneDR002916,geneDR002899,geneDR002690,geneDR002689,geneDR002459,geneDR002412,geneDR002327,geneDR002309,geneDR002207,geneDR002200,geneDR002110,geneDR002109,geneDR002046,geneDR002031,geneDR002014,geneDR001956,geneDR001893,geneDR034276,geneDR030345,geneDR030411,geneDR030426,geneDR030479,geneDR031714,geneDR031715,geneDR031726,geneDR028734,geneDR028625,geneDR028596,geneDR028516,geneDR028515,geneDR028480,geneDR028479,geneDR020217,geneDR020240,geneDR020275,geneDR020276,geneDR020297,geneDR020336,geneDR012210,geneDR012312,geneDR012322,geneDR012375,geneDR012595,geneDR012631,geneDR012670,geneDR028154,geneDR028153,geneDR028138,geneDR031917,geneDR033340,geneDR030685,geneDR030666,geneDR006805,geneDR006704,geneDR006688,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR006363,geneDR006355,geneDR006351,geneDR006139,geneDR033754,geneDR018557,geneDR018462,geneDR018244,geneDR018213,geneDR018206,geneDR018205,geneDR018128,geneDR018050,geneDR018047,geneDR031081,geneDR031101,geneDR031122,geneDR031184,geneDR035101,geneDR034157,geneDR017678,geneDR017625,geneDR017458,geneDR017361,geneDR017092,geneDR015313,geneDR015209,geneDR015155,geneDR015107,geneDR014934,geneDR014781,geneDR025349,geneDR025385,geneDR025509,geneDR033141,geneDR033124,geneDR033117,geneDR027948,geneDR020711,geneDR020593,geneDR020575,geneDR020547,geneDR020546,geneDR020506,geneDR020470,geneDR020469,geneDR020444,geneDR008872,geneDR008855,geneDR008853,geneDR008800,geneDR008544,geneDR008541,geneDR008463,geneDR008457,geneDR008276,geneDR008240,geneDR008193,geneDR008173,geneDR008165,geneDR008147,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR028897,geneDR028896,geneDR020805,geneDR020810,geneDR033467,geneDR013971,geneDR013893,geneDR013878,geneDR013873,geneDR019520,geneDR019556,geneDR019571,geneDR019637,geneDR019655,geneDR019703,geneDR016063,geneDR015854,geneDR015380,geneDR015379,geneDR015376,geneDR015353,geneDR015352,geneDR033285,geneDR033199,geneDR033193,geneDR034882,geneDR021141,geneDR021021,geneDR020967,geneDR020958,geneDR026020,geneDR026217,geneDR034522,geneDR018713,geneDR018738,geneDR018742,geneDR018835,geneDR018885,geneDR018944,geneDR026291,geneDR026322,geneDR026368,geneDR026382,geneDR003657,geneDR003699,geneDR003730,geneDR003771,geneDR003892,geneDR003995,geneDR004011,geneDR004121,geneDR004221,geneDR004222,geneDR004305,geneDR004479,geneDR004523,geneDR004590,geneDR004663,geneDR004712,geneDR004857,geneDR004927,geneDR004950,geneDR025218,geneDR025170,geneDR017757,geneDR017758,geneDR017775,geneDR017896,geneDR017904,geneDR017919,geneDR033694,geneDR033693,geneDR024919,geneDR024817,geneDR022957,geneDR021657,geneDR021683,geneDR021916,geneDR021946,geneDR021957,geneDR022057,geneDR019411,geneDR019316,geneDR019234,geneDR019201,geneDR019135,geneDR021528,geneDR021416,geneDR010308,geneDR010297,geneDR010272,geneDR009996,geneDR024087,geneDR023777,geneDR023793,geneDR023824,geneDR023861,geneDR034231,geneDR035072,geneDR014693,geneDR014634,geneDR014504,geneDR026625,geneDR026679,geneDR026702,geneDR026717,geneDR026817,geneDR025129,geneDR024476,geneDR010378,geneDR010694,geneDR010733,geneDR010734,geneDR011016,geneDR011055,geneDR011215,geneDR011258,geneDR027456,geneDR027528,geneDR027639,geneDR027712,geneDR027782,geneDR033599,geneDR013077,geneDR013179,geneDR013261,geneDR013430,geneDR013553,geneDR013711,geneDR013712,geneDR013801,geneDR027271,geneDR027270,geneDR027162,geneDR027084,geneDR027056,geneDR032594,geneDR031936,geneDR031937,geneDR032188,geneDR028975,geneDR032506,geneDR033957,geneDR029666,geneDR023587,geneDR023586,geneDR023553,geneDR023532,geneDR032688,geneDR025774,geneDR025644,geneDR034453,geneDR035622,geneDR012733,geneDR012822,geneDR012890,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR009754,geneDR009744,geneDR009694,geneDR009626,geneDR009385,geneDR009365,geneDR009260,geneDR009131,geneDR009105,geneDR016422,geneDR016399,geneDR016295,geneDR029002,geneDR029014,geneDR029034,geneDR030618,geneDR007562,geneDR007489,geneDR007428,geneDR007328,geneDR007310,geneDR007294,geneDR007241,geneDR034064,geneDR034071,geneDR034075,geneDR034078,geneDR007096,geneDR007093,geneDR022332,geneDR022352,geneDR022407,geneDR022551,geneDR022561,geneDR022584,geneDR022672,geneDR005999,geneDR005964,geneDR005934,geneDR005798,geneDR005770,geneDR005595,geneDR005573,geneDR005513,geneDR005484,geneDR005445,geneDR030180,geneDR032206	inorganic cation transmembrane transporter activity	MF
GO:0046873	geneDR033867,geneDR033884,geneDR035333,geneDR014240,geneDR014443,geneDR034499,geneDR035546,geneDR035618,geneDR034788,geneDR034904,geneDR035007,geneDR035254,geneDR000306,geneDR000498,geneDR000701,geneDR000794,geneDR000795,geneDR000948,geneDR001585,geneDR001608,geneDR034658,geneDR034662,geneDR034551,geneDR034555,geneDR033810,geneDR028367,geneDR008081,geneDR008061,geneDR008016,geneDR008013,geneDR007944,geneDR007779,geneDR003509,geneDR003470,geneDR003462,geneDR002899,geneDR002459,geneDR002327,geneDR002309,geneDR002110,geneDR002109,geneDR002031,geneDR001956,geneDR034276,geneDR030345,geneDR030411,geneDR030426,geneDR030479,geneDR031714,geneDR031715,geneDR028734,geneDR028625,geneDR028516,geneDR028515,geneDR028480,geneDR028479,geneDR020217,geneDR020240,geneDR020275,geneDR020276,geneDR020297,geneDR020336,geneDR012312,geneDR012322,geneDR012375,geneDR012595,geneDR012631,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006805,geneDR006688,geneDR006363,geneDR006351,geneDR033754,geneDR018462,geneDR018244,geneDR018213,geneDR018128,geneDR018050,geneDR018047,geneDR031081,geneDR031101,geneDR031184,geneDR035101,geneDR034157,geneDR017678,geneDR017625,geneDR017458,geneDR017092,geneDR015209,geneDR015107,geneDR014934,geneDR014781,geneDR025385,geneDR025509,geneDR033141,geneDR033124,geneDR033117,geneDR020711,geneDR020575,geneDR020506,geneDR020470,geneDR020469,geneDR008800,geneDR008544,geneDR008457,geneDR008276,geneDR008240,geneDR008193,geneDR008173,geneDR008165,geneDR008147,geneDR029797,geneDR028897,geneDR028896,geneDR020805,geneDR033467,geneDR013971,geneDR013893,geneDR013873,geneDR019520,geneDR019556,geneDR019571,geneDR019655,geneDR019703,geneDR016063,geneDR015376,geneDR015353,geneDR015352,geneDR033285,geneDR033199,geneDR021141,geneDR021021,geneDR020967,geneDR020958,geneDR026020,geneDR034522,geneDR018713,geneDR018742,geneDR018835,geneDR026322,geneDR026368,geneDR003657,geneDR003699,geneDR003730,geneDR003771,geneDR004221,geneDR004222,geneDR004305,geneDR004479,geneDR004523,geneDR004590,geneDR004857,geneDR004927,geneDR025218,geneDR025170,geneDR017775,geneDR017904,geneDR017919,geneDR033694,geneDR033693,geneDR024919,geneDR024817,geneDR022957,geneDR021657,geneDR021683,geneDR021916,geneDR022057,geneDR019234,geneDR019201,geneDR019135,geneDR010297,geneDR010272,geneDR009996,geneDR024087,geneDR023777,geneDR023793,geneDR034231,geneDR035072,geneDR014693,geneDR014504,geneDR026625,geneDR026817,geneDR010378,geneDR010694,geneDR011016,geneDR011055,geneDR011258,geneDR027456,geneDR027528,geneDR027639,geneDR027782,geneDR013077,geneDR013179,geneDR013261,geneDR013801,geneDR027056,geneDR032594,geneDR031936,geneDR031937,geneDR032188,geneDR028975,geneDR032506,geneDR029666,geneDR023587,geneDR023586,geneDR023553,geneDR023532,geneDR032688,geneDR025644,geneDR034453,geneDR035622,geneDR012733,geneDR012822,geneDR009754,geneDR009694,geneDR009626,geneDR009365,geneDR009131,geneDR009105,geneDR016422,geneDR016295,geneDR029034,geneDR007489,geneDR007328,geneDR007310,geneDR007294,geneDR007241,geneDR034064,geneDR034071,geneDR022407,geneDR005770,geneDR005595,geneDR005573,geneDR005513,geneDR030180,geneDR032206	metal ion transmembrane transporter activity	MF
GO:0046915	geneDR033867,geneDR035546,geneDR035618,geneDR034788,geneDR035007,geneDR001585,geneDR001608,geneDR033810,geneDR007779,geneDR003509,geneDR003470,geneDR003462,geneDR002899,geneDR002327,geneDR002309,geneDR030411,geneDR028734,geneDR028480,geneDR028479,geneDR020240,geneDR012375,geneDR012595,geneDR006805,geneDR018128,geneDR031184,geneDR035101,geneDR017678,geneDR015107,geneDR020711,geneDR020506,geneDR008800,geneDR008240,geneDR008193,geneDR008173,geneDR008147,geneDR020805,geneDR019520,geneDR015376,geneDR015352,geneDR033199,geneDR018742,geneDR026368,geneDR004305,geneDR004927,geneDR025218,geneDR025170,geneDR017904,geneDR022057,geneDR019234,geneDR010297,geneDR024087,geneDR023777,geneDR014504,geneDR013179,geneDR029666,geneDR023587,geneDR023586,geneDR023532,geneDR034453,geneDR035622,geneDR012822,geneDR009694,geneDR009105,geneDR007489,geneDR022407,geneDR005573	transition metal ion transmembrane transporter activity	MF
GO:0072509	geneDR033867,geneDR035546,geneDR035618,geneDR001608,geneDR003509,geneDR003470,geneDR003462,geneDR002899,geneDR020240,geneDR006805,geneDR031184,geneDR035101,geneDR017678,geneDR020711,geneDR020506,geneDR008240,geneDR008147,geneDR020805,geneDR019520,geneDR015376,geneDR015352,geneDR018742,geneDR026368,geneDR004927,geneDR025218,geneDR025170,geneDR010297,geneDR024087,geneDR023777,geneDR029666,geneDR023532,geneDR012822,geneDR007489	inorganic cation transmembrane transporter activity	MF
GO:0047631	geneDR033869,geneDR014262,geneDR034771,geneDR033989,geneDR026297,geneDR023779,geneDR026793,geneDR025707,geneDR022490,geneDR005531	ADP-ribose diphosphatase activity	MF
GO:0008169	geneDR033875,geneDR028636,geneDR004520,geneDR021910,geneDR021927,geneDR023786,geneDR023843,geneDR005524,geneDR005463	C-methyltransferase activity	MF
GO:0009383	geneDR033875,geneDR004520,geneDR023786,geneDR005524	rRNA (cytosine-C5-)-methyltransferase activity	MF
GO:0016434	geneDR033875,geneDR004520,geneDR023786,geneDR005524	rRNA (cytosine) methyltransferase activity	MF
GO:0004332	geneDR033879,geneDR016757,geneDR012234,geneDR033219,geneDR023790,geneDR005519	fructose-bisphosphate aldolase activity	MF
GO:0016832	geneDR033879,geneDR034737,geneDR000832,geneDR016862,geneDR016757,geneDR003434,geneDR003322,geneDR020081,geneDR012234,geneDR029951,geneDR033219,geneDR024998,geneDR019346,geneDR032313,geneDR031344,geneDR023790,geneDR023345,geneDR029116,geneDR005519	aldehyde-lyase activity	MF
GO:0031625	geneDR033880,geneDR035315,geneDR035317,geneDR014251,geneDR034793,geneDR032089,geneDR000015,geneDR000250,geneDR000767,geneDR001055,geneDR001270,geneDR001688,geneDR001800,geneDR028337,geneDR028332,geneDR007868,geneDR007774,geneDR007587,geneDR016929,geneDR003417,geneDR003176,geneDR003152,geneDR003071,geneDR003009,geneDR002988,geneDR002927,geneDR002636,geneDR002593,geneDR002233,geneDR034241,geneDR030324,geneDR020288,geneDR020360,geneDR020401,geneDR012074,geneDR012363,geneDR012696,geneDR012697,geneDR012702,geneDR006896,geneDR006566,geneDR006514,geneDR006153,geneDR018582,geneDR018427,geneDR018280,geneDR017949,geneDR030946,geneDR030972,geneDR030978,geneDR030980,geneDR031018,geneDR034154,geneDR017362,geneDR017166,geneDR017138,geneDR017048,geneDR014940,geneDR014833,geneDR025390,geneDR025508,geneDR027972,geneDR030288,geneDR020662,geneDR020660,geneDR020658,geneDR020456,geneDR020416,geneDR020406,geneDR009060,geneDR008594,geneDR030006,geneDR027395,geneDR028839,geneDR028837,geneDR014047,geneDR019489,geneDR019490,geneDR019771,geneDR019845,geneDR015867,geneDR015792,geneDR015700,geneDR015680,geneDR015675,geneDR015435,geneDR021308,geneDR021034,geneDR021032,geneDR031431,geneDR023977,geneDR030720,geneDR018791,geneDR004669,geneDR004964,geneDR017735,geneDR017741,geneDR017768,geneDR033698,geneDR024749,geneDR024706,geneDR022765,geneDR022777,geneDR022980,geneDR023094,geneDR019124,geneDR019009,geneDR019005,geneDR009960,geneDR032347,geneDR031221,geneDR024336,geneDR024243,geneDR024235,geneDR024233,geneDR023739,geneDR026804,geneDR025022,geneDR025031,geneDR025069,geneDR025141,geneDR033505,geneDR010832,geneDR011004,geneDR027463,geneDR013287,geneDR013383,geneDR013386,geneDR013461,geneDR013563,geneDR013609,geneDR013701,geneDR013739,geneDR027256,geneDR027194,geneDR027024,geneDR028964,geneDR023415,geneDR025902,geneDR012836,geneDR026959,geneDR009913,geneDR009282,geneDR009238,geneDR009095,geneDR016652,geneDR016529,geneDR016484,geneDR016444,geneDR032242,geneDR030636,geneDR007473,geneDR007155,geneDR034045,geneDR022452,geneDR022459,geneDR022481,geneDR022696,geneDR022703,geneDR006110,geneDR005516,geneDR005476,geneDR005352,geneDR005349,geneDR005255,geneDR005204,geneDR030207	ubiquitin protein ligase binding	MF
GO:0044389	geneDR033880,geneDR035315,geneDR035317,geneDR014251,geneDR034793,geneDR032089,geneDR000015,geneDR000250,geneDR000767,geneDR001055,geneDR001270,geneDR001688,geneDR001800,geneDR028337,geneDR028332,geneDR007868,geneDR007774,geneDR007587,geneDR016929,geneDR003417,geneDR003176,geneDR003152,geneDR003071,geneDR003009,geneDR002988,geneDR002927,geneDR002636,geneDR002593,geneDR002233,geneDR034241,geneDR030324,geneDR020288,geneDR020360,geneDR020401,geneDR012074,geneDR012363,geneDR012696,geneDR012697,geneDR012702,geneDR006896,geneDR006566,geneDR006514,geneDR006153,geneDR018582,geneDR018427,geneDR018280,geneDR017949,geneDR030946,geneDR030972,geneDR030978,geneDR030980,geneDR031018,geneDR034154,geneDR017362,geneDR017166,geneDR017138,geneDR017048,geneDR014940,geneDR014833,geneDR025390,geneDR025508,geneDR027972,geneDR030288,geneDR020662,geneDR020660,geneDR020658,geneDR020456,geneDR020416,geneDR020406,geneDR009060,geneDR008594,geneDR030006,geneDR027395,geneDR028839,geneDR028837,geneDR014047,geneDR019489,geneDR019490,geneDR019771,geneDR019845,geneDR015867,geneDR015792,geneDR015700,geneDR015680,geneDR015675,geneDR015435,geneDR021308,geneDR021034,geneDR021032,geneDR031431,geneDR023977,geneDR030720,geneDR018791,geneDR004669,geneDR004964,geneDR017735,geneDR017741,geneDR017768,geneDR033698,geneDR024749,geneDR024706,geneDR022765,geneDR022777,geneDR022980,geneDR023094,geneDR019124,geneDR019009,geneDR019005,geneDR009960,geneDR032347,geneDR031221,geneDR024336,geneDR024243,geneDR024235,geneDR024233,geneDR023739,geneDR026804,geneDR025022,geneDR025031,geneDR025069,geneDR025141,geneDR033505,geneDR010832,geneDR011004,geneDR027463,geneDR013287,geneDR013383,geneDR013386,geneDR013461,geneDR013563,geneDR013609,geneDR013701,geneDR013739,geneDR027256,geneDR027194,geneDR027024,geneDR028964,geneDR029470,geneDR023415,geneDR025902,geneDR012836,geneDR026959,geneDR009913,geneDR009282,geneDR009238,geneDR009095,geneDR016652,geneDR016529,geneDR016484,geneDR016444,geneDR032242,geneDR030636,geneDR007473,geneDR007155,geneDR034045,geneDR022452,geneDR022459,geneDR022481,geneDR022696,geneDR022703,geneDR006110,geneDR005516,geneDR005476,geneDR005352,geneDR005349,geneDR005255,geneDR005204,geneDR030207	ubiquitin-like protein ligase binding	MF
GO:0015077	geneDR033884,geneDR035333,geneDR035363,geneDR035492,geneDR035507,geneDR014240,geneDR014346,geneDR014359,geneDR035572,geneDR032159,geneDR032062,geneDR000310,geneDR000498,geneDR000669,geneDR000676,geneDR000701,geneDR000948,geneDR001790,geneDR034658,geneDR034662,geneDR034551,geneDR034555,geneDR033815,geneDR033851,geneDR028367,geneDR008061,geneDR008016,geneDR008013,geneDR007944,geneDR016930,geneDR016786,geneDR003536,geneDR003534,geneDR003420,geneDR003088,geneDR003087,geneDR002916,geneDR002690,geneDR002689,geneDR002412,geneDR002207,geneDR002200,geneDR002110,geneDR002109,geneDR002046,geneDR002031,geneDR002014,geneDR001956,geneDR001893,geneDR030426,geneDR031714,geneDR031715,geneDR031726,geneDR028734,geneDR028596,geneDR028516,geneDR028515,geneDR020217,geneDR020275,geneDR020276,geneDR020336,geneDR012210,geneDR012631,geneDR012670,geneDR028154,geneDR028153,geneDR028138,geneDR031917,geneDR033340,geneDR030685,geneDR030666,geneDR006704,geneDR006688,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR006363,geneDR006355,geneDR006351,geneDR006139,geneDR033754,geneDR018557,geneDR018462,geneDR018206,geneDR018205,geneDR018050,geneDR031101,geneDR031122,geneDR017458,geneDR017361,geneDR017092,geneDR015313,geneDR015155,geneDR014934,geneDR025349,geneDR025509,geneDR033124,geneDR033117,geneDR020575,geneDR020547,geneDR020546,geneDR020444,geneDR008872,geneDR008855,geneDR008544,geneDR008541,geneDR008463,geneDR008457,geneDR008276,geneDR008165,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR020810,geneDR033467,geneDR013893,geneDR013878,geneDR013873,geneDR019703,geneDR016063,geneDR015854,geneDR015380,geneDR015379,geneDR015353,geneDR033193,geneDR034882,geneDR021141,geneDR021021,geneDR026020,geneDR026217,geneDR034522,geneDR018713,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR026322,geneDR003699,geneDR003995,geneDR004011,geneDR004121,geneDR004221,geneDR004222,geneDR004523,geneDR004590,geneDR004663,geneDR004712,geneDR004857,geneDR004950,geneDR017775,geneDR017896,geneDR017919,geneDR024919,geneDR024817,geneDR021657,geneDR021683,geneDR021946,geneDR019411,geneDR019201,geneDR019135,geneDR021528,geneDR021416,geneDR010308,geneDR010272,geneDR023793,geneDR023824,geneDR023861,geneDR014693,geneDR014634,geneDR026702,geneDR026717,geneDR026817,geneDR025129,geneDR024476,geneDR010378,geneDR010733,geneDR010734,geneDR011016,geneDR011215,geneDR027456,geneDR027712,geneDR033599,geneDR013261,geneDR013430,geneDR013553,geneDR013711,geneDR013712,geneDR013801,geneDR027271,geneDR027270,geneDR027162,geneDR027056,geneDR031936,geneDR031937,geneDR032188,geneDR028975,geneDR033957,geneDR023553,geneDR032688,geneDR025774,geneDR025644,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR009744,geneDR009626,geneDR009385,geneDR009260,geneDR009131,geneDR016399,geneDR016295,geneDR029002,geneDR029014,geneDR030618,geneDR007562,geneDR007241,geneDR034064,geneDR034071,geneDR034075,geneDR007096,geneDR022332,geneDR022551,geneDR022561,geneDR022672,geneDR005999,geneDR005964,geneDR005934,geneDR005798,geneDR005770,geneDR005513,geneDR005484,geneDR005445,geneDR030180,geneDR032206	inorganic cation transmembrane transporter activity	MF
GO:0015078	geneDR033884,geneDR035333,geneDR035363,geneDR035492,geneDR035507,geneDR014240,geneDR014346,geneDR014359,geneDR035572,geneDR032159,geneDR032062,geneDR000310,geneDR000498,geneDR000669,geneDR000676,geneDR001790,geneDR033815,geneDR033851,geneDR008061,geneDR007944,geneDR016930,geneDR016786,geneDR003536,geneDR003534,geneDR003420,geneDR003088,geneDR003087,geneDR002916,geneDR002690,geneDR002689,geneDR002412,geneDR002207,geneDR002200,geneDR002046,geneDR002014,geneDR001893,geneDR031726,geneDR028734,geneDR028596,geneDR020336,geneDR012210,geneDR028153,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR006355,geneDR006139,geneDR018557,geneDR018462,geneDR018206,geneDR018205,geneDR031122,geneDR017361,geneDR015313,geneDR015155,geneDR025349,geneDR033117,geneDR020547,geneDR020546,geneDR020444,geneDR008872,geneDR008855,geneDR008541,geneDR008463,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR020810,geneDR033467,geneDR013893,geneDR013878,geneDR013873,geneDR019703,geneDR016063,geneDR015854,geneDR015380,geneDR015379,geneDR033193,geneDR034882,geneDR021141,geneDR021021,geneDR026020,geneDR026217,geneDR018713,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR003995,geneDR004011,geneDR004121,geneDR004663,geneDR004712,geneDR004950,geneDR017896,geneDR024919,geneDR024817,geneDR021946,geneDR019411,geneDR021528,geneDR021416,geneDR010308,geneDR023793,geneDR023824,geneDR023861,geneDR014693,geneDR014634,geneDR026702,geneDR026717,geneDR026817,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR011215,geneDR027712,geneDR033599,geneDR013430,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR028975,geneDR033957,geneDR032688,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR009744,geneDR009385,geneDR009260,geneDR009131,geneDR016399,geneDR029002,geneDR029014,geneDR030618,geneDR007562,geneDR034071,geneDR034075,geneDR007096,geneDR022332,geneDR022551,geneDR022561,geneDR022672,geneDR005999,geneDR005964,geneDR005934,geneDR005798,geneDR005513,geneDR005484,geneDR005445	proton transmembrane transporter activity	MF
GO:0015085	geneDR033884,geneDR035333,geneDR014443,geneDR034499,geneDR035254,geneDR000306,geneDR000701,geneDR000794,geneDR000795,geneDR008081,geneDR002459,geneDR002327,geneDR002109,geneDR034276,geneDR030345,geneDR028516,geneDR028515,geneDR020275,geneDR020297,geneDR020336,geneDR012312,geneDR030666,geneDR018244,geneDR018213,geneDR034157,geneDR017625,geneDR014781,geneDR033141,geneDR020470,geneDR020469,geneDR028897,geneDR028896,geneDR019556,geneDR019655,geneDR020967,geneDR018835,geneDR003771,geneDR004222,geneDR004479,geneDR004857,geneDR033694,geneDR033693,geneDR022957,geneDR009996,geneDR023793,geneDR034231,geneDR035072,geneDR014693,geneDR026625,geneDR010694,geneDR011055,geneDR027528,geneDR013077,geneDR032594,geneDR032506,geneDR012733,geneDR009754,geneDR009365,geneDR009131,geneDR016422,geneDR029034,geneDR007328,geneDR007310,geneDR005595,geneDR005513	calcium ion transmembrane transporter activity	MF
GO:0015291	geneDR033884,geneDR033896,geneDR035333,geneDR034322,geneDR014240,geneDR014359,geneDR014464,geneDR035523,geneDR034629,geneDR034648,geneDR035650,geneDR034845,geneDR032159,geneDR032062,geneDR000144,geneDR000301,geneDR000310,geneDR000404,geneDR000498,geneDR000654,geneDR000669,geneDR000676,geneDR000837,geneDR001406,geneDR001601,geneDR033815,geneDR033830,geneDR033851,geneDR028352,geneDR028350,geneDR030862,geneDR008061,geneDR008002,geneDR007944,geneDR007808,geneDR016753,geneDR003536,geneDR003534,geneDR003528,geneDR003401,geneDR003088,geneDR003087,geneDR002916,geneDR002690,geneDR002477,geneDR002207,geneDR002200,geneDR002098,geneDR002014,geneDR001918,geneDR031701,geneDR031726,geneDR028734,geneDR028596,geneDR020126,geneDR020217,geneDR020279,geneDR020336,geneDR012233,geneDR012334,geneDR012335,geneDR012336,geneDR012354,geneDR012408,geneDR012612,geneDR028072,geneDR033340,geneDR034534,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR006139,geneDR006130,geneDR033754,geneDR018557,geneDR018462,geneDR018317,geneDR018206,geneDR018205,geneDR018090,geneDR017361,geneDR015182,geneDR015155,geneDR014878,geneDR014781,geneDR025371,geneDR025509,geneDR025583,geneDR033117,geneDR027951,geneDR027948,geneDR029703,geneDR020697,geneDR020593,geneDR020566,geneDR020547,geneDR020546,geneDR020444,geneDR020409,geneDR009065,geneDR008855,geneDR008578,geneDR008544,geneDR008463,geneDR008284,geneDR029797,geneDR033909,geneDR033904,geneDR027307,geneDR020810,geneDR033467,geneDR027828,geneDR014060,geneDR013893,geneDR013885,geneDR013878,geneDR013873,geneDR019637,geneDR019703,geneDR016063,geneDR015999,geneDR015854,geneDR015449,geneDR015380,geneDR015379,geneDR033293,geneDR021141,geneDR021021,geneDR020947,geneDR026020,geneDR026217,geneDR018713,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR026331,geneDR026562,geneDR003916,geneDR003995,geneDR004121,geneDR004144,geneDR004501,geneDR004663,geneDR004857,geneDR004950,geneDR025188,geneDR017757,geneDR017758,geneDR017869,geneDR017896,geneDR024919,geneDR024817,geneDR023042,geneDR021683,geneDR021946,geneDR019411,geneDR019392,geneDR019201,geneDR019134,geneDR021402,geneDR010308,geneDR010142,geneDR032391,geneDR024282,geneDR024074,geneDR023736,geneDR023793,geneDR023808,geneDR023824,geneDR014693,geneDR026608,geneDR026679,geneDR026702,geneDR026817,geneDR025024,geneDR025129,geneDR024476,geneDR010580,geneDR010733,geneDR010734,geneDR010745,geneDR011016,geneDR011055,geneDR027607,geneDR027712,geneDR027749,geneDR027755,geneDR013039,geneDR013261,geneDR013294,geneDR013430,geneDR013496,geneDR013499,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR027084,geneDR027041,geneDR027040,geneDR031936,geneDR031937,geneDR031982,geneDR028925,geneDR028975,geneDR032688,geneDR025829,geneDR025774,geneDR025624,geneDR012847,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR009385,geneDR009131,geneDR016649,geneDR016489,geneDR016327,geneDR029002,geneDR029014,geneDR029110,geneDR030618,geneDR007562,geneDR034064,geneDR034071,geneDR034075,geneDR007096,geneDR022269,geneDR022561,geneDR022584,geneDR022653,geneDR022672,geneDR005964,geneDR005798,geneDR005628,geneDR005513,geneDR005484,geneDR005360,geneDR005253	secondary active transmembrane transporter activity	MF
GO:0015297	geneDR033884,geneDR033896,geneDR035333,geneDR014240,geneDR014464,geneDR035523,geneDR034629,geneDR034648,geneDR035650,geneDR034845,geneDR000301,geneDR000498,geneDR000654,geneDR000837,geneDR001601,geneDR008061,geneDR007944,geneDR016753,geneDR003528,geneDR003401,geneDR002477,geneDR002098,geneDR001918,geneDR028734,geneDR020217,geneDR020279,geneDR020336,geneDR012334,geneDR012335,geneDR012336,geneDR012354,geneDR012612,geneDR028072,geneDR034534,geneDR006139,geneDR018462,geneDR018090,geneDR025371,geneDR025509,geneDR025583,geneDR033117,geneDR020697,geneDR008544,geneDR008284,geneDR029797,geneDR033467,geneDR014060,geneDR013893,geneDR013885,geneDR013873,geneDR019703,geneDR016063,geneDR015999,geneDR015449,geneDR033293,geneDR021141,geneDR021021,geneDR026020,geneDR018713,geneDR026331,geneDR003916,geneDR004144,geneDR004501,geneDR004857,geneDR024919,geneDR024817,geneDR023042,geneDR021683,geneDR019201,geneDR019134,geneDR021402,geneDR010308,geneDR010142,geneDR024282,geneDR023793,geneDR023808,geneDR014693,geneDR026608,geneDR026817,geneDR010745,geneDR027607,geneDR027755,geneDR013039,geneDR028975,geneDR032688,geneDR025624,geneDR009385,geneDR009131,geneDR016489,geneDR016327,geneDR029014,geneDR034071,geneDR022269,geneDR022653,geneDR005628,geneDR005513	antiporter activity	MF
GO:0015298	geneDR033884,geneDR035333,geneDR014240,geneDR000498,geneDR008061,geneDR007944,geneDR028734,geneDR020336,geneDR006139,geneDR018462,geneDR033117,geneDR029797,geneDR033467,geneDR013893,geneDR013873,geneDR019703,geneDR016063,geneDR021141,geneDR021021,geneDR026020,geneDR018713,geneDR004857,geneDR024919,geneDR024817,geneDR010308,geneDR023793,geneDR014693,geneDR026817,geneDR028975,geneDR032688,geneDR009385,geneDR009131,geneDR029014,geneDR034071,geneDR005513	solute:cation antiporter activity	MF
GO:0015299	geneDR033884,geneDR035333,geneDR014240,geneDR000498,geneDR008061,geneDR007944,geneDR028734,geneDR020336,geneDR006139,geneDR018462,geneDR033117,geneDR029797,geneDR033467,geneDR013893,geneDR013873,geneDR019703,geneDR016063,geneDR021141,geneDR021021,geneDR026020,geneDR018713,geneDR024919,geneDR024817,geneDR010308,geneDR023793,geneDR014693,geneDR026817,geneDR028975,geneDR032688,geneDR009385,geneDR009131,geneDR029014,geneDR034071,geneDR005513	solute:proton antiporter activity	MF
GO:0015368	geneDR033884,geneDR035333,geneDR020336,geneDR004857,geneDR023793,geneDR014693,geneDR009131,geneDR005513	calcium:cation antiporter activity	MF
GO:0015369	geneDR033884,geneDR035333,geneDR020336,geneDR023793,geneDR014693,geneDR009131,geneDR005513	calcium:proton antiporter activity	MF
GO:0015491	geneDR033884,geneDR035333,geneDR014240,geneDR000498,geneDR008061,geneDR007944,geneDR028734,geneDR020336,geneDR018462,geneDR033117,geneDR029797,geneDR033467,geneDR013893,geneDR013873,geneDR019703,geneDR016063,geneDR021141,geneDR021021,geneDR026020,geneDR018713,geneDR004857,geneDR024919,geneDR024817,geneDR023793,geneDR014693,geneDR026817,geneDR028975,geneDR032688,geneDR009131,geneDR034071,geneDR005513	cation:cation antiporter activity	MF
GO:0051139	geneDR033884,geneDR035333,geneDR028734,geneDR020336,geneDR023793,geneDR014693,geneDR009131,geneDR005513	metal ion:proton antiporter activity	MF
GO:0099516	geneDR033884,geneDR035333,geneDR014240,geneDR035523,geneDR000301,geneDR000498,geneDR000837,geneDR001601,geneDR008061,geneDR007944,geneDR002098,geneDR028734,geneDR020336,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR018462,geneDR018090,geneDR025371,geneDR025583,geneDR033117,geneDR008284,geneDR029797,geneDR033467,geneDR013893,geneDR013885,geneDR013873,geneDR019703,geneDR016063,geneDR021141,geneDR021021,geneDR026020,geneDR018713,geneDR004857,geneDR024919,geneDR024817,geneDR023042,geneDR021402,geneDR010142,geneDR023793,geneDR014693,geneDR026817,geneDR010745,geneDR028975,geneDR032688,geneDR025624,geneDR009131,geneDR016327,geneDR034071,geneDR005513	antiporter activity	MF
GO:0005200	geneDR033885,geneDR000630,geneDR001066,geneDR001070,geneDR034663,geneDR034550,geneDR016957,geneDR003334,geneDR002940,geneDR028747,geneDR028631,geneDR012080,geneDR028094,geneDR028093,geneDR006558,geneDR006556,geneDR006447,geneDR018374,geneDR017488,geneDR015220,geneDR015078,geneDR025456,geneDR027945,geneDR008380,geneDR015511,geneDR020993,geneDR020932,geneDR003901,geneDR017926,geneDR022743,geneDR021913,geneDR019350,geneDR019083,geneDR010273,geneDR031288,geneDR023797,geneDR010485,geneDR010575,geneDR010818,geneDR010888,geneDR011033,geneDR027623,geneDR013253,geneDR023436,geneDR016531,geneDR007380,geneDR022543	structural constituent of cytoskeleton	MF
GO:0004843	geneDR033889,geneDR035349,geneDR014304,geneDR035545,geneDR035668,geneDR035669,geneDR035047,geneDR035055,geneDR000554,geneDR001665,geneDR007725,geneDR003243,geneDR031748,geneDR020156,geneDR012678,geneDR031170,geneDR025444,geneDR008539,geneDR015603,geneDR024969,geneDR022935,geneDR021694,geneDR019254,geneDR023717,geneDR010901,geneDR033956,geneDR009274,geneDR016497	cysteine-type deubiquitinase activity	MF
GO:0008234	geneDR033889,geneDR035349,geneDR035443,geneDR035444,geneDR035448,geneDR035449,geneDR035450,geneDR034354,geneDR014304,geneDR014460,geneDR014461,geneDR035545,geneDR035613,geneDR034746,geneDR035668,geneDR035669,geneDR034992,geneDR035047,geneDR035055,geneDR035245,geneDR032098,geneDR000554,geneDR001216,geneDR001665,geneDR028231,geneDR028224,geneDR028223,geneDR028222,geneDR028221,geneDR030892,geneDR007725,geneDR003243,geneDR002632,geneDR002339,geneDR002300,geneDR001861,geneDR030429,geneDR031748,geneDR028478,geneDR019900,geneDR019961,geneDR019963,geneDR020156,geneDR012113,geneDR012678,geneDR006396,geneDR006137,geneDR033779,geneDR018391,geneDR017952,geneDR031121,geneDR031170,geneDR017423,geneDR017418,geneDR017066,geneDR025444,geneDR008997,geneDR008908,geneDR008789,geneDR008562,geneDR008539,geneDR028882,geneDR014196,geneDR015888,geneDR015603,geneDR021213,geneDR026228,geneDR026474,geneDR026479,geneDR003698,geneDR003820,geneDR004292,geneDR004665,geneDR024969,geneDR024717,geneDR022935,geneDR021694,geneDR022058,geneDR022114,geneDR019254,geneDR018955,geneDR010305,geneDR024287,geneDR023717,geneDR026610,geneDR026653,geneDR010901,geneDR011263,geneDR013347,geneDR013381,geneDR013767,geneDR013768,geneDR032599,geneDR032495,geneDR033956,geneDR009582,geneDR009576,geneDR009383,geneDR009274,geneDR016497,geneDR029018,geneDR022413,geneDR022416,geneDR022607,geneDR022650,geneDR005569,geneDR005178,geneDR005177,geneDR005145	cysteine-type peptidase activity	MF
GO:0019783	geneDR033889,geneDR035349,geneDR034354,geneDR014304,geneDR014460,geneDR014461,geneDR035545,geneDR035613,geneDR035668,geneDR035669,geneDR035047,geneDR035055,geneDR032098,geneDR000554,geneDR001665,geneDR007725,geneDR003243,geneDR002300,geneDR031748,geneDR020156,geneDR012678,geneDR031121,geneDR031170,geneDR017066,geneDR025444,geneDR008789,geneDR008562,geneDR008539,geneDR015603,geneDR004292,geneDR024969,geneDR024717,geneDR022935,geneDR021694,geneDR019254,geneDR023717,geneDR026610,geneDR010901,geneDR013381,geneDR032495,geneDR033956,geneDR009274,geneDR016497,geneDR022413,geneDR022416,geneDR022650	ubiquitin-like protein peptidase activity	MF
GO:0036459	geneDR033889,geneDR035349,geneDR014304,geneDR014460,geneDR014461,geneDR035545,geneDR035668,geneDR035669,geneDR035047,geneDR035055,geneDR000554,geneDR001665,geneDR007725,geneDR003243,geneDR002300,geneDR031748,geneDR020156,geneDR012678,geneDR031170,geneDR025444,geneDR008539,geneDR015603,geneDR004292,geneDR024969,geneDR022935,geneDR021694,geneDR019254,geneDR023717,geneDR026610,geneDR010901,geneDR033956,geneDR009274,geneDR016497,geneDR022416,geneDR022650	cysteine-type deubiquitinase activity	MF
GO:0101005	geneDR033889,geneDR035349,geneDR014304,geneDR014460,geneDR014461,geneDR035545,geneDR035668,geneDR035669,geneDR035047,geneDR035055,geneDR000554,geneDR001665,geneDR007725,geneDR003243,geneDR002300,geneDR031748,geneDR020156,geneDR012678,geneDR031170,geneDR025444,geneDR008539,geneDR015603,geneDR004292,geneDR024969,geneDR022935,geneDR021694,geneDR019254,geneDR023717,geneDR026610,geneDR010901,geneDR033956,geneDR009274,geneDR016497,geneDR022416,geneDR022650	deubiquitinase activity	MF
GO:0000268	geneDR033891,geneDR034903,geneDR015208,geneDR023803,geneDR027780,geneDR022505,geneDR005502	peroxisome targeting sequence binding	MF
GO:0005048	geneDR033891,geneDR034102,geneDR030922,geneDR034903,geneDR035046,geneDR035052,geneDR035053,geneDR000453,geneDR028308,geneDR003187,geneDR002890,geneDR002842,geneDR002440,geneDR002439,geneDR002029,geneDR002028,geneDR030398,geneDR033782,geneDR018060,geneDR017331,geneDR015208,geneDR015171,geneDR014814,geneDR020700,geneDR026902,geneDR013920,geneDR019714,geneDR015976,geneDR021175,geneDR003725,geneDR003786,geneDR004002,geneDR004460,geneDR004921,geneDR024853,geneDR010164,geneDR024295,geneDR024286,geneDR023803,geneDR011024,geneDR027477,geneDR027732,geneDR027780,geneDR025912,geneDR009160,geneDR016589,geneDR007535,geneDR006973,geneDR022505,geneDR005502	signal sequence binding	MF
GO:0005052	geneDR033891,geneDR023803,geneDR022505,geneDR005502	peroxisome matrix targeting signal-1 binding	MF
GO:0004674	geneDR033894,geneDR034091,geneDR035477,geneDR014309,geneDR014354,geneDR014374,geneDR014396,geneDR014399,geneDR014405,geneDR014449,geneDR035514,geneDR034496,geneDR034500,geneDR035564,geneDR035576,geneDR034613,geneDR034784,geneDR034823,geneDR034877,geneDR034899,geneDR034915,geneDR034916,geneDR034971,geneDR034984,geneDR035050,geneDR035083,geneDR032877,geneDR032893,geneDR032958,geneDR035204,geneDR035258,geneDR032166,geneDR032144,geneDR032084,geneDR032072,geneDR032065,geneDR032028,geneDR000027,geneDR000039,geneDR000054,geneDR000107,geneDR000305,geneDR000434,geneDR000545,geneDR000623,geneDR000628,geneDR000661,geneDR000675,geneDR000756,geneDR000761,geneDR000822,geneDR000835,geneDR000850,geneDR000927,geneDR000982,geneDR001015,geneDR001027,geneDR001107,geneDR001141,geneDR001159,geneDR001223,geneDR001270,geneDR001272,geneDR001308,geneDR001329,geneDR001347,geneDR001377,geneDR001394,geneDR001425,geneDR001556,geneDR001617,geneDR001629,geneDR001689,geneDR001696,geneDR001715,geneDR001716,geneDR001803,geneDR033820,geneDR033823,geneDR033834,geneDR033840,geneDR033841,geneDR033842,geneDR028407,geneDR028388,geneDR028386,geneDR028381,geneDR028358,geneDR028275,geneDR028254,geneDR028234,geneDR028232,geneDR030836,geneDR008116,geneDR008067,geneDR008028,geneDR007935,geneDR007887,geneDR007856,geneDR007855,geneDR007744,geneDR007733,geneDR007683,geneDR007667,geneDR007651,geneDR007613,geneDR016965,geneDR016866,geneDR016814,geneDR016775,geneDR016717,geneDR016715,geneDR003526,geneDR003507,geneDR003449,geneDR003416,geneDR003294,geneDR003190,geneDR003151,geneDR003089,geneDR003073,geneDR003070,geneDR003044,geneDR003010,geneDR003009,geneDR002993,geneDR002974,geneDR002956,geneDR002808,geneDR002764,geneDR002688,geneDR002616,geneDR002612,geneDR002559,geneDR002556,geneDR002527,geneDR002475,geneDR002474,geneDR002238,geneDR002236,geneDR002214,geneDR002145,geneDR002102,geneDR002004,geneDR001980,geneDR001978,geneDR001873,geneDR034255,geneDR034254,geneDR030333,geneDR030358,geneDR030390,geneDR030393,geneDR030395,geneDR030396,geneDR030415,geneDR030489,geneDR030522,geneDR030528,geneDR030544,geneDR031617,geneDR031738,geneDR031747,geneDR028664,geneDR028622,geneDR028619,geneDR028583,geneDR028509,geneDR028446,geneDR019868,geneDR019913,geneDR019925,geneDR019967,geneDR019982,geneDR019988,geneDR019993,geneDR019995,geneDR020008,geneDR020092,geneDR020114,geneDR020134,geneDR020197,geneDR020269,geneDR020274,geneDR020292,geneDR012082,geneDR012090,geneDR012158,geneDR012170,geneDR012179,geneDR012180,geneDR012219,geneDR012323,geneDR012374,geneDR012376,geneDR012429,geneDR012479,geneDR012488,geneDR012565,geneDR012627,geneDR012634,geneDR012696,geneDR012697,geneDR028133,geneDR028122,geneDR028082,geneDR031913,geneDR030650,geneDR034452,geneDR006913,geneDR006906,geneDR006896,geneDR006831,geneDR006803,geneDR006787,geneDR006783,geneDR006712,geneDR006685,geneDR006647,geneDR006608,geneDR006599,geneDR006512,geneDR006493,geneDR006472,geneDR006443,geneDR006423,geneDR006388,geneDR006336,geneDR006307,geneDR006232,geneDR006185,geneDR006173,geneDR033774,geneDR018552,geneDR018520,geneDR018489,geneDR018456,geneDR018422,geneDR018342,geneDR018333,geneDR018332,geneDR018258,geneDR018230,geneDR018158,geneDR018126,geneDR018057,geneDR018049,geneDR018041,geneDR018026,geneDR017951,geneDR030943,geneDR030960,geneDR031002,geneDR031007,geneDR031020,geneDR031036,geneDR031126,geneDR034178,geneDR017610,geneDR017524,geneDR017520,geneDR017430,geneDR017362,geneDR017328,geneDR017281,geneDR017259,geneDR017223,geneDR017190,geneDR017181,geneDR017163,geneDR017081,geneDR017070,geneDR017048,geneDR015322,geneDR015293,geneDR015227,geneDR015226,geneDR015217,geneDR015012,geneDR014933,geneDR014898,geneDR014880,geneDR014855,geneDR014836,geneDR014786,geneDR014763,geneDR025350,geneDR025388,geneDR025438,geneDR025491,geneDR025538,geneDR025539,geneDR025540,geneDR025545,geneDR025551,geneDR033137,geneDR033136,geneDR033135,geneDR027996,geneDR027923,geneDR027915,geneDR030258,geneDR030287,geneDR030288,geneDR030293,geneDR030309,geneDR029693,geneDR029688,geneDR020707,geneDR020671,geneDR020656,geneDR020644,geneDR020562,geneDR020561,geneDR020406,geneDR009062,geneDR009060,geneDR009049,geneDR009023,geneDR008972,geneDR008954,geneDR008950,geneDR008943,geneDR008867,geneDR008866,geneDR008751,geneDR008718,geneDR008367,geneDR008357,geneDR008259,geneDR008219,geneDR008212,geneDR008206,geneDR008205,geneDR008189,geneDR008170,geneDR008151,geneDR008150,geneDR008144,geneDR030083,geneDR030046,geneDR029981,geneDR029973,geneDR029955,geneDR029923,geneDR029868,geneDR029858,geneDR029768,geneDR029751,geneDR034766,geneDR033984,geneDR027345,geneDR027369,geneDR027374,geneDR027375,geneDR027376,geneDR027377,geneDR027378,geneDR027380,geneDR027395,geneDR027412,geneDR027419,geneDR027422,geneDR027423,geneDR034182,geneDR027825,geneDR027838,geneDR014219,geneDR014147,geneDR014061,geneDR013928,geneDR013862,geneDR013860,geneDR013841,geneDR013839,geneDR013815,geneDR019497,geneDR019508,geneDR019523,geneDR019538,geneDR019561,geneDR019682,geneDR019762,geneDR019840,geneDR034337,geneDR034338,geneDR034518,geneDR016061,geneDR015952,geneDR015937,geneDR015922,geneDR015905,geneDR015890,geneDR015889,geneDR015864,geneDR015848,geneDR015846,geneDR015844,geneDR015843,geneDR015817,geneDR015814,geneDR015777,geneDR015748,geneDR015702,geneDR015701,geneDR015554,geneDR015517,geneDR015452,geneDR015437,geneDR015395,geneDR015355,geneDR033296,geneDR033266,geneDR033208,geneDR021347,geneDR021307,geneDR021242,geneDR021230,geneDR021189,geneDR021140,geneDR021122,geneDR021120,geneDR021094,geneDR021091,geneDR021090,geneDR021026,geneDR021025,geneDR021007,geneDR020964,geneDR020953,geneDR020881,geneDR026003,geneDR026014,geneDR026017,geneDR026073,geneDR026149,geneDR026178,geneDR026179,geneDR026245,geneDR032450,geneDR032441,geneDR031401,geneDR031393,geneDR035288,geneDR024036,geneDR030702,geneDR030701,geneDR018618,geneDR018749,geneDR018816,geneDR018897,geneDR018898,geneDR026302,geneDR026328,geneDR026375,geneDR026458,geneDR026511,geneDR026512,geneDR026545,geneDR003584,geneDR003596,geneDR003604,geneDR003642,geneDR003710,geneDR003732,geneDR003759,geneDR003762,geneDR003785,geneDR003804,geneDR003836,geneDR003949,geneDR004019,geneDR004020,geneDR004079,geneDR004082,geneDR004096,geneDR004179,geneDR004233,geneDR004237,geneDR004486,geneDR004543,geneDR004638,geneDR004661,geneDR004664,geneDR004713,geneDR004819,geneDR004822,geneDR004832,geneDR025256,geneDR017760,geneDR017788,geneDR017856,geneDR017857,geneDR017866,geneDR017875,geneDR017882,geneDR017909,geneDR033695,geneDR025003,geneDR024954,geneDR024863,geneDR024845,geneDR024836,geneDR024794,geneDR024701,geneDR022740,geneDR022743,geneDR022849,geneDR022853,geneDR022968,geneDR023006,geneDR023007,geneDR023025,geneDR023027,geneDR023069,geneDR023149,geneDR023186,geneDR033583,geneDR033570,geneDR021693,geneDR021798,geneDR021799,geneDR021880,geneDR021899,geneDR021918,geneDR022021,geneDR022097,geneDR022135,geneDR022165,geneDR022170,geneDR019467,geneDR019417,geneDR019416,geneDR019415,geneDR019397,geneDR019381,geneDR019355,geneDR019322,geneDR019226,geneDR019119,geneDR019099,geneDR019083,geneDR019075,geneDR018981,geneDR021621,geneDR021590,geneDR021576,geneDR021566,geneDR021421,geneDR031826,geneDR010339,geneDR010203,geneDR010202,geneDR010199,geneDR010181,geneDR010177,geneDR010176,geneDR010173,geneDR010167,geneDR010037,geneDR010017,geneDR009982,geneDR032305,geneDR032306,geneDR032395,geneDR032404,geneDR031338,geneDR031337,geneDR031326,geneDR031231,geneDR031220,geneDR031192,geneDR024453,geneDR024401,geneDR024370,geneDR024292,geneDR024253,geneDR024223,geneDR024211,geneDR024207,geneDR024196,geneDR024113,geneDR024110,geneDR024075,geneDR023651,geneDR023652,geneDR023664,geneDR023700,geneDR023806,geneDR023821,geneDR023831,geneDR023838,geneDR023919,geneDR023944,geneDR014699,geneDR014692,geneDR014680,geneDR014678,geneDR014601,geneDR014585,geneDR014513,geneDR026621,geneDR026663,geneDR026666,geneDR026683,geneDR026684,geneDR026752,geneDR026798,geneDR025031,geneDR025048,geneDR025082,geneDR025117,geneDR025132,geneDR025139,geneDR033505,geneDR032553,geneDR024627,geneDR024603,geneDR024596,geneDR010365,geneDR010405,geneDR010427,geneDR010459,geneDR010500,geneDR010540,geneDR010631,geneDR010690,geneDR010691,geneDR010739,geneDR010741,geneDR010789,geneDR010796,geneDR010797,geneDR010798,geneDR010799,geneDR010800,geneDR010802,geneDR010847,geneDR010912,geneDR010960,geneDR011051,geneDR011067,geneDR011151,geneDR011217,geneDR027454,geneDR027455,geneDR027533,geneDR027544,geneDR027565,geneDR027717,geneDR027735,geneDR027752,geneDR027788,geneDR033627,geneDR033610,geneDR033607,geneDR013104,geneDR013150,geneDR013218,geneDR013223,geneDR013273,geneDR013303,geneDR013327,geneDR013367,geneDR013390,geneDR013393,geneDR013399,geneDR013489,geneDR013490,geneDR013512,geneDR013521,geneDR013549,geneDR013608,geneDR013611,geneDR013660,geneDR013701,geneDR013728,geneDR013773,geneDR013775,geneDR013788,geneDR027192,geneDR027146,geneDR027142,geneDR027029,geneDR031948,geneDR028932,geneDR028956,geneDR029503,geneDR029529,geneDR029639,geneDR029668,geneDR023601,geneDR023600,geneDR023578,geneDR023559,geneDR023535,geneDR023534,geneDR023529,geneDR023528,geneDR023500,geneDR023463,geneDR023383,geneDR023370,geneDR023312,geneDR023277,geneDR023276,geneDR023244,geneDR023236,geneDR032700,geneDR032699,geneDR032657,geneDR032614,geneDR025857,geneDR025773,geneDR025772,geneDR025643,geneDR025618,geneDR025614,geneDR025603,geneDR034473,geneDR035358,geneDR012731,geneDR012754,geneDR012801,geneDR012805,geneDR012892,geneDR012905,geneDR012966,geneDR012987,geneDR026965,geneDR009833,geneDR009831,geneDR009829,geneDR009828,geneDR009821,geneDR009778,geneDR009747,geneDR009713,geneDR009594,geneDR009587,geneDR009547,geneDR009530,geneDR009529,geneDR009508,geneDR009460,geneDR009442,geneDR009415,geneDR009402,geneDR009328,geneDR009310,geneDR009266,geneDR009251,geneDR009190,geneDR009188,geneDR009176,geneDR009170,geneDR009168,geneDR009167,geneDR009136,geneDR009103,geneDR009089,geneDR016667,geneDR016657,geneDR016624,geneDR016601,geneDR016599,geneDR016521,geneDR016516,geneDR016505,geneDR016417,geneDR016401,geneDR016300,geneDR016288,geneDR016227,geneDR016209,geneDR016183,geneDR016119,geneDR016102,geneDR029067,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR029104,geneDR029117,geneDR029120,geneDR032287,geneDR030631,geneDR007566,geneDR007540,geneDR007501,geneDR007446,geneDR007432,geneDR007423,geneDR007413,geneDR007372,geneDR007346,geneDR007342,geneDR007289,geneDR007271,geneDR007261,geneDR007242,geneDR007205,geneDR007097,geneDR007038,geneDR007022,geneDR007015,geneDR022171,geneDR022229,geneDR022247,geneDR022268,geneDR022363,geneDR022536,geneDR022556,geneDR022577,geneDR022578,geneDR022600,geneDR006102,geneDR006029,geneDR005927,geneDR005911,geneDR005784,geneDR005742,geneDR005729,geneDR005713,geneDR005635,geneDR005633,geneDR005619,geneDR005611,geneDR005562,geneDR005499,geneDR005489,geneDR005473,geneDR005460,geneDR005434,geneDR005402,geneDR005369,geneDR005352,geneDR005350,geneDR005349,geneDR005330,geneDR005309,geneDR005295,geneDR005292,geneDR005157,geneDR005141,geneDR005107,geneDR005087,geneDR005065,geneDR005004,geneDR005003,geneDR030241,geneDR032223,geneDR033967	protein serine/threonine kinase activity	MF
GO:0004693	geneDR033894,geneDR035204,geneDR032166,geneDR000305,geneDR002764,geneDR002214,geneDR001980,geneDR028509,geneDR020134,geneDR014880,geneDR030293,geneDR009023,geneDR029981,geneDR029858,geneDR014219,geneDR013862,geneDR021140,geneDR032441,geneDR004096,geneDR022021,geneDR019397,geneDR023700,geneDR023806,geneDR023821,geneDR025048,geneDR010405,geneDR010739,geneDR010960,geneDR011151,geneDR013327,geneDR023383,geneDR023236,geneDR025643,geneDR012754,geneDR012966,geneDR009188,geneDR016624,geneDR007242,geneDR007015,geneDR022268,geneDR005729,geneDR005499,geneDR005489,geneDR005330,geneDR005004	cyclin-dependent protein serine/threonine kinase activity	MF
GO:0097472	geneDR033894,geneDR035204,geneDR032166,geneDR000305,geneDR002764,geneDR002214,geneDR001980,geneDR028509,geneDR020134,geneDR014880,geneDR030293,geneDR009023,geneDR029981,geneDR029858,geneDR014219,geneDR013862,geneDR021140,geneDR032441,geneDR004096,geneDR022021,geneDR019397,geneDR023700,geneDR023806,geneDR023821,geneDR025048,geneDR010405,geneDR010739,geneDR010960,geneDR011151,geneDR013327,geneDR023383,geneDR023236,geneDR025643,geneDR012754,geneDR012966,geneDR009188,geneDR016624,geneDR007242,geneDR007015,geneDR022268,geneDR005729,geneDR005499,geneDR005489,geneDR005330,geneDR005004	cyclin-dependent protein kinase activity	MF
GO:0004519	geneDR035262,geneDR035263,geneDR035319,geneDR030904,geneDR034605,geneDR034617,geneDR035601,geneDR034727,geneDR035068,geneDR035110,geneDR035124,geneDR035145,geneDR000178,geneDR000262,geneDR000273,geneDR000438,geneDR000538,geneDR000561,geneDR000674,geneDR000782,geneDR000783,geneDR000791,geneDR000799,geneDR000873,geneDR001091,geneDR001152,geneDR001369,geneDR001389,geneDR001438,geneDR001643,geneDR001678,geneDR028349,geneDR028320,geneDR030825,geneDR007837,geneDR007796,geneDR007754,geneDR007741,geneDR007731,geneDR007723,geneDR007709,geneDR007708,geneDR007601,geneDR017011,geneDR016894,geneDR016806,geneDR016742,geneDR003531,geneDR003512,geneDR003422,geneDR003095,geneDR002974,geneDR002932,geneDR002536,geneDR002454,geneDR002453,geneDR002452,geneDR002307,geneDR002234,geneDR002124,geneDR002092,geneDR002020,geneDR001970,geneDR001959,geneDR001958,geneDR001885,geneDR001874,geneDR030533,geneDR031670,geneDR031689,geneDR031787,geneDR028675,geneDR028608,geneDR028557,geneDR019886,geneDR019927,geneDR019937,geneDR019987,geneDR020034,geneDR020074,geneDR020225,geneDR012083,geneDR012140,geneDR012286,geneDR012293,geneDR012393,geneDR012564,geneDR028207,geneDR028109,geneDR033336,geneDR006887,geneDR006841,geneDR006839,geneDR006681,geneDR006548,geneDR006525,geneDR006456,geneDR006310,geneDR006307,geneDR006183,geneDR006179,geneDR033747,geneDR018411,geneDR018386,geneDR018321,geneDR018288,geneDR018278,geneDR018224,geneDR018212,geneDR017975,geneDR030928,geneDR030953,geneDR031063,geneDR031156,geneDR034175,geneDR017673,geneDR017539,geneDR017495,geneDR017493,geneDR017451,geneDR017446,geneDR017396,geneDR017382,geneDR017357,geneDR017270,geneDR017264,geneDR017218,geneDR017062,geneDR015338,geneDR015306,geneDR015237,geneDR015187,geneDR015148,geneDR015045,geneDR015023,geneDR014914,geneDR014900,geneDR014895,geneDR014869,geneDR014856,geneDR014847,geneDR014813,geneDR014806,geneDR014785,geneDR014757,geneDR025417,geneDR025505,geneDR025563,geneDR025570,geneDR029694,geneDR020622,geneDR020620,geneDR020544,geneDR020482,geneDR008899,geneDR008687,geneDR008664,geneDR030048,geneDR029959,geneDR029930,geneDR029890,geneDR029814,geneDR029813,geneDR029807,geneDR029774,geneDR027351,geneDR027363,geneDR028888,geneDR028848,geneDR028820,geneDR028819,geneDR020743,geneDR027873,geneDR027883,geneDR030098,geneDR014169,geneDR014157,geneDR014156,geneDR014131,geneDR014057,geneDR013832,geneDR019580,geneDR019650,geneDR019679,geneDR019744,geneDR019758,geneDR019773,geneDR019783,geneDR034512,geneDR016066,geneDR015970,geneDR015928,geneDR015827,geneDR015800,geneDR015645,geneDR015375,geneDR033236,geneDR033235,geneDR033228,geneDR021379,geneDR021327,geneDR021310,geneDR021118,geneDR021108,geneDR021107,geneDR021031,geneDR021006,geneDR020866,geneDR025995,geneDR025997,geneDR026058,geneDR026070,geneDR026078,geneDR026092,geneDR032434,geneDR034527,geneDR031436,geneDR031396,geneDR031388,geneDR031387,geneDR031375,geneDR031361,geneDR023990,geneDR018592,geneDR018630,geneDR018652,geneDR018653,geneDR018765,geneDR018808,geneDR018855,geneDR018890,geneDR018909,geneDR018921,geneDR026278,geneDR026472,geneDR026565,geneDR003751,geneDR003838,geneDR003852,geneDR003939,geneDR003998,geneDR004108,geneDR004184,geneDR004297,geneDR004300,geneDR004328,geneDR004382,geneDR004568,geneDR004750,geneDR004783,geneDR004791,geneDR004792,geneDR004812,geneDR004858,geneDR004871,geneDR004973,geneDR004974,geneDR025279,geneDR025264,geneDR017722,geneDR017724,geneDR017751,geneDR017787,geneDR017888,geneDR017889,geneDR017903,geneDR024950,geneDR024763,geneDR024724,geneDR024674,geneDR024671,geneDR022773,geneDR022917,geneDR022994,geneDR023001,geneDR023111,geneDR033532,geneDR021697,geneDR021976,geneDR022136,geneDR022145,geneDR022169,geneDR019432,geneDR019427,geneDR019315,geneDR019213,geneDR019186,geneDR019169,geneDR019130,geneDR019045,geneDR018999,geneDR021606,geneDR021563,geneDR021548,geneDR021479,geneDR021472,geneDR021450,geneDR010245,geneDR010193,geneDR010025,geneDR010022,geneDR010010,geneDR032315,geneDR032397,geneDR031346,geneDR031273,geneDR031243,geneDR031201,geneDR024337,geneDR024316,geneDR024213,geneDR023828,geneDR023862,geneDR023885,geneDR014682,geneDR014629,geneDR025134,geneDR033506,geneDR032541,geneDR032552,geneDR024532,geneDR024497,geneDR024491,geneDR010529,geneDR010566,geneDR010598,geneDR010614,geneDR010720,geneDR010721,geneDR010856,geneDR011045,geneDR011147,geneDR011213,geneDR011218,geneDR011256,geneDR011276,geneDR011293,geneDR011296,geneDR011306,geneDR027432,geneDR027536,geneDR027628,geneDR027675,geneDR027676,geneDR027747,geneDR027759,geneDR033663,geneDR033634,geneDR033592,geneDR013034,geneDR013037,geneDR013092,geneDR013192,geneDR013595,geneDR013696,geneDR013717,geneDR013736,geneDR027166,geneDR027165,geneDR027164,geneDR028959,geneDR033942,geneDR029465,geneDR029571,geneDR029590,geneDR029592,geneDR029602,geneDR023469,geneDR023466,geneDR023449,geneDR023344,geneDR023264,geneDR032662,geneDR034932,geneDR025965,geneDR025959,geneDR025890,geneDR025889,geneDR025883,geneDR025864,geneDR025771,geneDR025654,geneDR035361,geneDR012739,geneDR012743,geneDR012769,geneDR012862,geneDR012952,geneDR027009,geneDR009851,geneDR009815,geneDR009699,geneDR009632,geneDR009397,geneDR009306,geneDR009288,geneDR009277,geneDR009276,geneDR009206,geneDR009144,geneDR009075,geneDR016579,geneDR016510,geneDR016506,geneDR016493,geneDR016465,geneDR016445,geneDR016362,geneDR016345,geneDR029073,geneDR032254,geneDR007451,geneDR007437,geneDR007401,geneDR007394,geneDR007368,geneDR007334,geneDR007333,geneDR007293,geneDR007292,geneDR007209,geneDR007207,geneDR034074,geneDR007098,geneDR007040,geneDR007036,geneDR007019,geneDR006995,geneDR006950,geneDR006934,geneDR022179,geneDR022185,geneDR022340,geneDR022511,geneDR006070,geneDR006047,geneDR006004,geneDR005965,geneDR005920,geneDR005842,geneDR005824,geneDR005819,geneDR005818,geneDR005817,geneDR005666,geneDR005617,geneDR005475,geneDR005466,geneDR005464,geneDR005462,geneDR005461,geneDR005426,geneDR005400,geneDR005325,geneDR005268,geneDR005198,geneDR005161,geneDR005151,geneDR005135,geneDR005021	endonuclease activity	MF
GO:0004521	geneDR035262,geneDR035263,geneDR035601,geneDR034727,geneDR035068,geneDR035124,geneDR001389,geneDR002234,geneDR019886,geneDR020225,geneDR012393,geneDR028109,geneDR006839,geneDR006310,geneDR006307,geneDR031063,geneDR017382,geneDR015148,geneDR014785,geneDR019650,geneDR033228,geneDR020866,geneDR018765,geneDR019427,geneDR019186,geneDR019045,geneDR011213,geneDR033942,geneDR025654,geneDR009306,geneDR009206,geneDR009144,geneDR016579,geneDR016510,geneDR016506,geneDR016465,geneDR005268	endoribonuclease activity	MF
GO:0004525	geneDR035262,geneDR035263,geneDR035601,geneDR035068,geneDR001389,geneDR019886,geneDR012393,geneDR028109,geneDR015148,geneDR019650,geneDR020866,geneDR019427,geneDR009144,geneDR016579,geneDR016510,geneDR005268	ribonuclease III activity	MF
GO:0016891	geneDR035262,geneDR035263,geneDR035601,geneDR034727,geneDR035068,geneDR001389,geneDR019886,geneDR012393,geneDR028109,geneDR006839,geneDR006310,geneDR031063,geneDR017382,geneDR015148,geneDR014785,geneDR019650,geneDR020866,geneDR019427,geneDR011213,geneDR033942,geneDR009306,geneDR009144,geneDR016579,geneDR016510,geneDR016465,geneDR005268	endoribonuclease activity, producing 5'-phosphomonoesters	MF
GO:0016893	geneDR035262,geneDR035263,geneDR035601,geneDR034727,geneDR035068,geneDR001389,geneDR019886,geneDR012393,geneDR028109,geneDR006839,geneDR006310,geneDR031063,geneDR017382,geneDR015148,geneDR014806,geneDR014785,geneDR019650,geneDR016066,geneDR020866,geneDR025995,geneDR034527,geneDR031436,geneDR019427,geneDR011213,geneDR033942,geneDR009306,geneDR009144,geneDR016579,geneDR016510,geneDR016465,geneDR005268	endonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 5'-phosphomonoesters	MF
GO:0032296	geneDR035262,geneDR035263,geneDR035601,geneDR035068,geneDR001389,geneDR019886,geneDR012393,geneDR028109,geneDR015148,geneDR019650,geneDR020866,geneDR019427,geneDR009144,geneDR016579,geneDR016510,geneDR005268	double-stranded RNA-specific ribonuclease activity	MF
GO:0016500	geneDR035276,geneDR000719	protein-hormone receptor activity	MF
GO:0019900	geneDR035276,geneDR034613,geneDR034877,geneDR035050,geneDR000292,geneDR000556,geneDR000761,geneDR000998,geneDR001069,geneDR001121,geneDR001146,geneDR001366,geneDR001589,geneDR001686,geneDR033820,geneDR028394,geneDR008045,geneDR007710,geneDR007667,geneDR016717,geneDR003294,geneDR003223,geneDR002930,geneDR002474,geneDR001859,geneDR034272,geneDR030340,geneDR031617,geneDR031684,geneDR028759,geneDR028613,geneDR028455,geneDR019862,geneDR020114,geneDR020143,geneDR020197,geneDR020269,geneDR012698,geneDR012699,geneDR012700,geneDR006913,geneDR006622,geneDR006496,geneDR006463,geneDR018538,geneDR018339,geneDR018195,geneDR018136,geneDR018073,geneDR018027,geneDR018018,geneDR017620,geneDR017260,geneDR017190,geneDR017101,geneDR017093,geneDR015217,geneDR015180,geneDR014880,geneDR014708,geneDR025561,geneDR020731,geneDR020418,geneDR008502,geneDR008151,geneDR008150,geneDR019500,geneDR019502,geneDR019504,geneDR019732,geneDR019764,geneDR019807,geneDR015628,geneDR015554,geneDR015464,geneDR021023,geneDR026074,geneDR026120,geneDR031373,geneDR003773,geneDR004559,geneDR004874,geneDR017882,geneDR017943,geneDR034852,geneDR033740,geneDR024971,geneDR024957,geneDR022743,geneDR023023,geneDR023035,geneDR033583,geneDR021794,geneDR019381,geneDR019226,geneDR019156,geneDR019083,geneDR010207,geneDR010197,geneDR010104,geneDR010096,geneDR010036,geneDR031329,geneDR024379,geneDR023665,geneDR023732,geneDR014648,geneDR025065,geneDR025139,geneDR032542,geneDR032543,geneDR032553,geneDR010760,geneDR010775,geneDR010960,geneDR010998,geneDR011108,geneDR011149,geneDR027746,geneDR027788,geneDR013521,geneDR013590,geneDR027073,geneDR029470,geneDR023593,geneDR023535,geneDR023534,geneDR025903,geneDR025770,geneDR009642,geneDR009530,geneDR009310,geneDR009180,geneDR009170,geneDR009140,geneDR016617,geneDR016601,geneDR016596,geneDR029099,geneDR029128,geneDR029182,geneDR006983,geneDR022686,geneDR005927,geneDR005683,geneDR005311,geneDR005208,geneDR005190,geneDR005157,geneDR005087	kinase binding	MF
GO:0019901	geneDR035276,geneDR034877,geneDR000292,geneDR000556,geneDR000761,geneDR000998,geneDR001121,geneDR001146,geneDR001366,geneDR001589,geneDR001686,geneDR033820,geneDR008045,geneDR007710,geneDR007667,geneDR016717,geneDR003294,geneDR003223,geneDR002930,geneDR002474,geneDR001859,geneDR031617,geneDR031684,geneDR028759,geneDR028613,geneDR028455,geneDR019862,geneDR020114,geneDR020143,geneDR020197,geneDR020269,geneDR012698,geneDR012699,geneDR012700,geneDR006913,geneDR006622,geneDR006496,geneDR006463,geneDR018538,geneDR018339,geneDR018195,geneDR018136,geneDR018073,geneDR017620,geneDR017260,geneDR017190,geneDR017101,geneDR017093,geneDR015217,geneDR014880,geneDR025561,geneDR020731,geneDR020418,geneDR008502,geneDR008151,geneDR008150,geneDR019500,geneDR019502,geneDR019504,geneDR019732,geneDR019807,geneDR015628,geneDR015554,geneDR015464,geneDR021023,geneDR026120,geneDR031373,geneDR004559,geneDR004874,geneDR017882,geneDR017943,geneDR034852,geneDR033740,geneDR024971,geneDR022743,geneDR023023,geneDR023035,geneDR033583,geneDR021794,geneDR019381,geneDR019226,geneDR019156,geneDR019083,geneDR010104,geneDR010096,geneDR010036,geneDR031329,geneDR024379,geneDR023665,geneDR023732,geneDR014648,geneDR025065,geneDR032553,geneDR010760,geneDR010775,geneDR010960,geneDR010998,geneDR011108,geneDR027788,geneDR013521,geneDR013590,geneDR027073,geneDR029470,geneDR023593,geneDR023535,geneDR023534,geneDR025903,geneDR025770,geneDR009642,geneDR009530,geneDR009310,geneDR009180,geneDR009170,geneDR009140,geneDR016617,geneDR016601,geneDR016596,geneDR029099,geneDR029128,geneDR006983,geneDR022686,geneDR005683,geneDR005311,geneDR005208,geneDR005087	protein kinase binding	MF
GO:0038023	geneDR035276,geneDR034091,geneDR014309,geneDR014399,geneDR014446,geneDR014491,geneDR034496,geneDR034823,geneDR032084,geneDR032028,geneDR000133,geneDR000434,geneDR000628,geneDR000675,geneDR000719,geneDR000756,geneDR000794,geneDR000795,geneDR000850,geneDR001027,geneDR001107,geneDR001159,geneDR001308,geneDR001329,geneDR001425,geneDR001689,geneDR001715,geneDR033820,geneDR028386,geneDR028254,geneDR028232,geneDR030836,geneDR008067,geneDR008028,geneDR007856,geneDR007855,geneDR007667,geneDR007651,geneDR016965,geneDR016814,geneDR016717,geneDR016715,geneDR003449,geneDR003223,geneDR003190,geneDR003089,geneDR003044,geneDR003009,geneDR002808,geneDR002527,geneDR002474,geneDR002459,geneDR002236,geneDR002029,geneDR002004,geneDR034276,geneDR034255,geneDR034254,geneDR030345,geneDR030393,geneDR030415,geneDR030489,geneDR030544,geneDR031617,geneDR028564,geneDR028523,geneDR028455,geneDR019862,geneDR019925,geneDR019988,geneDR020008,geneDR020114,geneDR020143,geneDR020269,geneDR020274,geneDR020292,geneDR020373,geneDR012082,geneDR012090,geneDR012115,geneDR012179,geneDR012180,geneDR012488,geneDR028133,geneDR006906,geneDR006787,geneDR006783,geneDR006782,geneDR006599,geneDR006512,geneDR006423,geneDR006185,geneDR006173,geneDR033774,geneDR018422,geneDR018250,geneDR018213,geneDR018057,geneDR018049,geneDR017951,geneDR030943,geneDR031007,geneDR031036,geneDR031126,geneDR034147,geneDR034148,geneDR017430,geneDR017429,geneDR017362,geneDR017328,geneDR017259,geneDR017190,geneDR017048,geneDR015227,geneDR015226,geneDR015217,geneDR015127,geneDR014898,geneDR014836,geneDR014827,geneDR014786,geneDR014763,geneDR014719,geneDR025551,geneDR033141,geneDR027915,geneDR030258,geneDR030309,geneDR020707,geneDR020562,geneDR020561,geneDR020504,geneDR020406,geneDR009060,geneDR008972,geneDR008954,geneDR008718,geneDR008649,geneDR008219,geneDR008170,geneDR008151,geneDR008150,geneDR008140,geneDR030083,geneDR029923,geneDR029789,geneDR029751,geneDR027380,geneDR027412,geneDR028897,geneDR028896,geneDR014147,geneDR014080,geneDR013815,geneDR019497,geneDR019508,geneDR019742,geneDR019762,geneDR019840,geneDR016061,geneDR015905,geneDR015889,geneDR015817,geneDR015814,geneDR015777,geneDR015628,geneDR015493,geneDR015452,geneDR015395,geneDR033266,geneDR021347,geneDR021307,geneDR021242,geneDR021230,geneDR021196,geneDR021091,geneDR021090,geneDR021026,geneDR021025,geneDR025981,geneDR026017,geneDR026050,geneDR026073,geneDR026149,geneDR026245,geneDR035288,geneDR024036,geneDR018835,geneDR026375,geneDR003584,geneDR003642,geneDR003710,geneDR003762,geneDR003771,geneDR003785,geneDR003804,geneDR003854,geneDR003949,geneDR004019,geneDR004020,geneDR004233,geneDR004479,geneDR004789,geneDR004822,geneDR004832,geneDR004864,geneDR017846,geneDR017882,geneDR024954,geneDR024836,geneDR024701,geneDR022740,geneDR022885,geneDR023027,geneDR033583,geneDR021899,geneDR021972,geneDR022003,geneDR022097,geneDR022135,geneDR019417,geneDR019416,geneDR019415,geneDR019381,geneDR019322,geneDR019119,geneDR019099,geneDR019037,geneDR018981,geneDR021566,geneDR010339,geneDR010203,geneDR010202,geneDR010173,geneDR010167,geneDR010037,geneDR010017,geneDR009991,geneDR009990,geneDR009989,geneDR032395,geneDR032414,geneDR032415,geneDR031220,geneDR024292,geneDR024207,geneDR024110,geneDR023691,geneDR023695,geneDR023831,geneDR023838,geneDR023944,geneDR014680,geneDR014665,geneDR026586,geneDR026624,geneDR026663,geneDR026752,geneDR025031,geneDR025052,geneDR025132,geneDR033505,geneDR032553,geneDR024603,geneDR010365,geneDR010540,geneDR010694,geneDR010789,geneDR010801,geneDR011010,geneDR011051,geneDR011067,geneDR011136,geneDR027533,geneDR027674,geneDR027735,geneDR027788,geneDR033610,geneDR033607,geneDR013150,geneDR013367,geneDR013521,geneDR013660,geneDR013701,geneDR013773,geneDR027202,geneDR027146,geneDR031948,geneDR028932,geneDR029503,geneDR023559,geneDR023535,geneDR023534,geneDR023524,geneDR023500,geneDR023312,geneDR032680,geneDR025772,geneDR025752,geneDR012801,geneDR012905,geneDR026965,geneDR009821,geneDR009754,geneDR009747,geneDR009616,geneDR009530,geneDR009529,geneDR009508,geneDR009468,geneDR009310,geneDR009266,geneDR009190,geneDR009103,geneDR009089,geneDR016657,geneDR016505,geneDR016401,geneDR016300,geneDR016209,geneDR016183,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR030631,geneDR007566,geneDR007501,geneDR007446,geneDR007432,geneDR007413,geneDR007342,geneDR007317,geneDR007244,geneDR034059,geneDR007116,geneDR007097,geneDR007038,geneDR022229,geneDR022405,geneDR022536,geneDR022638,geneDR022671,geneDR005911,geneDR005784,geneDR005633,geneDR005602,geneDR005562,geneDR005473,geneDR005352,geneDR005349,geneDR005327,geneDR005087,geneDR030248	signaling receptor activity	MF
GO:0042562	geneDR035276,geneDR000398,geneDR000611,geneDR000719,geneDR001212,geneDR028332,geneDR002853,geneDR002185,geneDR002049,geneDR028523,geneDR020373,geneDR006153,geneDR034146,geneDR034147,geneDR034148,geneDR017429,geneDR014835,geneDR014827,geneDR014798,geneDR020442,geneDR008442,geneDR008183,geneDR029955,geneDR029789,geneDR013875,geneDR019742,geneDR021145,geneDR020953,geneDR025981,geneDR026050,geneDR004014,geneDR004140,geneDR004601,geneDR004864,geneDR004872,geneDR017735,geneDR023175,geneDR022003,geneDR019037,geneDR010999,geneDR011010,geneDR027273,geneDR023574,geneDR032680,geneDR009468,geneDR009127,geneDR016566,geneDR007317,geneDR022405,geneDR030190	hormone binding	MF
GO:0046982	geneDR035276,geneDR035303,geneDR035502,geneDR034790,geneDR032957,geneDR000095,geneDR000418,geneDR007807,geneDR007777,geneDR003523,geneDR003497,geneDR002956,geneDR002396,geneDR002229,geneDR030554,geneDR028454,geneDR028453,geneDR019863,geneDR020340,geneDR012195,geneDR012540,geneDR012541,geneDR018284,geneDR018276,geneDR017238,geneDR017206,geneDR014791,geneDR027934,geneDR020418,geneDR008921,geneDR008863,geneDR008743,geneDR030003,geneDR029967,geneDR035155,geneDR030137,geneDR014061,geneDR019576,geneDR015642,geneDR015363,geneDR015341,geneDR015340,geneDR033302,geneDR021380,geneDR021344,geneDR021042,geneDR020946,geneDR031433,geneDR026386,geneDR003572,geneDR004227,geneDR004228,geneDR004411,geneDR004504,geneDR004843,geneDR025256,geneDR024716,geneDR022841,geneDR023192,geneDR009962,geneDR009958,geneDR032345,geneDR032350,geneDR014515,geneDR014514,geneDR025011,geneDR010457,geneDR010559,geneDR011046,geneDR013535,geneDR013566,geneDR027055,geneDR023412,geneDR023361,geneDR032632,geneDR009792,geneDR009672,geneDR009513,geneDR016472,geneDR016442,geneDR016187,geneDR022345,geneDR022464,geneDR022648,geneDR022660,geneDR005690	protein heterodimerization activity	MF
GO:0055100	geneDR035276	adiponectin binding	MF
GO:0060089	geneDR035276,geneDR034091,geneDR034123,geneDR014309,geneDR014399,geneDR014446,geneDR014491,geneDR034496,geneDR034823,geneDR032116,geneDR032084,geneDR032028,geneDR000133,geneDR000242,geneDR000434,geneDR000628,geneDR000675,geneDR000719,geneDR000756,geneDR000794,geneDR000795,geneDR000850,geneDR001027,geneDR001051,geneDR001107,geneDR001121,geneDR001159,geneDR001308,geneDR001329,geneDR001425,geneDR001689,geneDR001715,geneDR033820,geneDR028386,geneDR028254,geneDR028232,geneDR030836,geneDR008067,geneDR008028,geneDR007856,geneDR007855,geneDR007853,geneDR007667,geneDR007651,geneDR016965,geneDR016814,geneDR016729,geneDR016717,geneDR016715,geneDR003463,geneDR003449,geneDR003223,geneDR003190,geneDR003089,geneDR003044,geneDR003009,geneDR002808,geneDR002527,geneDR002474,geneDR002459,geneDR002236,geneDR002029,geneDR002004,geneDR034276,geneDR034255,geneDR034254,geneDR030345,geneDR030393,geneDR030415,geneDR030489,geneDR030544,geneDR031617,geneDR031698,geneDR028696,geneDR028564,geneDR028523,geneDR028455,geneDR019862,geneDR019925,geneDR019988,geneDR020008,geneDR020114,geneDR020143,geneDR020269,geneDR020274,geneDR020292,geneDR020373,geneDR012082,geneDR012090,geneDR012115,geneDR012179,geneDR012180,geneDR012254,geneDR012488,geneDR028133,geneDR034535,geneDR006906,geneDR006787,geneDR006783,geneDR006782,geneDR006599,geneDR006573,geneDR006512,geneDR006496,geneDR006423,geneDR006185,geneDR006173,geneDR033774,geneDR018422,geneDR018405,geneDR018250,geneDR018213,geneDR018057,geneDR018049,geneDR017951,geneDR030943,geneDR031007,geneDR031036,geneDR031126,geneDR034147,geneDR034148,geneDR017620,geneDR017430,geneDR017429,geneDR017362,geneDR017328,geneDR017260,geneDR017259,geneDR017190,geneDR017048,geneDR015227,geneDR015226,geneDR015217,geneDR015127,geneDR014898,geneDR014836,geneDR014827,geneDR014786,geneDR014763,geneDR014719,geneDR025487,geneDR025497,geneDR025551,geneDR033141,geneDR027915,geneDR030258,geneDR030309,geneDR020707,geneDR020562,geneDR020561,geneDR020504,geneDR020474,geneDR020406,geneDR009060,geneDR008972,geneDR008954,geneDR008718,geneDR008649,geneDR008490,geneDR008219,geneDR008170,geneDR008151,geneDR008150,geneDR008140,geneDR030083,geneDR029923,geneDR029789,geneDR029751,geneDR027380,geneDR027412,geneDR028897,geneDR028896,geneDR014147,geneDR014080,geneDR013815,geneDR019497,geneDR019508,geneDR019742,geneDR019762,geneDR019840,geneDR016061,geneDR015905,geneDR015889,geneDR015817,geneDR015814,geneDR015777,geneDR015628,geneDR015493,geneDR015452,geneDR015395,geneDR015384,geneDR033266,geneDR033248,geneDR021347,geneDR021307,geneDR021242,geneDR021230,geneDR021196,geneDR021091,geneDR021090,geneDR021059,geneDR021052,geneDR021026,geneDR021025,geneDR025981,geneDR026017,geneDR026050,geneDR026073,geneDR026149,geneDR026245,geneDR026247,geneDR035288,geneDR024036,geneDR018835,geneDR026375,geneDR003584,geneDR003642,geneDR003710,geneDR003762,geneDR003771,geneDR003785,geneDR003804,geneDR003854,geneDR003949,geneDR004019,geneDR004020,geneDR004233,geneDR004479,geneDR004789,geneDR004822,geneDR004832,geneDR004864,geneDR004874,geneDR017846,geneDR017882,geneDR024954,geneDR024836,geneDR024739,geneDR024701,geneDR022740,geneDR022885,geneDR022965,geneDR022972,geneDR023027,geneDR033583,geneDR021853,geneDR021899,geneDR021972,geneDR022003,geneDR022097,geneDR022135,geneDR019417,geneDR019416,geneDR019415,geneDR019381,geneDR019322,geneDR019119,geneDR019099,geneDR019037,geneDR018981,geneDR021566,geneDR021489,geneDR010339,geneDR010203,geneDR010202,geneDR010173,geneDR010167,geneDR010104,geneDR010037,geneDR010017,geneDR009991,geneDR009990,geneDR009989,geneDR032395,geneDR032414,geneDR032415,geneDR031220,geneDR024403,geneDR024292,geneDR024207,geneDR024110,geneDR023691,geneDR023695,geneDR023831,geneDR023838,geneDR023944,geneDR014680,geneDR014665,geneDR026586,geneDR026624,geneDR026663,geneDR026752,geneDR025031,geneDR025052,geneDR025132,geneDR033505,geneDR032553,geneDR024603,geneDR010365,geneDR010540,geneDR010694,geneDR010789,geneDR010801,geneDR010853,geneDR010998,geneDR011010,geneDR011051,geneDR011067,geneDR011136,geneDR027533,geneDR027674,geneDR027735,geneDR027788,geneDR033610,geneDR033607,geneDR013150,geneDR013367,geneDR013521,geneDR013590,geneDR013660,geneDR013701,geneDR013773,geneDR027202,geneDR027146,geneDR032560,geneDR031948,geneDR028932,geneDR032505,geneDR029503,geneDR029556,geneDR023559,geneDR023535,geneDR023534,geneDR023524,geneDR023500,geneDR023312,geneDR032680,geneDR032661,geneDR025915,geneDR025772,geneDR025752,geneDR025698,geneDR012801,geneDR012905,geneDR026965,geneDR009909,geneDR009821,geneDR009754,geneDR009747,geneDR009616,geneDR009530,geneDR009529,geneDR009508,geneDR009468,geneDR009310,geneDR009266,geneDR009190,geneDR009103,geneDR009089,geneDR016657,geneDR016505,geneDR016401,geneDR016300,geneDR016209,geneDR016183,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR029189,geneDR032239,geneDR030631,geneDR007566,geneDR007501,geneDR007446,geneDR007432,geneDR007413,geneDR007342,geneDR007317,geneDR007244,geneDR007180,geneDR034059,geneDR007116,geneDR007097,geneDR007038,geneDR022229,geneDR022405,geneDR022536,geneDR022638,geneDR022671,geneDR005960,geneDR005911,geneDR005784,geneDR005633,geneDR005602,geneDR005562,geneDR005473,geneDR005352,geneDR005349,geneDR005327,geneDR005087,geneDR030248	molecular transducer activity	MF
GO:0097003	geneDR035276	adipokinetic hormone receptor activity	MF
GO:0003909	geneDR035279,geneDR035208,geneDR001318,geneDR020605,geneDR022896,geneDR027095	DNA ligase activity	MF
GO:0003910	geneDR035279,geneDR035208,geneDR001318,geneDR020605,geneDR022896,geneDR027095	DNA ligase (ATP) activity	MF
GO:0016886	geneDR035279,geneDR035208,geneDR001318,geneDR020289,geneDR020605,geneDR022896,geneDR027095	ligase activity, forming phosphoric ester bonds	MF
GO:0004553	geneDR035281,geneDR035480,geneDR014362,geneDR014462,geneDR014463,geneDR034501,geneDR035571,geneDR034876,geneDR035015,geneDR035088,geneDR032911,geneDR032949,geneDR035227,geneDR000348,geneDR000476,geneDR000541,geneDR000684,geneDR000813,geneDR001059,geneDR001076,geneDR001180,geneDR001279,geneDR001315,geneDR001385,geneDR001549,geneDR001550,geneDR001622,geneDR001637,geneDR001640,geneDR001777,geneDR001821,geneDR028348,geneDR030869,geneDR030850,geneDR008123,geneDR007905,geneDR007652,geneDR016793,geneDR003286,geneDR003268,geneDR003065,geneDR003027,geneDR002789,geneDR002569,geneDR002447,geneDR002401,geneDR002391,geneDR001968,geneDR001901,geneDR001899,geneDR030364,geneDR030591,geneDR031627,geneDR031682,geneDR031744,geneDR028717,geneDR028629,geneDR019941,geneDR020080,geneDR020117,geneDR020192,geneDR020194,geneDR020195,geneDR020263,geneDR020333,geneDR012206,geneDR012554,geneDR012555,geneDR012569,geneDR012648,geneDR012651,geneDR028165,geneDR033347,geneDR006912,geneDR006838,geneDR006837,geneDR006739,geneDR006641,geneDR006580,geneDR006571,geneDR006564,geneDR006546,geneDR006491,geneDR006330,geneDR033787,geneDR018561,geneDR018511,geneDR018455,geneDR018360,geneDR018279,geneDR018154,geneDR030999,geneDR031000,geneDR031050,geneDR031092,geneDR031182,geneDR035103,geneDR017546,geneDR017534,geneDR017516,geneDR017515,geneDR017470,geneDR017330,geneDR017306,geneDR017132,geneDR015275,geneDR015274,geneDR015130,geneDR014951,geneDR014810,geneDR014809,geneDR014748,geneDR025333,geneDR025479,geneDR025529,geneDR033129,geneDR029729,geneDR029695,geneDR020681,geneDR020643,geneDR020634,geneDR020612,geneDR020459,geneDR008859,geneDR008858,geneDR008704,geneDR008607,geneDR008514,geneDR029917,geneDR034397,geneDR034396,geneDR027335,geneDR027356,geneDR027357,geneDR020801,geneDR026854,geneDR027843,geneDR027844,geneDR027899,geneDR014063,geneDR014014,geneDR013972,geneDR019476,geneDR019670,geneDR019673,geneDR016089,geneDR015664,geneDR015640,geneDR015575,geneDR015560,geneDR015461,geneDR021254,geneDR021250,geneDR021228,geneDR021227,geneDR021081,geneDR021047,geneDR025983,geneDR026189,geneDR026242,geneDR018915,geneDR026272,geneDR026445,geneDR026447,geneDR026482,geneDR026483,geneDR026485,geneDR026486,geneDR026488,geneDR003634,geneDR003808,geneDR003847,geneDR003865,geneDR003959,geneDR004143,geneDR004214,geneDR004275,geneDR004354,geneDR004406,geneDR004470,geneDR004578,geneDR004687,geneDR004688,geneDR025181,geneDR025180,geneDR017924,geneDR033724,geneDR024953,geneDR024903,geneDR024887,geneDR024886,geneDR024731,geneDR023046,geneDR021637,geneDR021690,geneDR021831,geneDR021848,geneDR021996,geneDR022149,geneDR019384,geneDR019379,geneDR019231,geneDR019230,geneDR019012,geneDR021404,geneDR034197,geneDR035234,geneDR010189,geneDR010076,geneDR010071,geneDR009961,geneDR009955,geneDR032346,geneDR032355,geneDR031193,geneDR024454,geneDR024409,geneDR024405,geneDR024404,geneDR024361,geneDR024197,geneDR024141,geneDR014565,geneDR014523,geneDR025120,geneDR025121,geneDR025122,geneDR025159,geneDR010371,geneDR010386,geneDR010444,geneDR010665,geneDR010761,geneDR010809,geneDR010836,geneDR010837,geneDR010865,geneDR011028,geneDR011098,geneDR011099,geneDR011117,geneDR011254,geneDR027470,geneDR027662,geneDR027680,geneDR033671,geneDR033670,geneDR033656,geneDR033609,geneDR013147,geneDR013204,geneDR013280,geneDR013319,geneDR013460,geneDR013597,geneDR013659,geneDR013662,geneDR027295,geneDR027253,geneDR027141,geneDR027063,geneDR027050,geneDR023304,geneDR023296,geneDR023266,geneDR025917,geneDR025859,geneDR025734,geneDR025732,geneDR025731,geneDR025596,geneDR034466,geneDR012885,geneDR009892,geneDR009858,geneDR009857,geneDR009793,geneDR009422,geneDR009419,geneDR009325,geneDR009324,geneDR009318,geneDR016614,geneDR016598,geneDR016280,geneDR029070,geneDR029071,geneDR029081,geneDR029145,geneDR029172,geneDR007355,geneDR034040,geneDR034041,geneDR007135,geneDR007134,geneDR007021,geneDR006092,geneDR006055,geneDR006028,geneDR005974,geneDR005901,geneDR005776,geneDR005702,geneDR005420,geneDR030251	hydrolase activity, hydrolyzing O-glycosyl compounds	MF
GO:0016798	geneDR035281,geneDR035480,geneDR014362,geneDR014462,geneDR014463,geneDR034501,geneDR035571,geneDR034876,geneDR035015,geneDR035088,geneDR032911,geneDR032949,geneDR035206,geneDR035227,geneDR000348,geneDR000476,geneDR000541,geneDR000684,geneDR000813,geneDR001059,geneDR001076,geneDR001180,geneDR001279,geneDR001315,geneDR001385,geneDR001549,geneDR001550,geneDR001622,geneDR001637,geneDR001640,geneDR001777,geneDR001821,geneDR028348,geneDR030869,geneDR030850,geneDR008123,geneDR007905,geneDR007652,geneDR016833,geneDR016793,geneDR003286,geneDR003268,geneDR003065,geneDR003027,geneDR002789,geneDR002569,geneDR002447,geneDR002401,geneDR002391,geneDR001968,geneDR001901,geneDR001899,geneDR030364,geneDR030591,geneDR031627,geneDR031682,geneDR031744,geneDR028717,geneDR028629,geneDR019941,geneDR020080,geneDR020117,geneDR020192,geneDR020194,geneDR020195,geneDR020263,geneDR020333,geneDR012206,geneDR012554,geneDR012555,geneDR012569,geneDR012648,geneDR012651,geneDR028165,geneDR033347,geneDR006912,geneDR006838,geneDR006837,geneDR006739,geneDR006641,geneDR006580,geneDR006571,geneDR006564,geneDR006546,geneDR006491,geneDR006330,geneDR006202,geneDR033787,geneDR018561,geneDR018511,geneDR018455,geneDR018360,geneDR018279,geneDR018154,geneDR030999,geneDR031000,geneDR031050,geneDR031092,geneDR031182,geneDR035103,geneDR017546,geneDR017534,geneDR017516,geneDR017515,geneDR017470,geneDR017330,geneDR017306,geneDR017132,geneDR015275,geneDR015274,geneDR015141,geneDR015140,geneDR015130,geneDR014951,geneDR014810,geneDR014809,geneDR014748,geneDR025333,geneDR025360,geneDR025457,geneDR025479,geneDR025529,geneDR033129,geneDR029729,geneDR029695,geneDR020681,geneDR020643,geneDR020634,geneDR020612,geneDR020459,geneDR008859,geneDR008858,geneDR008704,geneDR008607,geneDR008514,geneDR029917,geneDR034397,geneDR034396,geneDR027335,geneDR027356,geneDR027357,geneDR020801,geneDR026854,geneDR027843,geneDR027844,geneDR027899,geneDR014201,geneDR014063,geneDR014014,geneDR013972,geneDR019476,geneDR019670,geneDR019673,geneDR016089,geneDR015796,geneDR015664,geneDR015640,geneDR015575,geneDR015560,geneDR015461,geneDR021254,geneDR021250,geneDR021228,geneDR021227,geneDR021081,geneDR021047,geneDR025983,geneDR026189,geneDR026242,geneDR030696,geneDR018915,geneDR026272,geneDR026445,geneDR026447,geneDR026482,geneDR026483,geneDR026485,geneDR026486,geneDR026488,geneDR003634,geneDR003808,geneDR003847,geneDR003865,geneDR003959,geneDR004143,geneDR004214,geneDR004275,geneDR004354,geneDR004406,geneDR004470,geneDR004578,geneDR004687,geneDR004688,geneDR004893,geneDR025181,geneDR025180,geneDR017924,geneDR033724,geneDR024953,geneDR024903,geneDR024887,geneDR024886,geneDR024731,geneDR022810,geneDR023046,geneDR021637,geneDR021690,geneDR021831,geneDR021848,geneDR021996,geneDR022149,geneDR019384,geneDR019379,geneDR019231,geneDR019230,geneDR019012,geneDR021619,geneDR021404,geneDR034197,geneDR035234,geneDR010189,geneDR010076,geneDR010071,geneDR009961,geneDR009955,geneDR032346,geneDR032355,geneDR031193,geneDR024454,geneDR024409,geneDR024405,geneDR024404,geneDR024361,geneDR024197,geneDR024141,geneDR014565,geneDR014523,geneDR025120,geneDR025121,geneDR025122,geneDR025159,geneDR010371,geneDR010386,geneDR010444,geneDR010665,geneDR010761,geneDR010809,geneDR010836,geneDR010837,geneDR010865,geneDR011028,geneDR011098,geneDR011099,geneDR011117,geneDR011231,geneDR011254,geneDR027470,geneDR027662,geneDR027680,geneDR027695,geneDR033671,geneDR033670,geneDR033656,geneDR033609,geneDR013147,geneDR013204,geneDR013280,geneDR013319,geneDR013460,geneDR013597,geneDR013659,geneDR013662,geneDR027295,geneDR027253,geneDR027141,geneDR027063,geneDR027050,geneDR023304,geneDR023296,geneDR023266,geneDR025917,geneDR025859,geneDR025734,geneDR025732,geneDR025731,geneDR025596,geneDR034466,geneDR012885,geneDR009892,geneDR009858,geneDR009857,geneDR009793,geneDR009422,geneDR009419,geneDR009325,geneDR009324,geneDR009318,geneDR016614,geneDR016598,geneDR016311,geneDR016280,geneDR029070,geneDR029071,geneDR029081,geneDR029145,geneDR029172,geneDR007355,geneDR034040,geneDR034041,geneDR007135,geneDR007134,geneDR007021,geneDR022349,geneDR006092,geneDR006055,geneDR006028,geneDR005974,geneDR005901,geneDR005776,geneDR005702,geneDR005420,geneDR005198,geneDR030251	hydrolase activity, acting on glycosyl bonds	MF
GO:0030246	geneDR035281,geneDR014362,geneDR014436,geneDR014462,geneDR014463,geneDR034876,geneDR035092,geneDR032911,geneDR035227,geneDR000056,geneDR000057,geneDR000214,geneDR000243,geneDR000244,geneDR000407,geneDR000433,geneDR000684,geneDR000813,geneDR001076,geneDR001180,geneDR001549,geneDR001550,geneDR001637,geneDR030850,geneDR007652,geneDR007590,geneDR003268,geneDR002789,geneDR001989,geneDR031724,geneDR012554,geneDR012555,geneDR012651,geneDR033347,geneDR006912,geneDR006838,geneDR006546,geneDR006491,geneDR006289,geneDR033787,geneDR018360,geneDR018356,geneDR031050,geneDR031182,geneDR035103,geneDR017546,geneDR017534,geneDR017470,geneDR014748,geneDR025479,geneDR025529,geneDR020612,geneDR029947,geneDR027335,geneDR026854,geneDR026881,geneDR026884,geneDR014063,geneDR013936,geneDR013927,geneDR013871,geneDR015828,geneDR015575,geneDR021188,geneDR026133,geneDR018915,geneDR026272,geneDR003808,geneDR003974,geneDR004296,geneDR017704,geneDR024858,geneDR024663,geneDR022713,geneDR022803,geneDR022974,geneDR021666,geneDR019012,geneDR021404,geneDR033487,geneDR031310,geneDR014565,geneDR026629,geneDR024590,geneDR010371,geneDR010761,geneDR010809,geneDR010865,geneDR010905,geneDR011098,geneDR011099,geneDR033609,geneDR013147,geneDR013204,geneDR013280,geneDR013319,geneDR013659,geneDR025859,geneDR025714,geneDR009858,geneDR009857,geneDR009853,geneDR016383,geneDR016381,geneDR029140,geneDR029145,geneDR007168,geneDR007162,geneDR007021,geneDR022631,geneDR006055,geneDR006028,geneDR005897,geneDR005776,geneDR005420	carbohydrate binding	MF
GO:0030247	geneDR035281,geneDR014362,geneDR014462,geneDR014463,geneDR034876,geneDR032911,geneDR035227,geneDR000243,geneDR000244,geneDR000684,geneDR000813,geneDR001076,geneDR001180,geneDR001549,geneDR001550,geneDR001637,geneDR030850,geneDR007652,geneDR007590,geneDR003268,geneDR002789,geneDR001989,geneDR012554,geneDR012555,geneDR012651,geneDR033347,geneDR006912,geneDR006838,geneDR006546,geneDR006491,geneDR033787,geneDR018360,geneDR031050,geneDR031182,geneDR035103,geneDR017546,geneDR017534,geneDR017470,geneDR014748,geneDR025479,geneDR025529,geneDR020612,geneDR027335,geneDR026854,geneDR014063,geneDR015828,geneDR015575,geneDR018915,geneDR026272,geneDR003808,geneDR003974,geneDR004296,geneDR017704,geneDR024858,geneDR024663,geneDR022713,geneDR022974,geneDR019012,geneDR021404,geneDR014565,geneDR024590,geneDR010371,geneDR010761,geneDR010809,geneDR010865,geneDR011098,geneDR011099,geneDR033609,geneDR013147,geneDR013204,geneDR013280,geneDR013319,geneDR013659,geneDR025859,geneDR009858,geneDR009857,geneDR029145,geneDR007021,geneDR006055,geneDR006028,geneDR005897,geneDR005776,geneDR005420	polysaccharide binding	MF
GO:0043621	geneDR035282,geneDR035461,geneDR014348,geneDR000075,geneDR000162,geneDR000292,geneDR000557,geneDR001272,geneDR008121,geneDR008070,geneDR008035,geneDR007925,geneDR007882,geneDR016872,geneDR003523,geneDR002507,geneDR001843,geneDR034267,geneDR030337,geneDR028699,geneDR028664,geneDR028483,geneDR020096,geneDR020340,geneDR012152,geneDR012228,geneDR006883,geneDR006336,geneDR018476,geneDR018055,geneDR017626,geneDR017327,geneDR017317,geneDR017284,geneDR017143,geneDR017075,geneDR015178,geneDR014939,geneDR014842,geneDR025417,geneDR025443,geneDR028012,geneDR027998,geneDR029741,geneDR029698,geneDR008337,geneDR029897,geneDR029825,geneDR030116,geneDR013931,geneDR016084,geneDR016057,geneDR015824,geneDR015341,geneDR015340,geneDR033302,geneDR021190,geneDR026060,geneDR026064,geneDR032443,geneDR031371,geneDR018680,geneDR003776,geneDR003783,geneDR004532,geneDR004533,geneDR004534,geneDR033728,geneDR024973,geneDR024963,geneDR024945,geneDR024769,geneDR022743,geneDR022914,geneDR023035,geneDR023137,geneDR021850,geneDR021880,geneDR022053,geneDR022097,geneDR019306,geneDR019083,geneDR021595,geneDR021510,geneDR010169,geneDR024439,geneDR024089,geneDR023848,geneDR014648,geneDR026715,geneDR025152,geneDR010447,geneDR010468,geneDR010633,geneDR010642,geneDR010760,geneDR010908,geneDR010991,geneDR027737,geneDR013083,geneDR013136,geneDR013396,geneDR013464,geneDR013561,geneDR013612,geneDR013658,geneDR027174,geneDR027083,geneDR028927,geneDR023545,geneDR023505,geneDR023271,geneDR032712,geneDR032692,geneDR012871,geneDR027013,geneDR009530,geneDR009529,geneDR009116,geneDR016209,geneDR030600,geneDR007443,geneDR007073,geneDR022686,geneDR006107,geneDR005698,geneDR005697,geneDR005680,geneDR005455,geneDR030226	protein self-association	MF
GO:0017110	geneDR035289,geneDR028319,geneDR008595,geneDR028871,geneDR015988,geneDR018818,geneDR028968,geneDR006952	nucleoside-diphosphatase activity	MF
GO:0005506	geneDR035294,geneDR035115,geneDR001620,geneDR008124,geneDR007895,geneDR017017,geneDR002871,geneDR030557,geneDR031669,geneDR028719,geneDR012629,geneDR017550,geneDR017083,geneDR015025,geneDR014860,geneDR008957,geneDR027344,geneDR027346,geneDR027364,geneDR034180,geneDR027823,geneDR015992,geneDR015766,geneDR015765,geneDR030820,geneDR018900,geneDR026334,geneDR003563,geneDR003566,geneDR003567,geneDR003568,geneDR004892,geneDR024928,geneDR024793,geneDR024663,geneDR022713,geneDR023068,geneDR019036,geneDR010974,geneDR027556,geneDR013404,geneDR027261,geneDR025797,geneDR009349,geneDR029047	iron ion binding	MF
GO:0043024	geneDR035294,geneDR034720,geneDR008124,geneDR001961,geneDR015992,geneDR024928,geneDR025752,geneDR034059,geneDR007116	ribosomal small subunit binding	MF
GO:0005342	geneDR035298,geneDR035398,geneDR014444,geneDR014464,geneDR035523,geneDR035580,geneDR034629,geneDR035626,geneDR035116,geneDR032967,geneDR035221,geneDR035225,geneDR000119,geneDR000522,geneDR000528,geneDR000683,geneDR000943,geneDR001451,geneDR001452,geneDR001841,geneDR035353,geneDR034678,geneDR033818,geneDR033830,geneDR028420,geneDR028414,geneDR028244,geneDR008002,geneDR007677,geneDR007676,geneDR016923,geneDR016889,geneDR016753,geneDR016730,geneDR002928,geneDR002641,geneDR002362,geneDR002240,geneDR002098,geneDR001918,geneDR031654,geneDR031686,geneDR028625,geneDR006695,geneDR018418,geneDR018399,geneDR018063,geneDR030955,geneDR031035,geneDR017573,geneDR017444,geneDR017065,geneDR015173,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR014735,geneDR025371,geneDR025440,geneDR025514,geneDR020502,geneDR020501,geneDR009020,geneDR009019,geneDR009018,geneDR008803,geneDR008750,geneDR008466,geneDR008364,geneDR008345,geneDR008201,geneDR008183,geneDR008146,geneDR029999,geneDR020857,geneDR013885,geneDR019657,geneDR019701,geneDR019743,geneDR015999,geneDR033247,geneDR033246,geneDR020984,geneDR026018,geneDR026052,geneDR026122,geneDR032418,geneDR033368,geneDR023958,geneDR030717,geneDR018595,geneDR018724,geneDR026562,geneDR003834,geneDR003916,geneDR004048,geneDR004144,geneDR004190,geneDR004236,geneDR004369,geneDR004371,geneDR004373,geneDR004805,geneDR004965,geneDR034775,geneDR025198,geneDR017822,geneDR017829,geneDR017869,geneDR017892,geneDR017934,geneDR024941,geneDR024837,geneDR022868,geneDR021643,geneDR021916,geneDR021436,geneDR010162,geneDR031256,geneDR031213,geneDR024254,geneDR024186,geneDR023736,geneDR023922,geneDR026608,geneDR025024,geneDR025149,geneDR032539,geneDR024634,geneDR024624,geneDR024498,geneDR010910,geneDR010923,geneDR011122,geneDR011297,geneDR011298,geneDR011300,geneDR027607,geneDR027739,geneDR027755,geneDR013039,geneDR013159,geneDR013222,geneDR013233,geneDR013379,geneDR013573,geneDR027279,geneDR027208,geneDR032600,geneDR034350,geneDR029495,geneDR029543,geneDR023574,geneDR023531,geneDR023408,geneDR032701,geneDR012910,geneDR026934,geneDR009896,geneDR009671,geneDR009620,geneDR009294,geneDR009127,geneDR016566,geneDR016476,geneDR016393,geneDR029174,geneDR032279,geneDR032280,geneDR007431,geneDR007412,geneDR007235,geneDR007166,geneDR022636,geneDR022653,geneDR005943,geneDR005820,geneDR005628,geneDR005396,geneDR005360,geneDR005253,geneDR005193,geneDR030175,geneDR032212	organic acid transmembrane transporter activity	MF
GO:0008028	geneDR035298,geneDR035398,geneDR034629,geneDR035221,geneDR000943,geneDR001841,geneDR035353,geneDR034678,geneDR033830,geneDR028420,geneDR028244,geneDR016753,geneDR002098,geneDR031686,geneDR006695,geneDR017573,geneDR017444,geneDR017065,geneDR014735,geneDR025371,geneDR020502,geneDR020501,geneDR020857,geneDR013885,geneDR026122,geneDR023958,geneDR018724,geneDR004144,geneDR004369,geneDR004805,geneDR017829,geneDR017869,geneDR017934,geneDR024837,geneDR021643,geneDR021436,geneDR031213,geneDR023736,geneDR023922,geneDR025024,geneDR011122,geneDR013159,geneDR013379,geneDR027208,geneDR026934,geneDR016393,geneDR032279,geneDR032280,geneDR007235,geneDR005396,geneDR005360,geneDR005253	monocarboxylic acid transmembrane transporter activity	MF
GO:0008509	geneDR035298,geneDR035398,geneDR034288,geneDR014301,geneDR014444,geneDR014464,geneDR014487,geneDR034487,geneDR034493,geneDR035523,geneDR034629,geneDR035626,geneDR035650,geneDR034845,geneDR035116,geneDR032967,geneDR035221,geneDR035225,geneDR000034,geneDR000119,geneDR000144,geneDR000301,geneDR000404,geneDR000519,geneDR000522,geneDR000528,geneDR000654,geneDR000683,geneDR000837,geneDR000839,geneDR000943,geneDR001023,geneDR001071,geneDR001111,geneDR001243,geneDR001254,geneDR001273,geneDR001304,geneDR001335,geneDR001451,geneDR001452,geneDR001601,geneDR001781,geneDR001841,geneDR035353,geneDR034678,geneDR033818,geneDR033830,geneDR028420,geneDR028414,geneDR028352,geneDR028350,geneDR028316,geneDR028244,geneDR030862,geneDR008093,geneDR008002,geneDR007944,geneDR007677,geneDR007676,geneDR017006,geneDR016923,geneDR016889,geneDR016777,geneDR016753,geneDR016730,geneDR003528,geneDR003401,geneDR003156,geneDR003127,geneDR002928,geneDR002690,geneDR002641,geneDR002362,geneDR002240,geneDR002200,geneDR002184,geneDR002126,geneDR002098,geneDR002033,geneDR002015,geneDR001918,geneDR031654,geneDR031683,geneDR031686,geneDR028778,geneDR028741,geneDR028625,geneDR020126,geneDR020279,geneDR012211,geneDR012333,geneDR012334,geneDR012335,geneDR012336,geneDR012338,geneDR012612,geneDR028162,geneDR028072,geneDR033346,geneDR006820,geneDR006800,geneDR006695,geneDR006553,geneDR006509,geneDR006335,geneDR006278,geneDR006223,geneDR006130,geneDR018418,geneDR018399,geneDR018161,geneDR018117,geneDR018090,geneDR018063,geneDR030955,geneDR031035,geneDR031095,geneDR031136,geneDR017639,geneDR017573,geneDR017444,geneDR017241,geneDR017205,geneDR017072,geneDR017065,geneDR015173,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR014878,geneDR014735,geneDR025371,geneDR025440,geneDR025514,geneDR025583,geneDR027965,geneDR027948,geneDR029703,geneDR020566,geneDR020554,geneDR020502,geneDR020501,geneDR020409,geneDR009065,geneDR009020,geneDR009019,geneDR009018,geneDR008803,geneDR008750,geneDR008705,geneDR008588,geneDR008466,geneDR008445,geneDR008391,geneDR008364,geneDR008345,geneDR008284,geneDR008201,geneDR008186,geneDR008183,geneDR008146,geneDR029999,geneDR029842,geneDR029797,geneDR033909,geneDR020857,geneDR033467,geneDR013885,geneDR019637,geneDR019657,geneDR019701,geneDR019743,geneDR016032,geneDR015999,geneDR015986,geneDR015449,geneDR033293,geneDR033247,geneDR033246,geneDR033206,geneDR020984,geneDR020935,geneDR026015,geneDR026018,geneDR026052,geneDR026122,geneDR032418,geneDR033368,geneDR023958,geneDR030810,geneDR030717,geneDR018595,geneDR018713,geneDR018724,geneDR026490,geneDR026562,geneDR003749,geneDR003834,geneDR003916,geneDR004004,geneDR004048,geneDR004072,geneDR004121,geneDR004141,geneDR004144,geneDR004190,geneDR004204,geneDR004236,geneDR004369,geneDR004371,geneDR004373,geneDR004559,geneDR004805,geneDR004965,geneDR034775,geneDR025280,geneDR025198,geneDR017757,geneDR017758,geneDR017822,geneDR017829,geneDR017869,geneDR017892,geneDR017934,geneDR024941,geneDR024837,geneDR022868,geneDR023042,geneDR021638,geneDR021643,geneDR021779,geneDR021811,geneDR021916,geneDR019392,geneDR019134,geneDR021436,geneDR021402,geneDR021401,geneDR021399,geneDR010281,geneDR010162,geneDR010142,geneDR010116,geneDR010069,geneDR031256,geneDR031213,geneDR024254,geneDR024186,geneDR023736,geneDR023823,geneDR023922,geneDR014655,geneDR026590,geneDR026608,geneDR026758,geneDR025024,geneDR025030,geneDR025149,geneDR032539,geneDR024636,geneDR024634,geneDR024624,geneDR024541,geneDR024498,geneDR010597,geneDR010745,geneDR010910,geneDR010923,geneDR011122,geneDR011297,geneDR011298,geneDR011300,geneDR027607,geneDR027739,geneDR027755,geneDR013039,geneDR013159,geneDR013222,geneDR013233,geneDR013261,geneDR013294,geneDR013379,geneDR013391,geneDR013430,geneDR013534,geneDR013568,geneDR013573,geneDR027279,geneDR027208,geneDR027156,geneDR027041,geneDR027040,geneDR032600,geneDR034350,geneDR028925,geneDR028960,geneDR029489,geneDR029495,geneDR029543,geneDR023574,geneDR023531,geneDR023408,geneDR023306,geneDR023217,geneDR032701,geneDR032688,geneDR025829,geneDR025801,geneDR025624,geneDR034458,geneDR012847,geneDR012910,geneDR012923,geneDR026934,geneDR009896,geneDR009671,geneDR009620,geneDR009323,geneDR009294,geneDR009127,geneDR016566,geneDR016479,geneDR016476,geneDR016393,geneDR016327,geneDR029074,geneDR029174,geneDR032279,geneDR032280,geneDR007431,geneDR007412,geneDR007340,geneDR007285,geneDR007235,geneDR007166,geneDR022522,geneDR022636,geneDR022653,geneDR022668,geneDR022681,geneDR005976,geneDR005946,geneDR005943,geneDR005856,geneDR005820,geneDR005628,geneDR005485,geneDR005396,geneDR005360,geneDR005253,geneDR005245,geneDR005193,geneDR005045,geneDR030188,geneDR030181,geneDR030175,geneDR032212	anion transmembrane transporter activity	MF
GO:0008514	geneDR035298,geneDR035398,geneDR014444,geneDR014464,geneDR014487,geneDR034487,geneDR035523,geneDR034629,geneDR035626,geneDR035650,geneDR034845,geneDR035116,geneDR032967,geneDR035221,geneDR035225,geneDR000119,geneDR000301,geneDR000522,geneDR000528,geneDR000654,geneDR000683,geneDR000837,geneDR000839,geneDR000943,geneDR001304,geneDR001451,geneDR001452,geneDR001601,geneDR001841,geneDR035353,geneDR034678,geneDR033818,geneDR033830,geneDR028420,geneDR028414,geneDR028244,geneDR008093,geneDR008002,geneDR007677,geneDR007676,geneDR017006,geneDR016923,geneDR016889,geneDR016753,geneDR016730,geneDR003528,geneDR003401,geneDR002928,geneDR002690,geneDR002641,geneDR002362,geneDR002240,geneDR002098,geneDR002033,geneDR001918,geneDR031654,geneDR031686,geneDR028778,geneDR028625,geneDR020279,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR028072,geneDR006820,geneDR006800,geneDR006695,geneDR006278,geneDR018418,geneDR018399,geneDR018161,geneDR018090,geneDR018063,geneDR030955,geneDR031035,geneDR031136,geneDR017639,geneDR017573,geneDR017444,geneDR017065,geneDR015173,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR014735,geneDR025371,geneDR025440,geneDR025514,geneDR025583,geneDR020554,geneDR020502,geneDR020501,geneDR009020,geneDR009019,geneDR009018,geneDR008803,geneDR008750,geneDR008466,geneDR008364,geneDR008345,geneDR008284,geneDR008201,geneDR008186,geneDR008183,geneDR008146,geneDR029999,geneDR020857,geneDR013885,geneDR019657,geneDR019701,geneDR019743,geneDR016032,geneDR015999,geneDR015449,geneDR033293,geneDR033247,geneDR033246,geneDR020984,geneDR026018,geneDR026052,geneDR026122,geneDR032418,geneDR033368,geneDR023958,geneDR030810,geneDR030717,geneDR018595,geneDR018724,geneDR026562,geneDR003834,geneDR003916,geneDR004004,geneDR004048,geneDR004144,geneDR004190,geneDR004236,geneDR004369,geneDR004371,geneDR004373,geneDR004805,geneDR004965,geneDR034775,geneDR025198,geneDR017822,geneDR017829,geneDR017869,geneDR017892,geneDR017934,geneDR024941,geneDR024837,geneDR022868,geneDR023042,geneDR021643,geneDR021811,geneDR021916,geneDR019134,geneDR021436,geneDR021402,geneDR010162,geneDR010142,geneDR010069,geneDR031256,geneDR031213,geneDR024254,geneDR024186,geneDR023736,geneDR023922,geneDR026590,geneDR026608,geneDR025024,geneDR025030,geneDR025149,geneDR032539,geneDR024636,geneDR024634,geneDR024624,geneDR024498,geneDR010745,geneDR010910,geneDR010923,geneDR011122,geneDR011297,geneDR011298,geneDR011300,geneDR027607,geneDR027739,geneDR027755,geneDR013039,geneDR013159,geneDR013222,geneDR013233,geneDR013379,geneDR013430,geneDR013573,geneDR027279,geneDR027208,geneDR027156,geneDR032600,geneDR034350,geneDR029495,geneDR029543,geneDR023574,geneDR023531,geneDR023408,geneDR032701,geneDR025624,geneDR012910,geneDR026934,geneDR009896,geneDR009671,geneDR009620,geneDR009323,geneDR009294,geneDR009127,geneDR016566,geneDR016476,geneDR016393,geneDR016327,geneDR029074,geneDR029174,geneDR032279,geneDR032280,geneDR007431,geneDR007412,geneDR007235,geneDR007166,geneDR022636,geneDR022653,geneDR022668,geneDR005946,geneDR005943,geneDR005820,geneDR005628,geneDR005396,geneDR005360,geneDR005253,geneDR005245,geneDR005193,geneDR030181,geneDR030175,geneDR032212	organic anion transmembrane transporter activity	MF
GO:0015120	geneDR035298,geneDR035221,geneDR033830,geneDR028420,geneDR025371,geneDR020857,geneDR018724,geneDR017829,geneDR017869,geneDR023736,geneDR025024,geneDR005360,geneDR005253	phosphoglycerate transmembrane transporter activity	MF
GO:0015144	geneDR035298,geneDR014359,geneDR014447,geneDR035221,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR001841,geneDR035353,geneDR034678,geneDR033815,geneDR033830,geneDR033851,geneDR028420,geneDR008002,geneDR007847,geneDR003088,geneDR003087,geneDR002207,geneDR002106,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR018248,geneDR018206,geneDR018205,geneDR034168,geneDR017361,geneDR015155,geneDR025371,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR029937,geneDR033904,geneDR027307,geneDR020810,geneDR020857,geneDR013878,geneDR016081,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR026255,geneDR018724,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR026562,geneDR003995,geneDR004090,geneDR004663,geneDR017829,geneDR017869,geneDR017896,geneDR017934,geneDR021946,geneDR019411,geneDR019373,geneDR009992,geneDR024330,geneDR023646,geneDR023736,geneDR023824,geneDR034236,geneDR034237,geneDR035078,geneDR026623,geneDR026702,geneDR025024,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR027712,geneDR013229,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR032571,geneDR023329,geneDR025774,geneDR034458,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR016234,geneDR029002,geneDR030618,geneDR007562,geneDR007300,geneDR007285,geneDR034075,geneDR007096,geneDR006961,geneDR022190,geneDR022561,geneDR022639,geneDR022672,geneDR005964,geneDR005798,geneDR005484,geneDR005360,geneDR005253	carbohydrate transmembrane transporter activity	MF
GO:0015605	geneDR035298,geneDR014487,geneDR034487,geneDR035560,geneDR034630,geneDR034845,geneDR035116,geneDR035221,geneDR000301,geneDR000654,geneDR000837,geneDR000839,geneDR001601,geneDR033830,geneDR028420,geneDR008093,geneDR002098,geneDR002033,geneDR028778,geneDR012243,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR028072,geneDR006820,geneDR006800,geneDR018161,geneDR018090,geneDR031136,geneDR017639,geneDR025371,geneDR025583,geneDR020554,geneDR008284,geneDR008186,geneDR020857,geneDR013885,geneDR016032,geneDR033227,geneDR018724,geneDR004004,geneDR017829,geneDR017869,geneDR023042,geneDR021811,geneDR021502,geneDR021402,geneDR010142,geneDR010069,geneDR023736,geneDR026590,geneDR025024,geneDR010745,geneDR027156,geneDR025624,geneDR016327,geneDR022668,geneDR005360,geneDR005253,geneDR030181	organophosphate ester transmembrane transporter activity	MF
GO:0042879	geneDR035298,geneDR035221,geneDR001841,geneDR035353,geneDR034678,geneDR033830,geneDR028420,geneDR025371,geneDR020857,geneDR018724,geneDR017829,geneDR017869,geneDR017934,geneDR023736,geneDR025024,geneDR005360,geneDR005253	aldonate transmembrane transporter activity	MF
GO:0046943	geneDR035298,geneDR035398,geneDR014444,geneDR014464,geneDR035523,geneDR034629,geneDR035626,geneDR035116,geneDR032967,geneDR035221,geneDR035225,geneDR000119,geneDR000522,geneDR000528,geneDR000683,geneDR000943,geneDR001451,geneDR001452,geneDR001841,geneDR035353,geneDR034678,geneDR033818,geneDR033830,geneDR028420,geneDR028414,geneDR028244,geneDR008002,geneDR007677,geneDR007676,geneDR016923,geneDR016889,geneDR016753,geneDR016730,geneDR002928,geneDR002641,geneDR002362,geneDR002240,geneDR002098,geneDR001918,geneDR031654,geneDR031686,geneDR028625,geneDR006695,geneDR018418,geneDR018399,geneDR018063,geneDR030955,geneDR031035,geneDR017573,geneDR017444,geneDR017065,geneDR015173,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR014735,geneDR025371,geneDR025440,geneDR025514,geneDR020502,geneDR020501,geneDR009020,geneDR009019,geneDR009018,geneDR008803,geneDR008750,geneDR008466,geneDR008364,geneDR008345,geneDR008201,geneDR008183,geneDR008146,geneDR029999,geneDR020857,geneDR013885,geneDR019657,geneDR019701,geneDR019743,geneDR015999,geneDR033247,geneDR033246,geneDR020984,geneDR026018,geneDR026052,geneDR026122,geneDR032418,geneDR033368,geneDR023958,geneDR030717,geneDR018595,geneDR018724,geneDR026562,geneDR003834,geneDR003916,geneDR004048,geneDR004144,geneDR004190,geneDR004236,geneDR004369,geneDR004371,geneDR004373,geneDR004805,geneDR004965,geneDR034775,geneDR025198,geneDR017822,geneDR017829,geneDR017869,geneDR017892,geneDR017934,geneDR024941,geneDR024837,geneDR022868,geneDR021643,geneDR021916,geneDR021436,geneDR010162,geneDR031256,geneDR031213,geneDR024254,geneDR024186,geneDR023736,geneDR023922,geneDR026608,geneDR025024,geneDR025149,geneDR032539,geneDR024634,geneDR024624,geneDR024498,geneDR010910,geneDR010923,geneDR011122,geneDR011297,geneDR011298,geneDR011300,geneDR027607,geneDR027739,geneDR027755,geneDR013039,geneDR013159,geneDR013222,geneDR013233,geneDR013379,geneDR013573,geneDR027279,geneDR027208,geneDR032600,geneDR034350,geneDR029495,geneDR029543,geneDR023574,geneDR023531,geneDR023408,geneDR032701,geneDR012910,geneDR026934,geneDR009896,geneDR009671,geneDR009620,geneDR009294,geneDR009127,geneDR016566,geneDR016476,geneDR016393,geneDR029174,geneDR032279,geneDR032280,geneDR007431,geneDR007412,geneDR007235,geneDR007166,geneDR022636,geneDR022653,geneDR005943,geneDR005820,geneDR005628,geneDR005396,geneDR005360,geneDR005253,geneDR005193,geneDR030175,geneDR032212	carboxylic acid transmembrane transporter activity	MF
GO:0071917	geneDR035298,geneDR035221,geneDR033830,geneDR028420,geneDR002098,geneDR025371,geneDR020857,geneDR013885,geneDR018724,geneDR017829,geneDR017869,geneDR023736,geneDR025024,geneDR005360,geneDR005253	triose-phosphate transmembrane transporter activity	MF
GO:1901505	geneDR035298,geneDR034357,geneDR014487,geneDR034487,geneDR034648,geneDR035650,geneDR034845,geneDR032967,geneDR035221,geneDR000301,geneDR000654,geneDR000837,geneDR000839,geneDR001304,geneDR001601,geneDR033830,geneDR028420,geneDR028352,geneDR028350,geneDR008093,geneDR007677,geneDR007676,geneDR017006,geneDR003528,geneDR003401,geneDR002690,geneDR002033,geneDR028778,geneDR020093,geneDR020279,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR028072,geneDR034534,geneDR006800,geneDR006278,geneDR018161,geneDR018090,geneDR031136,geneDR017639,geneDR017369,geneDR015173,geneDR025371,geneDR025583,geneDR020554,geneDR008558,geneDR008284,geneDR008186,geneDR008146,geneDR020857,geneDR014060,geneDR016032,geneDR015449,geneDR033293,geneDR033368,geneDR030810,geneDR018724,geneDR026331,geneDR004004,geneDR017757,geneDR017758,geneDR017829,geneDR017869,geneDR023042,geneDR021811,geneDR019356,geneDR019134,geneDR021402,geneDR010142,geneDR010069,geneDR023736,geneDR014677,geneDR026590,geneDR025024,geneDR024636,geneDR010745,geneDR027739,geneDR013430,geneDR013706,geneDR027156,geneDR034350,geneDR032492,geneDR023531,geneDR025624,geneDR012910,geneDR009323,geneDR016327,geneDR029074,geneDR007412,geneDR022668,geneDR005946,geneDR005360,geneDR005253,geneDR030181	carbohydrate derivative transmembrane transporter activity	MF
GO:0000981	geneDR035303,geneDR035305,geneDR034096,geneDR034352,geneDR035478,geneDR035484,geneDR014298,geneDR034635,geneDR034986,geneDR032907,geneDR032946,geneDR032118,geneDR000111,geneDR000470,geneDR000503,geneDR000548,geneDR000598,geneDR000650,geneDR000846,geneDR000847,geneDR001016,geneDR001208,geneDR001221,geneDR001345,geneDR001467,geneDR001503,geneDR001587,geneDR001693,geneDR034670,geneDR034545,geneDR033838,geneDR008074,geneDR008073,geneDR008071,geneDR007988,geneDR007936,geneDR007787,geneDR034687,geneDR016984,geneDR016928,geneDR016770,geneDR016744,geneDR003438,geneDR003297,geneDR003207,geneDR003021,geneDR002762,geneDR002552,geneDR002516,geneDR002465,geneDR002358,geneDR002332,geneDR002315,geneDR002304,geneDR002279,geneDR002230,geneDR002143,geneDR002100,geneDR001984,geneDR001932,geneDR001883,geneDR030428,geneDR031674,geneDR028809,geneDR028682,geneDR019909,geneDR019918,geneDR020179,geneDR020199,geneDR020304,geneDR020379,geneDR012182,geneDR012245,geneDR012373,geneDR012440,geneDR012597,geneDR012707,geneDR028132,geneDR031922,geneDR030656,geneDR006791,geneDR006790,geneDR006607,geneDR006390,geneDR006230,geneDR006191,geneDR033807,geneDR033784,geneDR018585,geneDR018576,geneDR018271,geneDR018201,geneDR018200,geneDR018044,geneDR018012,geneDR031102,geneDR031138,geneDR031174,geneDR017517,geneDR017507,geneDR017360,geneDR017050,geneDR015234,geneDR014921,geneDR014780,geneDR014720,geneDR025341,geneDR025443,geneDR025517,geneDR025523,geneDR025580,geneDR029741,geneDR020736,geneDR020699,geneDR020581,geneDR020414,geneDR009005,geneDR008776,geneDR008622,geneDR008598,geneDR008591,geneDR008492,geneDR008419,geneDR008190,geneDR008156,geneDR029991,geneDR029893,geneDR029888,geneDR029809,geneDR027387,geneDR027390,geneDR020787,geneDR034944,geneDR030137,geneDR030135,geneDR014079,geneDR013919,geneDR019609,geneDR019671,geneDR019768,geneDR019818,geneDR016056,geneDR016055,geneDR015644,geneDR015643,geneDR015578,geneDR015550,geneDR015404,geneDR033233,geneDR021121,geneDR021082,geneDR021055,geneDR020944,geneDR020917,geneDR025984,geneDR026021,geneDR026082,geneDR026134,geneDR030815,geneDR030802,geneDR030786,geneDR030718,geneDR018664,geneDR018752,geneDR018889,geneDR026386,geneDR026388,geneDR026444,geneDR026548,geneDR003648,geneDR003910,geneDR003970,geneDR004194,geneDR004208,geneDR004267,geneDR004295,geneDR004366,geneDR004546,geneDR004584,geneDR004649,geneDR004704,geneDR004716,geneDR004790,geneDR025191,geneDR017858,geneDR024961,geneDR024923,geneDR024765,geneDR024744,geneDR024741,geneDR021738,geneDR021743,geneDR021863,geneDR022129,geneDR019223,geneDR019111,geneDR019030,geneDR018965,geneDR021569,geneDR021561,geneDR021498,geneDR031827,geneDR010216,geneDR010067,geneDR010066,geneDR010032,geneDR010031,geneDR009967,geneDR032340,geneDR024344,geneDR024332,geneDR024128,geneDR024102,geneDR034202,geneDR034813,geneDR014570,geneDR014564,geneDR014527,geneDR026762,geneDR025128,geneDR032554,geneDR010434,geneDR010441,geneDR010568,geneDR010750,geneDR010825,geneDR010908,geneDR011057,geneDR011135,geneDR011206,geneDR027440,geneDR027443,geneDR027444,geneDR027679,geneDR027700,geneDR027803,geneDR013339,geneDR013403,geneDR013698,geneDR027188,geneDR027062,geneDR027054,geneDR032572,geneDR031958,geneDR028974,geneDR032509,geneDR034579,geneDR029452,geneDR029610,geneDR029619,geneDR023579,geneDR023541,geneDR023297,geneDR023267,geneDR023262,geneDR032704,geneDR032616,geneDR025887,geneDR025721,geneDR025617,geneDR025616,geneDR025595,geneDR034465,geneDR034468,geneDR012842,geneDR013025,geneDR009879,geneDR009790,geneDR009750,geneDR009550,geneDR009308,geneDR009101,geneDR016644,geneDR016573,geneDR016441,geneDR029105,geneDR029164,geneDR007583,geneDR007469,geneDR007279,geneDR006996,geneDR006947,geneDR022214,geneDR022410,geneDR022430,geneDR022610,geneDR022694,geneDR022705,geneDR006090,geneDR006089,geneDR005855,geneDR005708,geneDR005571,geneDR005372,geneDR005242,geneDR005143,geneDR005090,geneDR030242,geneDR030238	DNA-binding transcription factor activity, RNA polymerase II-specific	MF
GO:0043023	geneDR035304,geneDR035566,geneDR035567,geneDR003211,geneDR003210,geneDR002958,geneDR018553,geneDR020428,geneDR035164,geneDR035165,geneDR035166,geneDR035167,geneDR034408,geneDR030136,geneDR026387,geneDR025259,geneDR027286,geneDR032625,geneDR009752,geneDR016404	ribosomal large subunit binding	MF
GO:0003919	geneDR035309,geneDR034365,geneDR015096,geneDR008554,geneDR030134,geneDR026391,geneDR010420,geneDR032485	FMN adenylyltransferase activity	MF
GO:0004721	geneDR035311,geneDR035420,geneDR014269,geneDR034596,geneDR034597,geneDR035582,geneDR035046,geneDR035183,geneDR032069,geneDR000199,geneDR000527,geneDR001146,geneDR001197,geneDR001703,geneDR001748,geneDR028394,geneDR008042,geneDR016980,geneDR016942,geneDR016759,geneDR003504,geneDR003469,geneDR003199,geneDR003099,geneDR002510,geneDR002148,geneDR028794,geneDR028789,geneDR028759,geneDR028514,geneDR028513,geneDR028477,geneDR028437,geneDR028433,geneDR019877,geneDR019881,geneDR020330,geneDR012085,geneDR034380,geneDR028202,geneDR028190,geneDR006862,geneDR006463,geneDR033746,geneDR018258,geneDR017599,geneDR017443,geneDR017310,geneDR017236,geneDR025449,geneDR033171,geneDR020530,geneDR034869,geneDR027320,geneDR027406,geneDR030133,geneDR013960,geneDR013911,geneDR019784,geneDR015869,geneDR015811,geneDR015758,geneDR015654,geneDR015377,geneDR021205,geneDR021203,geneDR021167,geneDR021002,geneDR030771,geneDR030739,geneDR018615,geneDR018809,geneDR018871,geneDR018872,geneDR018932,geneDR026393,geneDR004176,geneDR004537,geneDR017836,geneDR024940,geneDR022856,geneDR022938,geneDR021794,geneDR021818,geneDR022093,geneDR018995,geneDR009982,geneDR032404,geneDR024318,geneDR026789,geneDR010724,geneDR010896,geneDR013636,geneDR013740,geneDR013786,geneDR029534,geneDR025698,geneDR012770,geneDR026975,geneDR009778,geneDR009681,geneDR009596,geneDR009525,geneDR009523,geneDR009471,geneDR009382,geneDR009133,geneDR016572,geneDR016206,geneDR016201,geneDR029019,geneDR029182,geneDR032288,geneDR007370,geneDR007369,geneDR007180,geneDR022495	phosphoprotein phosphatase activity	MF
GO:0004725	geneDR035311,geneDR000527,geneDR001703,geneDR016942,geneDR003199,geneDR002148,geneDR028433,geneDR019881,geneDR012085,geneDR034380,geneDR034869,geneDR027320,geneDR030133,geneDR015654,geneDR021203,geneDR030739,geneDR018932,geneDR026393,geneDR004176,geneDR024940,geneDR022093,geneDR018995,geneDR009525,geneDR009382,geneDR016206,geneDR029019	protein tyrosine phosphatase activity	MF
GO:0008794	geneDR035311,geneDR030133,geneDR026393	arsenate reductase (glutaredoxin) activity	MF
GO:0016791	geneDR035311,geneDR035420,geneDR035510,geneDR014269,geneDR034596,geneDR034597,geneDR035582,geneDR035046,geneDR035183,geneDR032069,geneDR031991,geneDR000008,geneDR000068,geneDR000157,geneDR000198,geneDR000199,geneDR000527,geneDR000737,geneDR001009,geneDR001067,geneDR001146,geneDR001173,geneDR001197,geneDR001703,geneDR001728,geneDR001748,geneDR028394,geneDR028240,geneDR008070,geneDR008042,geneDR008001,geneDR007968,geneDR007906,geneDR007858,geneDR007626,geneDR007590,geneDR016988,geneDR016980,geneDR016942,geneDR016908,geneDR016810,geneDR016783,geneDR016759,geneDR003504,geneDR003491,geneDR003469,geneDR003214,geneDR003199,geneDR003187,geneDR003099,geneDR002834,geneDR002833,geneDR002717,geneDR002601,geneDR002566,geneDR002510,geneDR002366,geneDR002148,geneDR001920,geneDR001855,geneDR030557,geneDR028794,geneDR028789,geneDR028759,geneDR028753,geneDR028514,geneDR028513,geneDR028503,geneDR028477,geneDR028437,geneDR028433,geneDR019877,geneDR019881,geneDR019973,geneDR019985,geneDR020330,geneDR020339,geneDR020394,geneDR012066,geneDR012085,geneDR012151,geneDR012190,geneDR012499,geneDR034380,geneDR028202,geneDR028190,geneDR031927,geneDR006862,geneDR006489,geneDR006463,geneDR006428,geneDR006178,geneDR033746,geneDR018433,geneDR018258,geneDR018221,geneDR018220,geneDR018184,geneDR018002,geneDR030985,geneDR031070,geneDR017617,geneDR017599,geneDR017443,geneDR017436,geneDR017317,geneDR017310,geneDR017286,geneDR017236,geneDR017211,geneDR015096,geneDR014947,geneDR014938,geneDR014802,geneDR025449,geneDR033171,geneDR020530,geneDR008870,geneDR008566,geneDR008278,geneDR029800,geneDR034766,geneDR033984,geneDR034869,geneDR027309,geneDR027320,geneDR027406,geneDR030133,geneDR014200,geneDR014199,geneDR013960,geneDR013911,geneDR019751,geneDR019784,geneDR019799,geneDR016057,geneDR015896,geneDR015869,geneDR015811,geneDR015808,geneDR015795,geneDR015758,geneDR015736,geneDR015681,geneDR015654,geneDR015641,geneDR015377,geneDR015366,geneDR033224,geneDR021376,geneDR021207,geneDR021205,geneDR021203,geneDR021170,geneDR021167,geneDR021002,geneDR026059,geneDR026108,geneDR026231,geneDR023956,geneDR030789,geneDR030771,geneDR030765,geneDR030739,geneDR030699,geneDR018615,geneDR018728,geneDR018736,geneDR018809,geneDR018871,geneDR018872,geneDR018932,geneDR018941,geneDR026288,geneDR026393,geneDR026532,geneDR026561,geneDR003563,geneDR003564,geneDR003566,geneDR003567,geneDR003568,geneDR004176,geneDR004210,geneDR004379,geneDR004380,geneDR004537,geneDR004595,geneDR004626,geneDR004748,geneDR004853,geneDR017836,geneDR024985,geneDR024940,geneDR022856,geneDR022909,geneDR022910,geneDR022938,geneDR021788,geneDR021794,geneDR021818,geneDR022029,geneDR022093,geneDR019449,geneDR019448,geneDR019018,geneDR018995,geneDR021596,geneDR021549,geneDR010231,geneDR010226,geneDR010083,geneDR010048,geneDR010015,geneDR010013,geneDR009982,geneDR032404,geneDR031214,geneDR024318,geneDR024227,geneDR014650,geneDR026789,geneDR024590,geneDR010420,geneDR010724,geneDR010862,geneDR010896,geneDR011056,geneDR027461,geneDR027466,geneDR027522,geneDR033600,geneDR013095,geneDR013097,geneDR013191,geneDR013540,geneDR013636,geneDR013729,geneDR013740,geneDR013780,geneDR013786,geneDR028951,geneDR029534,geneDR029617,geneDR023573,geneDR023442,geneDR023221,geneDR025968,geneDR025927,geneDR025698,geneDR012770,geneDR012805,geneDR026975,geneDR009918,geneDR009832,geneDR009778,geneDR009758,geneDR009738,geneDR009710,geneDR009681,geneDR009596,geneDR009555,geneDR009525,geneDR009523,geneDR009471,geneDR009412,geneDR009382,geneDR009133,geneDR009098,geneDR016666,geneDR016646,geneDR016572,geneDR016411,geneDR016390,geneDR016361,geneDR016206,geneDR016201,geneDR029019,geneDR029094,geneDR029182,geneDR032288,geneDR007370,geneDR007369,geneDR007256,geneDR007180,geneDR022338,geneDR022495,geneDR005983,geneDR005970,geneDR005897,geneDR005706,geneDR005301,geneDR005256	phosphatase activity	MF
GO:0030611	geneDR035311,geneDR030133,geneDR026393	arsenate reductase activity	MF
GO:0030613	geneDR035311,geneDR030133,geneDR026393	oxidoreductase activity, acting on phosphorus or arsenic in donors	MF
GO:0030614	geneDR035311,geneDR030133,geneDR026393	oxidoreductase activity, acting on phosphorus or arsenic in donors, disulfide as acceptor	MF
GO:0042578	geneDR035311,geneDR034297,geneDR035420,geneDR035510,geneDR014269,geneDR035551,geneDR034596,geneDR034597,geneDR035582,geneDR035640,geneDR034843,geneDR034997,geneDR035046,geneDR035183,geneDR032069,geneDR031991,geneDR000008,geneDR000068,geneDR000157,geneDR000198,geneDR000199,geneDR000527,geneDR000651,geneDR000737,geneDR001009,geneDR001067,geneDR001146,geneDR001173,geneDR001197,geneDR001685,geneDR001703,geneDR001728,geneDR001748,geneDR028398,geneDR028394,geneDR028240,geneDR008070,geneDR008042,geneDR008001,geneDR007968,geneDR007906,geneDR007875,geneDR007858,geneDR007626,geneDR007590,geneDR016988,geneDR016980,geneDR016942,geneDR016908,geneDR016883,geneDR016810,geneDR016783,geneDR016759,geneDR003504,geneDR003491,geneDR003469,geneDR003214,geneDR003199,geneDR003187,geneDR003099,geneDR002834,geneDR002833,geneDR002717,geneDR002601,geneDR002566,geneDR002510,geneDR002505,geneDR002442,geneDR002366,geneDR002189,geneDR002148,geneDR001957,geneDR001920,geneDR001855,geneDR030557,geneDR028794,geneDR028789,geneDR028785,geneDR028759,geneDR028753,geneDR028514,geneDR028513,geneDR028503,geneDR028477,geneDR028437,geneDR028433,geneDR019877,geneDR019881,geneDR019973,geneDR019985,geneDR020330,geneDR020339,geneDR020394,geneDR012066,geneDR012085,geneDR012144,geneDR012151,geneDR012190,geneDR012350,geneDR012499,geneDR034380,geneDR028202,geneDR028190,geneDR028073,geneDR031927,geneDR006862,geneDR006489,geneDR006478,geneDR006463,geneDR006428,geneDR006283,geneDR006178,geneDR033746,geneDR018433,geneDR018258,geneDR018221,geneDR018220,geneDR018184,geneDR018077,geneDR018002,geneDR030985,geneDR031070,geneDR034161,geneDR017617,geneDR017599,geneDR017443,geneDR017436,geneDR017317,geneDR017310,geneDR017286,geneDR017236,geneDR017211,geneDR015096,geneDR014947,geneDR014938,geneDR014802,geneDR025449,geneDR033171,geneDR020530,geneDR020508,geneDR008946,geneDR008870,geneDR008708,geneDR008566,geneDR008278,geneDR029800,geneDR034766,geneDR033984,geneDR034869,geneDR027309,geneDR027320,geneDR027406,geneDR020769,geneDR020770,geneDR030133,geneDR014200,geneDR014199,geneDR013960,geneDR013911,geneDR019751,geneDR019784,geneDR019799,geneDR016057,geneDR015896,geneDR015869,geneDR015838,geneDR015811,geneDR015808,geneDR015795,geneDR015758,geneDR015736,geneDR015681,geneDR015654,geneDR015641,geneDR015377,geneDR015366,geneDR033224,geneDR033207,geneDR021376,geneDR021207,geneDR021205,geneDR021203,geneDR021170,geneDR021167,geneDR021002,geneDR026059,geneDR026108,geneDR026231,geneDR023956,geneDR030789,geneDR030771,geneDR030765,geneDR030739,geneDR030699,geneDR018599,geneDR018615,geneDR018728,geneDR018736,geneDR018809,geneDR018815,geneDR018871,geneDR018872,geneDR018932,geneDR018941,geneDR026288,geneDR026393,geneDR026452,geneDR026532,geneDR026561,geneDR003563,geneDR003564,geneDR003566,geneDR003567,geneDR003568,geneDR003938,geneDR004134,geneDR004176,geneDR004210,geneDR004379,geneDR004380,geneDR004462,geneDR004531,geneDR004537,geneDR004595,geneDR004626,geneDR004748,geneDR004853,geneDR017805,geneDR017836,geneDR024985,geneDR024940,geneDR022856,geneDR022909,geneDR022910,geneDR022938,geneDR021788,geneDR021794,geneDR021818,geneDR022029,geneDR022093,geneDR019449,geneDR019448,geneDR019018,geneDR018995,geneDR021596,geneDR021549,geneDR021521,geneDR031834,geneDR010231,geneDR010226,geneDR010154,geneDR010098,geneDR010083,geneDR010048,geneDR010015,geneDR010013,geneDR009982,geneDR032404,geneDR031214,geneDR024318,geneDR024227,geneDR023766,geneDR023767,geneDR014650,geneDR026789,geneDR024590,geneDR010420,geneDR010724,geneDR010862,geneDR010896,geneDR011056,geneDR027461,geneDR027466,geneDR027522,geneDR033600,geneDR013095,geneDR013097,geneDR013148,geneDR013191,geneDR013540,geneDR013636,geneDR013729,geneDR013740,geneDR013780,geneDR013786,geneDR027196,geneDR028951,geneDR029534,geneDR029617,geneDR023573,geneDR023442,geneDR023221,geneDR025968,geneDR025927,geneDR025730,geneDR025698,geneDR012770,geneDR012805,geneDR026975,geneDR009918,geneDR009832,geneDR009778,geneDR009758,geneDR009738,geneDR009724,geneDR009710,geneDR009681,geneDR009596,geneDR009555,geneDR009525,geneDR009523,geneDR009471,geneDR009412,geneDR009382,geneDR009279,geneDR009133,geneDR009098,geneDR016666,geneDR016646,geneDR016572,geneDR016419,geneDR016411,geneDR016390,geneDR016373,geneDR016361,geneDR016206,geneDR016201,geneDR029019,geneDR029094,geneDR029182,geneDR032288,geneDR007370,geneDR007369,geneDR007256,geneDR007180,geneDR034039,geneDR007133,geneDR007044,geneDR007043,geneDR022243,geneDR022338,geneDR022495,geneDR005983,geneDR005970,geneDR005936,geneDR005897,geneDR005706,geneDR005301,geneDR005256,geneDR005051	phosphoric ester hydrolase activity	MF
GO:0004601	geneDR035313,geneDR034093,geneDR000016,geneDR000177,geneDR000276,geneDR000771,geneDR001802,geneDR033832,geneDR028400,geneDR008078,geneDR002245,geneDR006897,geneDR018282,geneDR018107,geneDR017342,geneDR015233,geneDR015133,geneDR025542,geneDR020565,geneDR008928,geneDR008295,geneDR027328,geneDR016052,geneDR021218,geneDR020994,geneDR018922,geneDR003538,geneDR003557,geneDR004097,geneDR004226,geneDR004243,geneDR004475,geneDR017807,geneDR017880,geneDR033700,geneDR022925,geneDR021901,geneDR010126,geneDR024112,geneDR014626,geneDR024533,geneDR010794,geneDR027599,geneDR027682,geneDR027801,geneDR013081,geneDR013082,geneDR029597,geneDR023233,geneDR009877,geneDR009637,geneDR022262,geneDR022282,geneDR006007	peroxidase activity	MF
GO:0016209	geneDR035313,geneDR034093,geneDR034360,geneDR014392,geneDR035044,geneDR032137,geneDR000016,geneDR000150,geneDR000177,geneDR000276,geneDR000771,geneDR001802,geneDR033832,geneDR028400,geneDR008078,geneDR007795,geneDR034695,geneDR016854,geneDR002245,geneDR002221,geneDR031727,geneDR028607,geneDR020258,geneDR006897,geneDR018442,geneDR018282,geneDR018107,geneDR017536,geneDR017342,geneDR015233,geneDR015133,geneDR014965,geneDR025542,geneDR033120,geneDR020565,geneDR008928,geneDR008900,geneDR008556,geneDR008295,geneDR027328,geneDR016052,geneDR021218,geneDR020994,geneDR032433,geneDR018894,geneDR018922,geneDR026316,geneDR003538,geneDR003557,geneDR003618,geneDR003971,geneDR004092,geneDR004097,geneDR004226,geneDR004243,geneDR004475,geneDR004606,geneDR017807,geneDR017880,geneDR033700,geneDR022898,geneDR022925,geneDR021769,geneDR021901,geneDR019382,geneDR019153,geneDR019050,geneDR019049,geneDR010126,geneDR031206,geneDR024112,geneDR023873,geneDR014626,geneDR032555,geneDR024533,geneDR010794,geneDR027484,geneDR027485,geneDR027599,geneDR027682,geneDR027801,geneDR033644,geneDR013081,geneDR013082,geneDR013454,geneDR032489,geneDR029487,geneDR029578,geneDR029597,geneDR023233,geneDR012794,geneDR012989,geneDR026976,geneDR009877,geneDR009637,geneDR030623,geneDR007539,geneDR007176,geneDR022207,geneDR022262,geneDR022282,geneDR022296,geneDR022364,geneDR006007	antioxidant activity	MF
GO:0016684	geneDR035313,geneDR034093,geneDR000016,geneDR000177,geneDR000276,geneDR000771,geneDR001802,geneDR033832,geneDR028400,geneDR008078,geneDR002245,geneDR006897,geneDR018282,geneDR018107,geneDR017342,geneDR015233,geneDR015133,geneDR025542,geneDR020565,geneDR008928,geneDR008295,geneDR027328,geneDR016052,geneDR021218,geneDR020994,geneDR018922,geneDR003538,geneDR003557,geneDR004097,geneDR004226,geneDR004243,geneDR004475,geneDR017807,geneDR017880,geneDR033700,geneDR022925,geneDR021901,geneDR010126,geneDR024112,geneDR014626,geneDR024533,geneDR010794,geneDR027599,geneDR027682,geneDR027801,geneDR013081,geneDR013082,geneDR029597,geneDR023233,geneDR009877,geneDR009637,geneDR022262,geneDR022282,geneDR006007	oxidoreductase activity, acting on peroxide as acceptor	MF
GO:0004823	geneDR035314,geneDR000954,geneDR012465,geneDR006682,geneDR017881	leucine-tRNA ligase activity	MF
GO:0004190	geneDR034086,geneDR035315,geneDR035344,geneDR035345,geneDR034979,geneDR000337,geneDR000443,geneDR000564,geneDR000793,geneDR001664,geneDR001750,geneDR008030,geneDR016861,geneDR003057,geneDR002737,geneDR002026,geneDR019889,geneDR020254,geneDR028187,geneDR006866,geneDR006865,geneDR006864,geneDR018240,geneDR030980,geneDR017309,geneDR014932,geneDR025297,geneDR025426,geneDR033134,geneDR020658,geneDR020587,geneDR008823,geneDR020851,geneDR020854,geneDR034005,geneDR013821,geneDR019663,geneDR019789,geneDR020889,geneDR018624,geneDR018726,geneDR018727,geneDR026351,geneDR026411,geneDR026470,geneDR004766,geneDR024856,geneDR024684,geneDR022796,geneDR022102,geneDR024233,geneDR032538,geneDR010689,geneDR010906,geneDR010932,geneDR027446,geneDR027453,geneDR027024,geneDR032530,geneDR032529,geneDR032618,geneDR012827,geneDR007484,geneDR007354,geneDR007029,geneDR022376,geneDR022380,geneDR022651	aspartic-type endopeptidase activity	MF
GO:0070001	geneDR034086,geneDR035315,geneDR035344,geneDR035345,geneDR034979,geneDR000337,geneDR000443,geneDR000564,geneDR000793,geneDR001664,geneDR001750,geneDR008030,geneDR016861,geneDR003057,geneDR002737,geneDR002026,geneDR019889,geneDR020254,geneDR028187,geneDR006866,geneDR006865,geneDR006864,geneDR018240,geneDR030980,geneDR017309,geneDR014932,geneDR025297,geneDR025426,geneDR033134,geneDR020658,geneDR020587,geneDR008823,geneDR020851,geneDR020854,geneDR034005,geneDR013821,geneDR019663,geneDR019789,geneDR020889,geneDR018624,geneDR018726,geneDR018727,geneDR026351,geneDR026411,geneDR026470,geneDR004766,geneDR024856,geneDR024684,geneDR022796,geneDR022102,geneDR024233,geneDR032538,geneDR010689,geneDR010906,geneDR010932,geneDR027446,geneDR027453,geneDR027024,geneDR032530,geneDR032529,geneDR032618,geneDR012827,geneDR007484,geneDR007354,geneDR007029,geneDR022376,geneDR022380,geneDR022651	aspartic-type peptidase activity	MF
GO:0003756	geneDR034087,geneDR014490,geneDR028264,geneDR002822,geneDR002531,geneDR002246,geneDR020282,geneDR012226,geneDR018366,geneDR031115,geneDR017475,geneDR014793,geneDR028051,geneDR008956,geneDR008879,geneDR013820,geneDR015919,geneDR033216,geneDR021098,geneDR018894,geneDR004244,geneDR004563,geneDR004845,geneDR019131,geneDR021512,geneDR031301,geneDR024117,geneDR026588,geneDR010674,geneDR009865,geneDR009675,geneDR016343,geneDR029153,geneDR022225,geneDR022324,geneDR022669,geneDR005700	protein disulfide isomerase activity	MF
GO:0016860	geneDR034087,geneDR014363,geneDR014490,geneDR034737,geneDR032881,geneDR032888,geneDR001143,geneDR028264,geneDR007879,geneDR007878,geneDR002822,geneDR002531,geneDR002296,geneDR002246,geneDR001996,geneDR020282,geneDR020383,geneDR012053,geneDR012223,geneDR012226,geneDR012563,geneDR006466,geneDR033755,geneDR018425,geneDR018366,geneDR031115,geneDR017475,geneDR014793,geneDR028051,geneDR020537,geneDR008956,geneDR008879,geneDR013820,geneDR015919,geneDR015503,geneDR033216,geneDR033213,geneDR021098,geneDR020952,geneDR018894,geneDR004244,geneDR004289,geneDR004563,geneDR004845,geneDR025183,geneDR022826,geneDR019131,geneDR021514,geneDR021512,geneDR031301,geneDR031226,geneDR024329,geneDR024117,geneDR014598,geneDR014591,geneDR026588,geneDR026698,geneDR010674,geneDR027175,geneDR009865,geneDR009675,geneDR016343,geneDR029153,geneDR022225,geneDR022324,geneDR022565,geneDR022669,geneDR006038,geneDR005933,geneDR005700	intramolecular oxidoreductase activity	MF
GO:0016864	geneDR034087,geneDR014490,geneDR028264,geneDR002822,geneDR002531,geneDR002246,geneDR020282,geneDR012226,geneDR018366,geneDR031115,geneDR017475,geneDR014793,geneDR028051,geneDR008956,geneDR008879,geneDR013820,geneDR015919,geneDR033216,geneDR021098,geneDR018894,geneDR004244,geneDR004563,geneDR004845,geneDR019131,geneDR021512,geneDR031301,geneDR024117,geneDR026588,geneDR010674,geneDR009865,geneDR009675,geneDR016343,geneDR029153,geneDR022225,geneDR022324,geneDR022669,geneDR005700	intramolecular oxidoreductase activity, transposing S-S bonds	MF
GO:0008559	geneDR034088,geneDR035580,geneDR013818	ABC-type xenobiotic transporter activity	MF
GO:0010328	geneDR034088,geneDR015009,geneDR008183,geneDR013818,geneDR024624,geneDR027538,geneDR023574,geneDR009127,geneDR016566	auxin influx transmembrane transporter activity	MF
GO:0010329	geneDR034088,geneDR032168,geneDR000360,geneDR001046,geneDR002133,geneDR018479,geneDR018409,geneDR018211,geneDR017316,geneDR015009,geneDR014710,geneDR013819,geneDR013818,geneDR021097,geneDR021096,geneDR004197,geneDR024831,geneDR024830,geneDR023122,geneDR023125,geneDR023127,geneDR023128,geneDR023129,geneDR023130,geneDR023131,geneDR023132,geneDR023133,geneDR023134,geneDR031245,geneDR024435,geneDR025126,geneDR011146,geneDR027538,geneDR013641,geneDR013647,geneDR032200,geneDR026996,geneDR026986,geneDR026985,geneDR009753,geneDR009350,geneDR030616,geneDR007268,geneDR005876	auxin efflux transmembrane transporter activity	MF
GO:0015238	geneDR034088,geneDR034288,geneDR014444,geneDR014464,geneDR014487,geneDR034487,geneDR035580,geneDR034629,geneDR035626,geneDR035116,geneDR035242,geneDR000301,geneDR000522,geneDR000837,geneDR000839,geneDR001254,geneDR001490,geneDR001601,geneDR001841,geneDR035353,geneDR034678,geneDR028414,geneDR028316,geneDR007876,geneDR016763,geneDR016762,geneDR016753,geneDR003536,geneDR003534,geneDR002309,geneDR002033,geneDR001918,geneDR028778,geneDR028625,geneDR019896,geneDR012224,geneDR012230,geneDR012334,geneDR012335,geneDR012336,geneDR012338,geneDR012417,geneDR012612,geneDR006800,geneDR006139,geneDR018557,geneDR018399,geneDR018161,geneDR018090,geneDR017241,geneDR014954,geneDR014707,geneDR025583,geneDR027931,geneDR020593,geneDR008803,geneDR008800,geneDR008364,geneDR008284,geneDR008201,geneDR008186,geneDR008129,geneDR013818,geneDR019743,geneDR015986,geneDR015648,geneDR033217,geneDR020984,geneDR026011,geneDR026052,geneDR026122,geneDR004004,geneDR004305,geneDR025280,geneDR017822,geneDR017934,geneDR023042,geneDR021811,geneDR021916,geneDR021436,geneDR021402,geneDR021401,geneDR021399,geneDR010308,geneDR010142,geneDR010069,geneDR031256,geneDR026590,geneDR026608,geneDR026679,geneDR010556,geneDR010745,geneDR013568,geneDR027084,geneDR032600,geneDR029495,geneDR023604,geneDR025624,geneDR034458,geneDR012889,geneDR009896,geneDR009671,geneDR009385,geneDR009294,geneDR016476,geneDR016327,geneDR016109,geneDR029014,geneDR029174,geneDR007285,geneDR022357,geneDR022407,geneDR022584,geneDR022636,geneDR022653,geneDR022668,geneDR005696,geneDR005628,geneDR005407,geneDR005221,geneDR030181	xenobiotic transmembrane transporter activity	MF
GO:0015562	geneDR034088,geneDR034288,geneDR032168,geneDR000360,geneDR001046,geneDR001254,geneDR002133,geneDR012338,geneDR018479,geneDR018409,geneDR018211,geneDR017316,geneDR015009,geneDR014710,geneDR020566,geneDR013819,geneDR013818,geneDR021097,geneDR021096,geneDR004197,geneDR025280,geneDR024831,geneDR024830,geneDR023122,geneDR023125,geneDR023127,geneDR023128,geneDR023129,geneDR023130,geneDR023131,geneDR023132,geneDR023133,geneDR023134,geneDR021401,geneDR021399,geneDR031245,geneDR024435,geneDR025126,geneDR025149,geneDR024634,geneDR011146,geneDR027538,geneDR013641,geneDR013647,geneDR027041,geneDR027040,geneDR032200,geneDR026996,geneDR026986,geneDR026985,geneDR009753,geneDR009350,geneDR030616,geneDR007268,geneDR005943,geneDR005876	efflux transmembrane transporter activity	MF
GO:0042910	geneDR034088,geneDR035580,geneDR013818	xenobiotic transmembrane transporter activity	MF
GO:0080161	geneDR034088,geneDR032168,geneDR000360,geneDR001046,geneDR002133,geneDR018479,geneDR018409,geneDR018211,geneDR017316,geneDR015009,geneDR014710,geneDR008183,geneDR013819,geneDR013818,geneDR021097,geneDR021096,geneDR004197,geneDR024831,geneDR024830,geneDR023122,geneDR023125,geneDR023127,geneDR023128,geneDR023129,geneDR023130,geneDR023131,geneDR023132,geneDR023133,geneDR023134,geneDR031245,geneDR024435,geneDR025126,geneDR024624,geneDR011146,geneDR027538,geneDR013641,geneDR013647,geneDR032200,geneDR023574,geneDR026996,geneDR026986,geneDR026985,geneDR009753,geneDR009350,geneDR009127,geneDR016566,geneDR030616,geneDR007268,geneDR005876	auxin transmembrane transporter activity	MF
GO:0004675	geneDR034091,geneDR014309,geneDR014399,geneDR034496,geneDR034823,geneDR032084,geneDR032028,geneDR000434,geneDR000628,geneDR000675,geneDR000756,geneDR001027,geneDR001107,geneDR001159,geneDR001308,geneDR001329,geneDR001425,geneDR001689,geneDR001715,geneDR033820,geneDR028386,geneDR028254,geneDR028232,geneDR030836,geneDR008067,geneDR008028,geneDR007856,geneDR007855,geneDR007667,geneDR007651,geneDR016965,geneDR016814,geneDR016717,geneDR016715,geneDR003449,geneDR003190,geneDR003089,geneDR003044,geneDR003009,geneDR002808,geneDR002527,geneDR002474,geneDR002236,geneDR002004,geneDR034255,geneDR034254,geneDR030393,geneDR030415,geneDR030489,geneDR030544,geneDR031617,geneDR019925,geneDR019988,geneDR020008,geneDR020114,geneDR020269,geneDR020274,geneDR020292,geneDR012082,geneDR012090,geneDR012488,geneDR028133,geneDR006906,geneDR006783,geneDR006599,geneDR006512,geneDR006423,geneDR006185,geneDR006173,geneDR033774,geneDR018422,geneDR018057,geneDR018049,geneDR017951,geneDR030943,geneDR031007,geneDR031036,geneDR031126,geneDR017430,geneDR017362,geneDR017328,geneDR017259,geneDR017190,geneDR017048,geneDR015227,geneDR015226,geneDR015217,geneDR014898,geneDR014786,geneDR014763,geneDR025551,geneDR027915,geneDR030258,geneDR030309,geneDR020707,geneDR020562,geneDR020406,geneDR009060,geneDR008972,geneDR008954,geneDR008718,geneDR008219,geneDR008170,geneDR008151,geneDR008150,geneDR030083,geneDR029923,geneDR029751,geneDR027380,geneDR027412,geneDR014147,geneDR013815,geneDR019497,geneDR019508,geneDR019762,geneDR019840,geneDR016061,geneDR015905,geneDR015889,geneDR015817,geneDR015814,geneDR015777,geneDR015452,geneDR015395,geneDR033266,geneDR021347,geneDR021307,geneDR021242,geneDR021230,geneDR021091,geneDR021090,geneDR021026,geneDR021025,geneDR026017,geneDR026073,geneDR026149,geneDR026245,geneDR035288,geneDR024036,geneDR026375,geneDR003584,geneDR003642,geneDR003710,geneDR003762,geneDR003804,geneDR003949,geneDR004019,geneDR004020,geneDR004233,geneDR004822,geneDR004832,geneDR017882,geneDR024954,geneDR024836,geneDR024701,geneDR022740,geneDR023027,geneDR033583,geneDR021899,geneDR022097,geneDR022135,geneDR019417,geneDR019416,geneDR019415,geneDR019381,geneDR019322,geneDR019119,geneDR019099,geneDR018981,geneDR010339,geneDR010203,geneDR010202,geneDR010173,geneDR010167,geneDR010017,geneDR032395,geneDR031220,geneDR024292,geneDR024207,geneDR024110,geneDR023831,geneDR023838,geneDR023944,geneDR014680,geneDR026663,geneDR026752,geneDR025031,geneDR025132,geneDR033505,geneDR032553,geneDR024603,geneDR010365,geneDR010540,geneDR010789,geneDR011051,geneDR011067,geneDR027533,geneDR027788,geneDR033610,geneDR033607,geneDR013150,geneDR013367,geneDR013521,geneDR013660,geneDR013701,geneDR013773,geneDR027146,geneDR031948,geneDR028932,geneDR029503,geneDR023559,geneDR023535,geneDR023534,geneDR023500,geneDR023312,geneDR025772,geneDR012801,geneDR012905,geneDR026965,geneDR009821,geneDR009530,geneDR009529,geneDR009508,geneDR009310,geneDR009266,geneDR009190,geneDR009103,geneDR009089,geneDR016657,geneDR016505,geneDR016300,geneDR016209,geneDR016183,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR030631,geneDR007566,geneDR007501,geneDR007446,geneDR007432,geneDR007413,geneDR007342,geneDR007097,geneDR007038,geneDR022229,geneDR022536,geneDR005911,geneDR005784,geneDR005633,geneDR005562,geneDR005473,geneDR005352,geneDR005349,geneDR005087	transmembrane receptor protein serine/threonine kinase activity	MF
GO:0004888	geneDR034091,geneDR014309,geneDR014399,geneDR034496,geneDR034823,geneDR032084,geneDR032028,geneDR000133,geneDR000434,geneDR000628,geneDR000675,geneDR000756,geneDR000794,geneDR000795,geneDR000850,geneDR001027,geneDR001107,geneDR001159,geneDR001308,geneDR001329,geneDR001425,geneDR001689,geneDR001715,geneDR033820,geneDR028386,geneDR028254,geneDR028232,geneDR030836,geneDR008067,geneDR008028,geneDR007856,geneDR007855,geneDR007667,geneDR007651,geneDR016965,geneDR016814,geneDR016717,geneDR016715,geneDR003449,geneDR003223,geneDR003190,geneDR003089,geneDR003044,geneDR003009,geneDR002808,geneDR002527,geneDR002474,geneDR002459,geneDR002236,geneDR002004,geneDR034276,geneDR034255,geneDR034254,geneDR030345,geneDR030393,geneDR030415,geneDR030489,geneDR030544,geneDR031617,geneDR028564,geneDR028455,geneDR019862,geneDR019925,geneDR019988,geneDR020008,geneDR020114,geneDR020143,geneDR020269,geneDR020274,geneDR020292,geneDR012082,geneDR012090,geneDR012115,geneDR012488,geneDR028133,geneDR006906,geneDR006787,geneDR006783,geneDR006782,geneDR006599,geneDR006512,geneDR006423,geneDR006185,geneDR006173,geneDR033774,geneDR018422,geneDR018250,geneDR018213,geneDR018057,geneDR018049,geneDR017951,geneDR030943,geneDR031007,geneDR031036,geneDR031126,geneDR017430,geneDR017362,geneDR017328,geneDR017259,geneDR017190,geneDR017048,geneDR015227,geneDR015226,geneDR015217,geneDR015127,geneDR014898,geneDR014836,geneDR014786,geneDR014763,geneDR014719,geneDR025551,geneDR033141,geneDR027915,geneDR030258,geneDR030309,geneDR020707,geneDR020562,geneDR020504,geneDR020406,geneDR009060,geneDR008972,geneDR008954,geneDR008718,geneDR008219,geneDR008170,geneDR008151,geneDR008150,geneDR008140,geneDR030083,geneDR029923,geneDR029751,geneDR027380,geneDR027412,geneDR028897,geneDR028896,geneDR014147,geneDR013815,geneDR019497,geneDR019508,geneDR019762,geneDR019840,geneDR016061,geneDR015905,geneDR015889,geneDR015817,geneDR015814,geneDR015777,geneDR015628,geneDR015493,geneDR015452,geneDR015395,geneDR033266,geneDR021347,geneDR021307,geneDR021242,geneDR021230,geneDR021091,geneDR021090,geneDR021026,geneDR021025,geneDR026017,geneDR026073,geneDR026149,geneDR026245,geneDR035288,geneDR024036,geneDR018835,geneDR026375,geneDR003584,geneDR003642,geneDR003710,geneDR003762,geneDR003771,geneDR003804,geneDR003854,geneDR003949,geneDR004019,geneDR004020,geneDR004233,geneDR004479,geneDR004789,geneDR004822,geneDR004832,geneDR017846,geneDR017882,geneDR024954,geneDR024836,geneDR024701,geneDR022740,geneDR022885,geneDR023027,geneDR033583,geneDR021899,geneDR021972,geneDR022097,geneDR022135,geneDR019417,geneDR019416,geneDR019415,geneDR019381,geneDR019322,geneDR019119,geneDR019099,geneDR018981,geneDR010339,geneDR010203,geneDR010202,geneDR010173,geneDR010167,geneDR010037,geneDR010017,geneDR009991,geneDR009990,geneDR009989,geneDR032395,geneDR032414,geneDR032415,geneDR031220,geneDR024292,geneDR024207,geneDR024110,geneDR023831,geneDR023838,geneDR023944,geneDR014680,geneDR026663,geneDR026752,geneDR025031,geneDR025132,geneDR033505,geneDR032553,geneDR024603,geneDR010365,geneDR010540,geneDR010694,geneDR010789,geneDR011051,geneDR011067,geneDR011136,geneDR027533,geneDR027674,geneDR027788,geneDR033610,geneDR033607,geneDR013150,geneDR013367,geneDR013521,geneDR013660,geneDR013701,geneDR013773,geneDR027202,geneDR027146,geneDR031948,geneDR028932,geneDR029503,geneDR023559,geneDR023535,geneDR023534,geneDR023524,geneDR023500,geneDR023312,geneDR025772,geneDR025752,geneDR012801,geneDR012905,geneDR026965,geneDR009821,geneDR009754,geneDR009747,geneDR009616,geneDR009530,geneDR009529,geneDR009508,geneDR009310,geneDR009266,geneDR009190,geneDR009103,geneDR009089,geneDR016657,geneDR016505,geneDR016401,geneDR016300,geneDR016209,geneDR016183,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR030631,geneDR007566,geneDR007501,geneDR007446,geneDR007432,geneDR007413,geneDR007342,geneDR007244,geneDR034059,geneDR007116,geneDR007097,geneDR007038,geneDR022229,geneDR022536,geneDR005911,geneDR005784,geneDR005633,geneDR005562,geneDR005473,geneDR005352,geneDR005349,geneDR005087	transmembrane signaling receptor activity	MF
GO:0019199	geneDR034091,geneDR014309,geneDR014399,geneDR034496,geneDR034823,geneDR032084,geneDR032028,geneDR000434,geneDR000628,geneDR000675,geneDR000756,geneDR000850,geneDR001027,geneDR001107,geneDR001159,geneDR001308,geneDR001329,geneDR001425,geneDR001689,geneDR001715,geneDR033820,geneDR028386,geneDR028254,geneDR028232,geneDR030836,geneDR008067,geneDR008028,geneDR007856,geneDR007855,geneDR007667,geneDR007651,geneDR016965,geneDR016814,geneDR016717,geneDR016715,geneDR003449,geneDR003190,geneDR003089,geneDR003044,geneDR003009,geneDR002808,geneDR002527,geneDR002474,geneDR002236,geneDR002004,geneDR034255,geneDR034254,geneDR030393,geneDR030415,geneDR030489,geneDR030544,geneDR031617,geneDR028564,geneDR019925,geneDR019988,geneDR020008,geneDR020114,geneDR020269,geneDR020274,geneDR020292,geneDR012082,geneDR012090,geneDR012115,geneDR012488,geneDR028133,geneDR006906,geneDR006787,geneDR006783,geneDR006599,geneDR006512,geneDR006423,geneDR006185,geneDR006173,geneDR033774,geneDR018422,geneDR018057,geneDR018049,geneDR017951,geneDR030943,geneDR031007,geneDR031036,geneDR031126,geneDR017430,geneDR017362,geneDR017328,geneDR017259,geneDR017190,geneDR017048,geneDR015227,geneDR015226,geneDR015217,geneDR014898,geneDR014836,geneDR014786,geneDR014763,geneDR025551,geneDR027915,geneDR030258,geneDR030309,geneDR020707,geneDR020562,geneDR020406,geneDR009060,geneDR008972,geneDR008954,geneDR008718,geneDR008219,geneDR008170,geneDR008151,geneDR008150,geneDR008140,geneDR030083,geneDR029923,geneDR029751,geneDR027380,geneDR027412,geneDR014147,geneDR013815,geneDR019497,geneDR019508,geneDR019762,geneDR019840,geneDR016061,geneDR015905,geneDR015889,geneDR015817,geneDR015814,geneDR015777,geneDR015452,geneDR015395,geneDR033266,geneDR021347,geneDR021307,geneDR021242,geneDR021230,geneDR021091,geneDR021090,geneDR021026,geneDR021025,geneDR026017,geneDR026073,geneDR026149,geneDR026245,geneDR035288,geneDR024036,geneDR026375,geneDR003584,geneDR003642,geneDR003710,geneDR003762,geneDR003804,geneDR003949,geneDR004019,geneDR004020,geneDR004233,geneDR004822,geneDR004832,geneDR017882,geneDR024954,geneDR024836,geneDR024701,geneDR022740,geneDR023027,geneDR033583,geneDR021899,geneDR021972,geneDR022097,geneDR022135,geneDR019417,geneDR019416,geneDR019415,geneDR019381,geneDR019322,geneDR019119,geneDR019099,geneDR018981,geneDR010339,geneDR010203,geneDR010202,geneDR010173,geneDR010167,geneDR010017,geneDR032395,geneDR031220,geneDR024292,geneDR024207,geneDR024110,geneDR023831,geneDR023838,geneDR023944,geneDR014680,geneDR026663,geneDR026752,geneDR025031,geneDR025132,geneDR033505,geneDR032553,geneDR024603,geneDR010365,geneDR010540,geneDR010789,geneDR011051,geneDR011067,geneDR027533,geneDR027788,geneDR033610,geneDR033607,geneDR013150,geneDR013367,geneDR013521,geneDR013660,geneDR013701,geneDR013773,geneDR027146,geneDR031948,geneDR028932,geneDR029503,geneDR023559,geneDR023535,geneDR023534,geneDR023524,geneDR023500,geneDR023312,geneDR025772,geneDR012801,geneDR012905,geneDR026965,geneDR009821,geneDR009616,geneDR009530,geneDR009529,geneDR009508,geneDR009310,geneDR009266,geneDR009190,geneDR009103,geneDR009089,geneDR016657,geneDR016505,geneDR016300,geneDR016209,geneDR016183,geneDR029076,geneDR029077,geneDR029078,geneDR029099,geneDR030631,geneDR007566,geneDR007501,geneDR007446,geneDR007432,geneDR007413,geneDR007342,geneDR007097,geneDR007038,geneDR022229,geneDR022536,geneDR005911,geneDR005784,geneDR005633,geneDR005562,geneDR005473,geneDR005352,geneDR005349,geneDR005087	transmembrane receptor protein kinase activity	MF
GO:0008312	geneDR034092,geneDR003206	7S RNA binding	MF
GO:0008379	geneDR034093	thioredoxin peroxidase activity	MF
GO:0051920	geneDR034093,geneDR000177,geneDR022925	peroxiredoxin activity	MF
GO:0004842	geneDR034095,geneDR035317,geneDR030918,geneDR035453,geneDR034413,geneDR014274,geneDR014287,geneDR014311,geneDR014376,geneDR014400,geneDR014412,geneDR014471,geneDR034783,geneDR034793,geneDR035663,geneDR034877,geneDR034963,geneDR034973,geneDR035109,geneDR032951,geneDR032141,geneDR032082,geneDR000015,geneDR000096,geneDR000181,geneDR000187,geneDR000250,geneDR000303,geneDR000309,geneDR000408,geneDR000481,geneDR000483,geneDR000556,geneDR000615,geneDR000687,geneDR000751,geneDR000761,geneDR000767,geneDR000779,geneDR000855,geneDR000870,geneDR000925,geneDR000980,geneDR001006,geneDR001007,geneDR001054,geneDR001116,geneDR001150,geneDR001181,geneDR001182,geneDR001272,geneDR001293,geneDR001353,geneDR001355,geneDR001395,geneDR001477,geneDR001589,geneDR001655,geneDR001668,geneDR001688,geneDR001762,geneDR001800,geneDR034667,geneDR028427,geneDR028337,geneDR028331,geneDR028330,geneDR028321,geneDR028270,geneDR028242,geneDR030880,geneDR008088,geneDR008057,geneDR007983,geneDR007963,geneDR007953,geneDR007868,geneDR007845,geneDR007840,geneDR007774,geneDR007771,geneDR007682,geneDR017012,geneDR016912,geneDR016901,geneDR016879,geneDR016855,geneDR016754,geneDR003516,geneDR003445,geneDR003377,geneDR003256,geneDR003201,geneDR003165,geneDR003152,geneDR003149,geneDR002988,geneDR002787,geneDR002728,geneDR002682,geneDR002666,geneDR002665,geneDR002636,geneDR002635,geneDR002593,geneDR002305,geneDR002162,geneDR002111,geneDR030505,geneDR030590,geneDR031630,geneDR031641,geneDR031671,geneDR031717,geneDR031766,geneDR028752,geneDR028751,geneDR028745,geneDR028685,geneDR028664,geneDR028661,geneDR028512,geneDR019938,geneDR019956,geneDR020072,geneDR020158,geneDR020312,geneDR020313,geneDR020360,geneDR020401,geneDR012074,geneDR012121,geneDR012162,geneDR012401,geneDR012427,geneDR012636,geneDR012663,geneDR012683,geneDR012702,geneDR012719,geneDR034387,geneDR028146,geneDR031919,geneDR033334,geneDR006913,geneDR006893,geneDR006886,geneDR006882,geneDR006859,geneDR006777,geneDR006772,geneDR006766,geneDR006649,geneDR006612,geneDR006529,geneDR006514,geneDR006502,geneDR006425,geneDR006424,geneDR006362,geneDR006336,geneDR006322,geneDR006296,geneDR006241,geneDR006240,geneDR018476,geneDR018318,geneDR018280,geneDR018236,geneDR018189,geneDR018173,geneDR018060,geneDR017977,geneDR017966,geneDR030933,geneDR030972,geneDR030978,geneDR031025,geneDR031033,geneDR031084,geneDR031109,geneDR031124,geneDR031176,geneDR031177,geneDR017564,geneDR017440,geneDR017397,geneDR017366,geneDR017166,geneDR017150,geneDR017058,geneDR015282,geneDR015093,geneDR014999,geneDR014984,geneDR014959,geneDR014957,geneDR014892,geneDR014866,geneDR014827,geneDR014801,geneDR014761,geneDR014746,geneDR014745,geneDR014721,geneDR025315,geneDR025359,geneDR025372,geneDR025459,geneDR025502,geneDR025508,geneDR025572,geneDR033140,geneDR033139,geneDR033138,geneDR028052,geneDR027972,geneDR027936,geneDR030285,geneDR029735,geneDR029733,geneDR029690,geneDR034025,geneDR020709,geneDR020662,geneDR020660,geneDR020646,geneDR020564,geneDR020543,geneDR020513,geneDR020465,geneDR020456,geneDR009048,geneDR009007,geneDR008992,geneDR008973,geneDR008794,geneDR008760,geneDR008685,geneDR008570,geneDR008538,geneDR008534,geneDR008521,geneDR008507,geneDR008498,geneDR008370,geneDR008283,geneDR008260,geneDR008145,geneDR030035,geneDR030019,geneDR030018,geneDR030017,geneDR030006,geneDR029989,geneDR029767,geneDR027379,geneDR027381,geneDR028918,geneDR020806,geneDR020807,geneDR020823,geneDR026837,geneDR027864,geneDR027865,geneDR027870,geneDR033491,geneDR014111,geneDR014087,geneDR014050,geneDR014049,geneDR014047,geneDR013985,geneDR019499,geneDR019642,geneDR019644,geneDR019654,geneDR019664,geneDR019668,geneDR019686,geneDR019688,geneDR019712,geneDR019725,geneDR019738,geneDR019780,geneDR019845,geneDR034334,geneDR034516,geneDR035041,geneDR016036,geneDR016035,geneDR016009,geneDR015898,geneDR015867,geneDR015804,geneDR015710,geneDR015700,geneDR015683,geneDR015590,geneDR015399,geneDR015349,geneDR033221,geneDR021298,geneDR021268,geneDR021217,geneDR021083,geneDR020992,geneDR020883,geneDR025993,geneDR026010,geneDR026027,geneDR026091,geneDR026186,geneDR031431,geneDR033371,geneDR030706,geneDR030705,geneDR030693,geneDR018603,geneDR018629,geneDR018705,geneDR018730,geneDR018740,geneDR018741,geneDR018896,geneDR026326,geneDR026330,geneDR026350,geneDR026371,geneDR026374,geneDR026414,geneDR026530,geneDR026531,geneDR026572,geneDR003540,geneDR003591,geneDR003595,geneDR003621,geneDR003718,geneDR003978,geneDR004001,geneDR004056,geneDR004160,geneDR004298,geneDR004299,geneDR004349,geneDR004383,geneDR004631,geneDR004669,geneDR004698,geneDR004720,geneDR004760,geneDR004761,geneDR004814,geneDR004827,geneDR004864,geneDR004970,geneDR025220,geneDR025200,geneDR017710,geneDR017720,geneDR017734,geneDR017741,geneDR017834,geneDR017928,geneDR033698,geneDR024971,geneDR024897,geneDR024894,geneDR024874,geneDR024805,geneDR024784,geneDR024782,geneDR024749,geneDR024703,geneDR024699,geneDR022729,geneDR022765,geneDR022766,geneDR022842,geneDR022847,geneDR022929,geneDR022931,geneDR022980,geneDR023034,geneDR023044,geneDR023053,geneDR033564,geneDR033547,geneDR033531,geneDR021658,geneDR021710,geneDR021730,geneDR021786,geneDR021787,geneDR021880,geneDR021885,geneDR022018,geneDR022025,geneDR022146,geneDR022157,geneDR019431,geneDR019358,geneDR019123,geneDR019102,geneDR019009,geneDR021624,geneDR021589,geneDR021583,geneDR031832,geneDR010296,geneDR010295,geneDR010275,geneDR010258,geneDR010248,geneDR010164,geneDR010044,geneDR010001,geneDR009978,geneDR009960,geneDR032347,geneDR032392,geneDR032400,geneDR024439,geneDR024357,geneDR024243,geneDR024235,geneDR024193,geneDR024148,geneDR024147,geneDR024111,geneDR024082,geneDR023705,geneDR023739,geneDR023745,geneDR023827,geneDR023909,geneDR014674,geneDR014625,geneDR014521,geneDR026601,geneDR026652,geneDR026662,geneDR026734,geneDR026750,geneDR026759,geneDR026786,geneDR025022,geneDR025069,geneDR025146,geneDR032557,geneDR024573,geneDR024504,geneDR024496,geneDR010446,geneDR010466,geneDR010526,geneDR010561,geneDR010676,geneDR010693,geneDR010744,geneDR010832,geneDR010841,geneDR010915,geneDR010922,geneDR010943,geneDR011010,geneDR011079,geneDR011084,geneDR011092,geneDR011105,geneDR011106,geneDR011225,geneDR011229,geneDR011241,geneDR011247,geneDR027508,geneDR033664,geneDR033647,geneDR033645,geneDR033623,geneDR013168,geneDR013337,geneDR013366,geneDR013410,geneDR013703,geneDR013739,geneDR013782,geneDR027256,geneDR027248,geneDR027194,geneDR027193,geneDR027171,geneDR027170,geneDR027126,geneDR027076,geneDR027051,geneDR027037,geneDR032566,geneDR031961,geneDR028939,geneDR033951,geneDR033932,geneDR029509,geneDR029614,geneDR029638,geneDR023530,geneDR023427,geneDR023426,geneDR023415,geneDR023393,geneDR032609,geneDR025933,geneDR025925,geneDR025906,geneDR025886,geneDR025855,geneDR025817,geneDR025724,geneDR025645,geneDR012855,geneDR012929,geneDR012950,geneDR012996,geneDR026961,geneDR026959,geneDR009841,geneDR009839,geneDR009742,geneDR009609,geneDR009578,geneDR009577,geneDR009558,geneDR009363,geneDR009304,geneDR009256,geneDR009238,geneDR009209,geneDR009130,geneDR009086,geneDR016677,geneDR016529,geneDR016513,geneDR016467,geneDR016444,geneDR016397,geneDR016277,geneDR016254,geneDR016244,geneDR016155,geneDR029036,geneDR029041,geneDR029112,geneDR029144,geneDR032273,geneDR030636,geneDR030634,geneDR007551,geneDR007494,geneDR007396,geneDR007159,geneDR007155,geneDR034031,geneDR034045,geneDR034056,geneDR007084,geneDR007065,geneDR006998,geneDR006980,geneDR006966,geneDR022371,geneDR022447,geneDR022513,geneDR022572,geneDR022602,geneDR022608,geneDR022657,geneDR022695,geneDR022704,geneDR006113,geneDR006095,geneDR005826,geneDR005816,geneDR005699,geneDR005682,geneDR005638,geneDR005606,geneDR005592,geneDR005563,geneDR005481,geneDR005368,geneDR005367,geneDR005255,geneDR005204,geneDR005089,geneDR005019,geneDR032228	ubiquitin-protein transferase activity	MF
GO:0061630	geneDR034095,geneDR035317,geneDR030918,geneDR035453,geneDR034413,geneDR014287,geneDR014400,geneDR014471,geneDR034783,geneDR035663,geneDR034963,geneDR034973,geneDR035109,geneDR000187,geneDR000250,geneDR000303,geneDR000408,geneDR000481,geneDR000483,geneDR000556,geneDR000687,geneDR000767,geneDR000779,geneDR000870,geneDR000925,geneDR001006,geneDR001007,geneDR001116,geneDR001150,geneDR001181,geneDR001182,geneDR001353,geneDR001355,geneDR001477,geneDR001589,geneDR001655,geneDR001668,geneDR001688,geneDR001800,geneDR034667,geneDR028337,geneDR028321,geneDR008088,geneDR008057,geneDR007983,geneDR007963,geneDR007868,geneDR007771,geneDR007682,geneDR017012,geneDR016912,geneDR016901,geneDR016879,geneDR016855,geneDR016754,geneDR003377,geneDR003201,geneDR003165,geneDR003149,geneDR002988,geneDR002636,geneDR002593,geneDR002305,geneDR002111,geneDR030505,geneDR030590,geneDR031717,geneDR031766,geneDR028752,geneDR028751,geneDR028745,geneDR028685,geneDR028661,geneDR028512,geneDR019956,geneDR020158,geneDR020360,geneDR020401,geneDR012074,geneDR012121,geneDR012162,geneDR012427,geneDR012663,geneDR012683,geneDR012702,geneDR028146,geneDR033334,geneDR006886,geneDR006859,geneDR006766,geneDR006612,geneDR006529,geneDR006514,geneDR006502,geneDR006425,geneDR006424,geneDR006296,geneDR006241,geneDR006240,geneDR018318,geneDR018280,geneDR018236,geneDR018189,geneDR018060,geneDR017977,geneDR017966,geneDR030933,geneDR030972,geneDR030978,geneDR031025,geneDR031084,geneDR017564,geneDR017366,geneDR017150,geneDR015093,geneDR014999,geneDR014984,geneDR014959,geneDR014957,geneDR014892,geneDR014866,geneDR014801,geneDR014761,geneDR025502,geneDR025508,geneDR025572,geneDR033140,geneDR033139,geneDR033138,geneDR028052,geneDR030285,geneDR029735,geneDR020662,geneDR020660,geneDR020646,geneDR020456,geneDR008992,geneDR008973,geneDR008794,geneDR008760,geneDR008570,geneDR008538,geneDR008534,geneDR008521,geneDR008498,geneDR008370,geneDR008260,geneDR008145,geneDR030019,geneDR030018,geneDR030017,geneDR029989,geneDR029767,geneDR027379,geneDR027381,geneDR028918,geneDR020823,geneDR026837,geneDR027864,geneDR027865,geneDR027870,geneDR033491,geneDR014050,geneDR014049,geneDR019642,geneDR019654,geneDR019664,geneDR019668,geneDR019686,geneDR019688,geneDR019712,geneDR019725,geneDR019845,geneDR034334,geneDR034516,geneDR035041,geneDR016036,geneDR016035,geneDR016009,geneDR015867,geneDR015710,geneDR015683,geneDR033221,geneDR021298,geneDR021268,geneDR021217,geneDR021083,geneDR020992,geneDR020883,geneDR026010,geneDR026027,geneDR026186,geneDR033371,geneDR030706,geneDR030705,geneDR030693,geneDR018603,geneDR018629,geneDR018705,geneDR018730,geneDR018896,geneDR026326,geneDR026374,geneDR026414,geneDR026530,geneDR026531,geneDR003540,geneDR003591,geneDR003595,geneDR003621,geneDR003978,geneDR004001,geneDR004298,geneDR004299,geneDR004349,geneDR004383,geneDR004631,geneDR004669,geneDR025200,geneDR017710,geneDR017741,geneDR017928,geneDR033698,geneDR024971,geneDR024897,geneDR024894,geneDR024874,geneDR024805,geneDR024749,geneDR024703,geneDR022847,geneDR022929,geneDR022931,geneDR022980,geneDR023034,geneDR023044,geneDR021658,geneDR021710,geneDR021786,geneDR021787,geneDR021885,geneDR022018,geneDR022025,geneDR022157,geneDR019431,geneDR019358,geneDR019123,geneDR019009,geneDR021624,geneDR021589,geneDR021583,geneDR010275,geneDR010258,geneDR010248,geneDR010164,geneDR010044,geneDR010001,geneDR009960,geneDR032347,geneDR032392,geneDR024243,geneDR024235,geneDR024193,geneDR024148,geneDR024147,geneDR024082,geneDR023739,geneDR023745,geneDR023909,geneDR014674,geneDR014625,geneDR026601,geneDR026662,geneDR026734,geneDR026759,geneDR025022,geneDR025069,geneDR025146,geneDR024573,geneDR024504,geneDR010526,geneDR010676,geneDR010693,geneDR010744,geneDR010832,geneDR010841,geneDR010915,geneDR010943,geneDR011084,geneDR011241,geneDR027508,geneDR033664,geneDR033645,geneDR033623,geneDR013168,geneDR013366,geneDR013410,geneDR013703,geneDR013739,geneDR027256,geneDR027194,geneDR027126,geneDR027076,geneDR027037,geneDR028939,geneDR033951,geneDR033932,geneDR029509,geneDR029638,geneDR023530,geneDR023427,geneDR023426,geneDR023393,geneDR032609,geneDR025933,geneDR025925,geneDR025906,geneDR012929,geneDR026961,geneDR026959,geneDR009841,geneDR009839,geneDR009742,geneDR009609,geneDR009578,geneDR009577,geneDR009363,geneDR009256,geneDR009130,geneDR009086,geneDR016677,geneDR016513,geneDR016444,geneDR016397,geneDR016277,geneDR016254,geneDR016244,geneDR016155,geneDR029036,geneDR029041,geneDR029112,geneDR029144,geneDR032273,geneDR030636,geneDR030634,geneDR007155,geneDR034045,geneDR034056,geneDR006980,geneDR006966,geneDR022371,geneDR022447,geneDR022513,geneDR022572,geneDR022602,geneDR022657,geneDR022695,geneDR022704,geneDR006113,geneDR005826,geneDR005638,geneDR005606,geneDR005563,geneDR005368,geneDR005367,geneDR005255,geneDR005204	ubiquitin protein ligase activity	MF
GO:0016705	geneDR034097,geneDR035455,geneDR035470,geneDR014393,geneDR035115,geneDR032913,geneDR035148,geneDR035198,geneDR000423,geneDR000571,geneDR000814,geneDR000918,geneDR001082,geneDR001436,geneDR001620,geneDR001634,geneDR035352,geneDR034677,geneDR028428,geneDR030885,geneDR030878,geneDR030877,geneDR030838,geneDR008105,geneDR008005,geneDR007760,geneDR007759,geneDR007704,geneDR007698,geneDR017004,geneDR016902,geneDR003501,geneDR003246,geneDR003241,geneDR003240,geneDR003175,geneDR002984,geneDR002945,geneDR002606,geneDR002364,geneDR002363,geneDR002359,geneDR031669,geneDR028486,geneDR020073,geneDR020097,geneDR020107,geneDR020322,geneDR012192,geneDR012218,geneDR012357,geneDR012359,geneDR012475,geneDR012629,geneDR028150,geneDR028149,geneDR006835,geneDR006184,geneDR033803,geneDR018394,geneDR018259,geneDR018234,geneDR018149,geneDR018093,geneDR018021,geneDR031172,geneDR034139,geneDR034140,geneDR017650,geneDR017649,geneDR017550,geneDR017529,geneDR017469,geneDR017352,geneDR017154,geneDR015084,geneDR014779,geneDR014773,geneDR030256,geneDR020529,geneDR020493,geneDR008728,geneDR008471,geneDR030036,geneDR029754,geneDR028840,geneDR020748,geneDR020777,geneDR020778,geneDR034180,geneDR027823,geneDR027872,geneDR027880,geneDR030120,geneDR014098,geneDR019804,geneDR016026,geneDR015872,geneDR015839,geneDR015600,geneDR015360,geneDR015357,geneDR026115,geneDR033390,geneDR030806,geneDR030762,geneDR018676,geneDR018773,geneDR018774,geneDR018792,geneDR026364,geneDR026410,geneDR026571,geneDR004372,geneDR004374,geneDR004377,geneDR004432,geneDR004632,geneDR004831,geneDR025269,geneDR025268,geneDR025224,geneDR025213,geneDR025212,geneDR025177,geneDR017769,geneDR017835,geneDR017933,geneDR024991,geneDR022897,geneDR023188,geneDR035194,geneDR022048,geneDR019361,geneDR019360,geneDR019349,geneDR021547,geneDR021523,geneDR010291,geneDR010201,geneDR010139,geneDR010080,geneDR010003,geneDR009944,geneDR032364,geneDR031328,geneDR031264,geneDR031257,geneDR024264,geneDR023739,geneDR023940,geneDR014563,geneDR026668,geneDR025022,geneDR025085,geneDR010417,geneDR010542,geneDR011008,geneDR011058,geneDR011070,geneDR011165,geneDR027632,geneDR027636,geneDR027638,geneDR013052,geneDR013056,geneDR013213,geneDR013394,geneDR013589,geneDR013605,geneDR013681,geneDR013746,geneDR013812,geneDR027298,geneDR027261,geneDR027239,geneDR027209,geneDR027207,geneDR027206,geneDR027181,geneDR023546,geneDR023478,geneDR032646,geneDR025860,geneDR025797,geneDR025646,geneDR012728,geneDR012898,geneDR012899,geneDR012901,geneDR012902,geneDR012904,geneDR012951,geneDR012963,geneDR012985,geneDR013018,geneDR013031,geneDR009895,geneDR009789,geneDR009779,geneDR009494,geneDR009378,geneDR009377,geneDR009376,geneDR009375,geneDR009359,geneDR009349,geneDR009281,geneDR009280,geneDR016574,geneDR016490,geneDR016486,geneDR016485,geneDR016440,geneDR016439,geneDR016429,geneDR016330,geneDR029023,geneDR029024,geneDR029025,geneDR029026,geneDR029042,geneDR029047,geneDR030594,geneDR007572,geneDR007569,geneDR007538,geneDR007537,geneDR007536,geneDR007507,geneDR007415,geneDR007395,geneDR007383,geneDR007365,geneDR007325,geneDR022293,geneDR022361,geneDR022599,geneDR005572,geneDR005557,geneDR005542,geneDR005539,geneDR005411,geneDR005255,geneDR005079,geneDR032221	oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen	MF
GO:0016706	geneDR034097,geneDR035455,geneDR032913,geneDR000423,geneDR000918,geneDR001620,geneDR002606,geneDR031669,geneDR028486,geneDR020097,geneDR012192,geneDR012218,geneDR012357,geneDR012359,geneDR012629,geneDR028150,geneDR028149,geneDR033803,geneDR018259,geneDR018234,geneDR018093,geneDR034139,geneDR034140,geneDR017550,geneDR017469,geneDR017352,geneDR014779,geneDR030256,geneDR028840,geneDR020748,geneDR020777,geneDR020778,geneDR034180,geneDR027823,geneDR016026,geneDR015839,geneDR015357,geneDR018773,geneDR018774,geneDR018792,geneDR004632,geneDR017769,geneDR023188,geneDR022048,geneDR019361,geneDR019360,geneDR021547,geneDR021523,geneDR010139,geneDR010003,geneDR009944,geneDR032364,geneDR024264,geneDR014563,geneDR010542,geneDR011058,geneDR013056,geneDR013589,geneDR027261,geneDR023546,geneDR032646,geneDR025797,geneDR012728,geneDR013018,geneDR009779,geneDR009494,geneDR009349,geneDR009281,geneDR009280,geneDR016490,geneDR016486,geneDR016485,geneDR016429,geneDR016330,geneDR029047,geneDR030594,geneDR007572,geneDR007569,geneDR007365,geneDR007325,geneDR022293,geneDR005411	2-oxoglutarate-dependent dioxygenase activity	MF
GO:0045543	geneDR034097,geneDR002606,geneDR017469,geneDR017352,geneDR014779,geneDR028840,geneDR015839,geneDR015357,geneDR018792,geneDR004632,geneDR017769,geneDR011058,geneDR007569,geneDR005411	gibberellin 2-beta-dioxygenase activity	MF
GO:0051213	geneDR034097,geneDR035455,geneDR034705,geneDR032913,geneDR000423,geneDR000785,geneDR000918,geneDR001296,geneDR001620,geneDR008051,geneDR002914,geneDR002610,geneDR002606,geneDR031669,geneDR028628,geneDR028486,geneDR020097,geneDR012192,geneDR012218,geneDR012357,geneDR012359,geneDR012629,geneDR028150,geneDR028149,geneDR006384,geneDR033803,geneDR018259,geneDR018234,geneDR018093,geneDR034139,geneDR034140,geneDR017609,geneDR017550,geneDR017469,geneDR017352,geneDR017121,geneDR015332,geneDR014779,geneDR030256,geneDR028840,geneDR020748,geneDR020777,geneDR020778,geneDR026887,geneDR034180,geneDR027823,geneDR016075,geneDR016074,geneDR016072,geneDR016026,geneDR015839,geneDR015751,geneDR015357,geneDR018773,geneDR018774,geneDR018792,geneDR004632,geneDR004636,geneDR004947,geneDR004948,geneDR017769,geneDR033733,geneDR024664,geneDR024663,geneDR022713,geneDR023188,geneDR022048,geneDR019361,geneDR019360,geneDR021547,geneDR021523,geneDR010139,geneDR010003,geneDR009944,geneDR032364,geneDR024264,geneDR023673,geneDR014563,geneDR025086,geneDR010542,geneDR011058,geneDR011148,geneDR013056,geneDR013108,geneDR013109,geneDR013110,geneDR013111,geneDR013264,geneDR013265,geneDR013279,geneDR013589,geneDR027261,geneDR023546,geneDR032646,geneDR025797,geneDR012728,geneDR013018,geneDR027018,geneDR009779,geneDR009494,geneDR009349,geneDR009342,geneDR009341,geneDR009340,geneDR009339,geneDR009281,geneDR009280,geneDR016490,geneDR016486,geneDR016485,geneDR016429,geneDR016330,geneDR029047,geneDR029054,geneDR030594,geneDR007572,geneDR007569,geneDR007365,geneDR007325,geneDR022181,geneDR022293,geneDR005411	dioxygenase activity	MF
GO:0052634	geneDR034097,geneDR002606,geneDR017469,geneDR014779,geneDR028840,geneDR018792,geneDR004632,geneDR017769,geneDR011058,geneDR005411	C-19 gibberellin 2-beta-dioxygenase activity	MF
GO:0008139	geneDR034102,geneDR030922,geneDR035052,geneDR035053,geneDR000453,geneDR028308,geneDR002890,geneDR002842,geneDR002440,geneDR002439,geneDR002029,geneDR030398,geneDR033782,geneDR018060,geneDR017331,geneDR014814,geneDR020700,geneDR026902,geneDR013920,geneDR019714,geneDR015976,geneDR021175,geneDR003725,geneDR004460,geneDR004921,geneDR024853,geneDR010164,geneDR024295,geneDR024286,geneDR011024,geneDR025912,geneDR009160,geneDR016589,geneDR007535,geneDR006973	nuclear localization sequence binding	MF
GO:0016899	geneDR034105,geneDR035402,geneDR028347,geneDR028341,geneDR028278,geneDR028277,geneDR028130,geneDR018390,geneDR021076,geneDR025199,geneDR017746,geneDR017747,geneDR024760,geneDR024759,geneDR013277,geneDR016386,geneDR016385	oxidoreductase activity, acting on the CH-OH group of donors, oxygen as acceptor	MF
GO:0050105	geneDR034105,geneDR035402,geneDR028130,geneDR021076,geneDR024760,geneDR024759	L-gulonolactone oxidase activity	MF
GO:0016208	geneDR034113,geneDR030926,geneDR034638,geneDR016743,geneDR018500,geneDR008643,geneDR016086,geneDR033234,geneDR021181,geneDR021068,geneDR021497,geneDR024417,geneDR014685,geneDR025723,geneDR030240	AMP binding	MF
GO:0004148	geneDR034116,geneDR029914,geneDR021062,geneDR023300	dihydrolipoyl dehydrogenase activity	MF
GO:0016667	geneDR034116,geneDR034360,geneDR014392,geneDR035044,geneDR032137,geneDR000150,geneDR000270,geneDR028264,geneDR008032,geneDR016854,geneDR003300,geneDR002221,geneDR002062,geneDR012226,geneDR012520,geneDR018442,geneDR017536,geneDR017475,geneDR014965,geneDR033120,geneDR008900,geneDR008556,geneDR029914,geneDR013976,geneDR016087,geneDR015919,geneDR015545,geneDR033216,geneDR021062,geneDR018852,geneDR018894,geneDR026316,geneDR003618,geneDR003918,geneDR003971,geneDR004092,geneDR004606,geneDR022898,geneDR023004,geneDR021769,geneDR019382,geneDR019235,geneDR021512,geneDR031206,geneDR023873,geneDR025083,geneDR032555,geneDR010805,geneDR027484,geneDR027485,geneDR033644,geneDR013146,geneDR013332,geneDR013454,geneDR032489,geneDR029487,geneDR029578,geneDR029623,geneDR023300,geneDR025918,geneDR012794,geneDR012989,geneDR026976,geneDR028995,geneDR030623,geneDR007539,geneDR007176,geneDR006970,geneDR022207,geneDR022296,geneDR022364,geneDR005108,geneDR030204	oxidoreductase activity, acting on a sulfur group of donors	MF
GO:0016668	geneDR034116,geneDR034360,geneDR014392,geneDR035044,geneDR032137,geneDR000150,geneDR016854,geneDR002221,geneDR018442,geneDR017536,geneDR014965,geneDR008900,geneDR008556,geneDR029914,geneDR021062,geneDR018852,geneDR018894,geneDR003618,geneDR004092,geneDR004606,geneDR022898,geneDR019382,geneDR019235,geneDR031206,geneDR023873,geneDR032555,geneDR027484,geneDR027485,geneDR033644,geneDR013454,geneDR032489,geneDR029578,geneDR023300,geneDR012794,geneDR012989,geneDR026976,geneDR030623,geneDR007539,geneDR007176,geneDR022207,geneDR022296,geneDR022364	oxidoreductase activity, acting on a sulfur group of donors, NAD(P) as acceptor	MF
GO:0001882	geneDR034117,geneDR035367,geneDR034723,geneDR034999,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR035244,geneDR000075,geneDR000162,geneDR000398,geneDR000950,geneDR001089,geneDR001184,geneDR001470,geneDR003363,geneDR002978,geneDR002827,geneDR002819,geneDR002574,geneDR002529,geneDR002507,geneDR001983,geneDR030527,geneDR019898,geneDR020075,geneDR028193,geneDR030686,geneDR006280,geneDR025559,geneDR030284,geneDR020651,geneDR020497,geneDR020495,geneDR008307,geneDR030041,geneDR027893,geneDR015875,geneDR015779,geneDR021061,geneDR018645,geneDR003597,geneDR003969,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004603,geneDR004847,geneDR004898,geneDR024767,geneDR022914,geneDR023175,geneDR021935,geneDR022112,geneDR034198,geneDR035235,geneDR010260,geneDR009993,geneDR032317,geneDR031348,geneDR010467,geneDR010510,geneDR010778,geneDR011096,geneDR027034,geneDR029585,geneDR023456,geneDR025682,geneDR012810,geneDR009826,geneDR009771,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR029037,geneDR029062,geneDR029079,geneDR007203,geneDR005986,geneDR005681	nucleoside binding	MF
GO:0001883	geneDR034117,geneDR035367,geneDR034723,geneDR034999,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR035244,geneDR000075,geneDR000162,geneDR000398,geneDR000950,geneDR001089,geneDR001184,geneDR001470,geneDR003363,geneDR002978,geneDR002827,geneDR002819,geneDR002574,geneDR002529,geneDR002507,geneDR001983,geneDR030527,geneDR019898,geneDR020075,geneDR028193,geneDR030686,geneDR006280,geneDR025559,geneDR030284,geneDR020651,geneDR020497,geneDR020495,geneDR008307,geneDR030041,geneDR027893,geneDR015875,geneDR015779,geneDR021061,geneDR018645,geneDR003597,geneDR003969,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004603,geneDR004847,geneDR004898,geneDR024767,geneDR022914,geneDR023175,geneDR021935,geneDR022112,geneDR034198,geneDR035235,geneDR010260,geneDR009993,geneDR032317,geneDR031348,geneDR010467,geneDR010510,geneDR010778,geneDR011096,geneDR027034,geneDR029585,geneDR023456,geneDR025682,geneDR012810,geneDR009826,geneDR009771,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR029037,geneDR029062,geneDR029079,geneDR007203,geneDR005986,geneDR005681	purine nucleoside binding	MF
GO:0005525	geneDR034117,geneDR035367,geneDR034723,geneDR034999,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR035244,geneDR000075,geneDR000162,geneDR000398,geneDR000950,geneDR001089,geneDR001184,geneDR001470,geneDR003363,geneDR002978,geneDR002827,geneDR002819,geneDR002574,geneDR002529,geneDR002507,geneDR001983,geneDR030527,geneDR019898,geneDR020075,geneDR028193,geneDR030686,geneDR006280,geneDR025559,geneDR030284,geneDR020651,geneDR020497,geneDR020495,geneDR008307,geneDR030041,geneDR027893,geneDR015875,geneDR015779,geneDR021061,geneDR018645,geneDR003597,geneDR003969,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004603,geneDR004847,geneDR004898,geneDR024767,geneDR022914,geneDR023175,geneDR021935,geneDR022112,geneDR034198,geneDR035235,geneDR010260,geneDR009993,geneDR032317,geneDR031348,geneDR010467,geneDR010510,geneDR010778,geneDR011096,geneDR027034,geneDR029585,geneDR023456,geneDR025682,geneDR012810,geneDR009826,geneDR009771,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR029037,geneDR029062,geneDR029079,geneDR007203,geneDR005986,geneDR005681	GTP binding	MF
GO:0019001	geneDR034117,geneDR035367,geneDR034723,geneDR034999,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR035244,geneDR000075,geneDR000162,geneDR000398,geneDR000950,geneDR001089,geneDR001184,geneDR001470,geneDR003363,geneDR002978,geneDR002827,geneDR002819,geneDR002574,geneDR002529,geneDR002507,geneDR001983,geneDR030527,geneDR019898,geneDR020075,geneDR028193,geneDR030686,geneDR006280,geneDR025559,geneDR030284,geneDR020651,geneDR020497,geneDR020495,geneDR008307,geneDR030041,geneDR027893,geneDR015875,geneDR015779,geneDR021061,geneDR018645,geneDR003597,geneDR003969,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004603,geneDR004847,geneDR004898,geneDR024767,geneDR022914,geneDR023175,geneDR021935,geneDR022112,geneDR034198,geneDR035235,geneDR010260,geneDR009993,geneDR032317,geneDR031348,geneDR010467,geneDR010510,geneDR010778,geneDR011096,geneDR027034,geneDR029585,geneDR023456,geneDR025682,geneDR012810,geneDR009826,geneDR009771,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR029037,geneDR029062,geneDR029079,geneDR007203,geneDR005986,geneDR005681	guanyl nucleotide binding	MF
GO:0032549	geneDR034117,geneDR035367,geneDR034723,geneDR034999,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR035244,geneDR000075,geneDR000162,geneDR000398,geneDR000950,geneDR001089,geneDR001184,geneDR001470,geneDR003363,geneDR002978,geneDR002827,geneDR002819,geneDR002574,geneDR002529,geneDR002507,geneDR001983,geneDR030527,geneDR019898,geneDR020075,geneDR028193,geneDR030686,geneDR006280,geneDR025559,geneDR030284,geneDR020651,geneDR020497,geneDR020495,geneDR008307,geneDR030041,geneDR027893,geneDR015875,geneDR015779,geneDR021061,geneDR018645,geneDR003597,geneDR003969,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004603,geneDR004847,geneDR004898,geneDR024767,geneDR022914,geneDR023175,geneDR021935,geneDR022112,geneDR034198,geneDR035235,geneDR010260,geneDR009993,geneDR032317,geneDR031348,geneDR010467,geneDR010510,geneDR010778,geneDR011096,geneDR027034,geneDR029585,geneDR023456,geneDR025682,geneDR012810,geneDR009826,geneDR009771,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR029037,geneDR029062,geneDR029079,geneDR007203,geneDR005986,geneDR005681	ribonucleoside binding	MF
GO:0032550	geneDR034117,geneDR035367,geneDR034723,geneDR034999,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR035244,geneDR000075,geneDR000162,geneDR000398,geneDR000950,geneDR001089,geneDR001184,geneDR001470,geneDR003363,geneDR002978,geneDR002827,geneDR002819,geneDR002574,geneDR002529,geneDR002507,geneDR001983,geneDR030527,geneDR019898,geneDR020075,geneDR028193,geneDR030686,geneDR006280,geneDR025559,geneDR030284,geneDR020651,geneDR020497,geneDR020495,geneDR008307,geneDR030041,geneDR027893,geneDR015875,geneDR015779,geneDR021061,geneDR018645,geneDR003597,geneDR003969,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004603,geneDR004847,geneDR004898,geneDR024767,geneDR022914,geneDR023175,geneDR021935,geneDR022112,geneDR034198,geneDR035235,geneDR010260,geneDR009993,geneDR032317,geneDR031348,geneDR010467,geneDR010510,geneDR010778,geneDR011096,geneDR027034,geneDR029585,geneDR023456,geneDR025682,geneDR012810,geneDR009826,geneDR009771,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR029037,geneDR029062,geneDR029079,geneDR007203,geneDR005986,geneDR005681	purine ribonucleoside binding	MF
GO:0032561	geneDR034117,geneDR035367,geneDR034723,geneDR034999,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR035244,geneDR000075,geneDR000162,geneDR000398,geneDR000950,geneDR001089,geneDR001184,geneDR001470,geneDR003363,geneDR002978,geneDR002827,geneDR002819,geneDR002574,geneDR002529,geneDR002507,geneDR001983,geneDR030527,geneDR019898,geneDR020075,geneDR028193,geneDR030686,geneDR006280,geneDR025559,geneDR030284,geneDR020651,geneDR020497,geneDR020495,geneDR008307,geneDR030041,geneDR027893,geneDR015875,geneDR015779,geneDR021061,geneDR018645,geneDR003597,geneDR003969,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004603,geneDR004847,geneDR004898,geneDR024767,geneDR022914,geneDR023175,geneDR021935,geneDR022112,geneDR034198,geneDR035235,geneDR010260,geneDR009993,geneDR032317,geneDR031348,geneDR010467,geneDR010510,geneDR010778,geneDR011096,geneDR027034,geneDR029585,geneDR023456,geneDR025682,geneDR012810,geneDR009826,geneDR009771,geneDR009362,geneDR009332,geneDR009321,geneDR009319,geneDR029037,geneDR029062,geneDR029079,geneDR007203,geneDR005986,geneDR005681	guanyl ribonucleotide binding	MF
GO:0000156	geneDR034123,geneDR032116,geneDR000242,geneDR001051,geneDR016729,geneDR003463,geneDR031698,geneDR028696,geneDR012254,geneDR034535,geneDR006573,geneDR018405,geneDR025487,geneDR025497,geneDR020474,geneDR008490,geneDR015384,geneDR033248,geneDR021059,geneDR021052,geneDR024739,geneDR022965,geneDR022972,geneDR021853,geneDR021489,geneDR024403,geneDR010853,geneDR032560,geneDR032505,geneDR029556,geneDR032661,geneDR025915,geneDR025698,geneDR009909,geneDR029189,geneDR032239,geneDR007180,geneDR005960	phosphorelay response regulator activity	MF
GO:0042500	geneDR035315,geneDR030980,geneDR020658,geneDR024233,geneDR027024	aspartic endopeptidase activity, intramembrane cleaving	MF
GO:0005085	geneDR035317,geneDR034610,geneDR000682,geneDR000858,geneDR001574,geneDR030858,geneDR007998,geneDR003179,geneDR034285,geneDR034238,geneDR030328,geneDR030355,geneDR031775,geneDR028768,geneDR020100,geneDR031892,geneDR006775,geneDR006510,geneDR018212,geneDR030978,geneDR015185,geneDR014736,geneDR027961,geneDR020660,geneDR020789,geneDR034947,geneDR034181,geneDR027824,geneDR019578,geneDR019579,geneDR015671,geneDR026243,geneDR032439,geneDR030781,geneDR018668,geneDR026559,geneDR003780,geneDR003781,geneDR033356,geneDR033357,geneDR033359,geneDR017682,geneDR024870,geneDR019364,geneDR019204,geneDR021392,geneDR031856,geneDR010025,geneDR024235,geneDR023865,geneDR014649,geneDR014502,geneDR026576,geneDR010594,geneDR011121,geneDR027751,geneDR029516,geneDR026928,geneDR009300,geneDR009110,geneDR016471,geneDR032270,geneDR007357,geneDR005984,geneDR005442,geneDR005155	guanyl-nucleotide exchange factor activity	MF
GO:0051020	geneDR035317,geneDR035400,geneDR034305,geneDR014456,geneDR034610,geneDR034740,geneDR034957,geneDR034962,geneDR032923,geneDR035201,geneDR032028,geneDR000398,geneDR000682,geneDR000858,geneDR000957,geneDR000961,geneDR001230,geneDR001426,geneDR001574,geneDR030858,geneDR008094,geneDR008067,geneDR007998,geneDR017005,geneDR003508,geneDR003374,geneDR003179,geneDR003089,geneDR003083,geneDR003063,geneDR003041,geneDR003040,geneDR002930,geneDR002534,geneDR002298,geneDR034285,geneDR034238,geneDR030328,geneDR030355,geneDR031775,geneDR028768,geneDR028684,geneDR028578,geneDR028440,geneDR019874,geneDR020100,geneDR020274,geneDR012089,geneDR012267,geneDR012485,geneDR028129,geneDR031892,geneDR006775,geneDR006677,geneDR006510,geneDR006377,geneDR018552,geneDR018212,geneDR030978,geneDR017292,geneDR017259,geneDR017138,geneDR015185,geneDR014736,geneDR027961,geneDR020660,geneDR020422,geneDR020418,geneDR008846,geneDR008785,geneDR008239,geneDR008238,geneDR020789,geneDR034947,geneDR034181,geneDR027824,geneDR014042,geneDR014006,geneDR019578,geneDR019579,geneDR016061,geneDR016031,geneDR015821,geneDR015801,geneDR015781,geneDR015777,geneDR015671,geneDR015470,geneDR015452,geneDR015354,geneDR021292,geneDR021230,geneDR020901,geneDR026243,geneDR032439,geneDR024020,geneDR030808,geneDR030781,geneDR030732,geneDR018668,geneDR026559,geneDR003780,geneDR003781,geneDR004565,geneDR033356,geneDR033357,geneDR033359,geneDR017682,geneDR024870,geneDR023175,geneDR021861,geneDR022037,geneDR022086,geneDR019364,geneDR019204,geneDR018985,geneDR021392,geneDR031856,geneDR031842,geneDR010025,geneDR024370,geneDR024235,geneDR023733,geneDR023865,geneDR014649,geneDR014502,geneDR026576,geneDR026614,geneDR010594,geneDR011121,geneDR027751,geneDR013281,geneDR013461,geneDR013619,geneDR029516,geneDR025772,geneDR026993,geneDR026928,geneDR009725,geneDR009300,geneDR009284,geneDR009140,geneDR009110,geneDR016483,geneDR016471,geneDR016410,geneDR016374,geneDR016197,geneDR032270,geneDR007432,geneDR007357,geneDR007097,geneDR022419,geneDR022646,geneDR005984,geneDR005442,geneDR005357,geneDR005155	GTPase binding	MF
GO:0008443	geneDR035323,geneDR014297,geneDR034730,geneDR008015,geneDR028600,geneDR033980,geneDR033908,geneDR034010,geneDR034011,geneDR034012,geneDR018927,geneDR004490,geneDR023820,geneDR026763,geneDR026941,geneDR032290,geneDR022519,geneDR005490	phosphofructokinase activity	MF
GO:0019200	geneDR035323,geneDR014297,geneDR034730,geneDR000665,geneDR001123,geneDR001645,geneDR008015,geneDR007692,geneDR003305,geneDR002311,geneDR030561,geneDR028600,geneDR020043,geneDR012655,geneDR031904,geneDR030971,geneDR017020,geneDR008802,geneDR008137,geneDR029906,geneDR033980,geneDR033908,geneDR034010,geneDR034011,geneDR034012,geneDR015540,geneDR018927,geneDR004306,geneDR004490,geneDR024244,geneDR023820,geneDR034234,geneDR035075,geneDR026763,geneDR010366,geneDR023522,geneDR023287,geneDR025706,geneDR026941,geneDR032290,geneDR022519,geneDR005783,geneDR005598,geneDR005490	carbohydrate kinase activity	MF
GO:0047334	geneDR035323,geneDR014297,geneDR033980,geneDR033908,geneDR034010,geneDR034011,geneDR034012,geneDR018927,geneDR004490,geneDR023820,geneDR026763,geneDR022519,geneDR005490	diphosphate-fructose-6-phosphate 1-phosphotransferase activity	MF
GO:0000721	geneDR035326	(R,R)-butanediol dehydrogenase activity	MF
GO:0005451	geneDR035333,geneDR014240,geneDR000498,geneDR008061,geneDR007944,geneDR018462,geneDR033117,geneDR029797,geneDR033467,geneDR013893,geneDR013873,geneDR019703,geneDR016063,geneDR021141,geneDR021021,geneDR026020,geneDR018713,geneDR024919,geneDR024817,geneDR026817,geneDR028975,geneDR032688,geneDR034071	monovalent cation:proton antiporter activity	MF
GO:0015079	geneDR035333,geneDR014240,geneDR000498,geneDR000701,geneDR000948,geneDR034658,geneDR034662,geneDR034551,geneDR034555,geneDR028367,geneDR008061,geneDR008016,geneDR008013,geneDR007944,geneDR002110,geneDR002109,geneDR002031,geneDR001956,geneDR030426,geneDR031714,geneDR031715,geneDR028516,geneDR028515,geneDR020217,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006363,geneDR006351,geneDR033754,geneDR018462,geneDR018050,geneDR031101,geneDR017458,geneDR017092,geneDR014934,geneDR025509,geneDR033124,geneDR033117,geneDR020575,geneDR008544,geneDR008457,geneDR008276,geneDR008165,geneDR029797,geneDR033467,geneDR013893,geneDR013873,geneDR019703,geneDR016063,geneDR015353,geneDR021141,geneDR021021,geneDR026020,geneDR034522,geneDR018713,geneDR026322,geneDR003699,geneDR004221,geneDR004222,geneDR004523,geneDR004590,geneDR017775,geneDR017919,geneDR024919,geneDR024817,geneDR021657,geneDR021683,geneDR019201,geneDR019135,geneDR010272,geneDR026817,geneDR010378,geneDR011016,geneDR027456,geneDR013261,geneDR013801,geneDR027056,geneDR031936,geneDR031937,geneDR032188,geneDR028975,geneDR023553,geneDR032688,geneDR025644,geneDR009626,geneDR016295,geneDR007241,geneDR034064,geneDR034071,geneDR005770,geneDR030180,geneDR032206	potassium ion transmembrane transporter activity	MF
GO:0015386	geneDR035333,geneDR014240,geneDR000498,geneDR008061,geneDR007944,geneDR018462,geneDR033117,geneDR029797,geneDR033467,geneDR013893,geneDR013873,geneDR019703,geneDR016063,geneDR021141,geneDR021021,geneDR026020,geneDR018713,geneDR024919,geneDR024817,geneDR026817,geneDR028975,geneDR032688,geneDR034071	potassium:proton antiporter activity	MF
GO:0022821	geneDR035333,geneDR014240,geneDR000498,geneDR008061,geneDR007944,geneDR020217,geneDR018462,geneDR025509,geneDR033117,geneDR008544,geneDR029797,geneDR033467,geneDR013893,geneDR013873,geneDR019703,geneDR016063,geneDR021141,geneDR021021,geneDR026020,geneDR018713,geneDR024919,geneDR024817,geneDR021683,geneDR019201,geneDR026817,geneDR028975,geneDR032688,geneDR034071	potassium ion antiporter activity	MF
GO:0000217	geneDR035335,geneDR000892,geneDR001525,geneDR016832,geneDR012528,geneDR012579,geneDR033345,geneDR006743,geneDR018008,geneDR017445,geneDR017196,geneDR014792,geneDR019629,geneDR020903,geneDR023957,geneDR004756,geneDR025092,geneDR010370,geneDR010567,geneDR013472,geneDR013528,geneDR023234,geneDR009919,geneDR005124	DNA secondary structure binding	MF
GO:0000400	geneDR035335,geneDR000892,geneDR001525,geneDR016832,geneDR012528,geneDR012579,geneDR006743,geneDR018008,geneDR017445,geneDR017196,geneDR019629,geneDR020903,geneDR023957,geneDR025092,geneDR013528,geneDR023234,geneDR009919,geneDR005124	four-way junction DNA binding	MF
GO:0000403	geneDR035335	Y-form DNA binding	MF
GO:0000404	geneDR035335,geneDR033345,geneDR014792,geneDR010370,geneDR010567,geneDR013472	heteroduplex DNA loop binding	MF
GO:0000406	geneDR035335	double-strand/single-strand DNA junction binding	MF
GO:0032135	geneDR035335,geneDR033345,geneDR014813,geneDR014792,geneDR010370,geneDR010567,geneDR013472	DNA insertion or deletion binding	MF
GO:0032137	geneDR035335	guanine/thymine mispair binding	MF
GO:0003810	geneDR035339	protein-glutamine gamma-glutamyltransferase activity	MF
GO:0004634	geneDR035339,geneDR009056,geneDR030097,geneDR026422,geneDR013298	phosphopyruvate hydratase activity	MF
GO:0016755	geneDR035339,geneDR001500,geneDR001501,geneDR028539,geneDR012410,geneDR019637,geneDR030795	aminoacyltransferase activity	MF
GO:0019863	geneDR035339,geneDR000348,geneDR030849,geneDR007757,geneDR019476,geneDR015652,geneDR021047,geneDR024731,geneDR010665,geneDR013145,geneDR023450	IgE binding	MF
GO:0019865	geneDR035339,geneDR000348,geneDR030849,geneDR007757,geneDR019476,geneDR015652,geneDR021047,geneDR024731,geneDR010665,geneDR013145,geneDR023450	immunoglobulin binding	MF
GO:0030984	geneDR035339	kininogen binding	MF
GO:0030985	geneDR035339	high molecular weight kininogen binding	MF
GO:0008134	geneDR035340,geneDR030918,geneDR034317,geneDR035478,geneDR014451,geneDR014453,geneDR034500,geneDR032118,geneDR032082,geneDR032064,geneDR000044,geneDR000521,geneDR000548,geneDR000650,geneDR000668,geneDR001054,geneDR001108,geneDR001208,geneDR001444,geneDR001693,geneDR034566,geneDR008048,geneDR007936,geneDR007744,geneDR007729,geneDR016928,geneDR003506,geneDR003505,geneDR003503,geneDR003378,geneDR003357,geneDR003294,geneDR002722,geneDR002537,geneDR002304,geneDR002081,geneDR030373,geneDR030435,geneDR030449,geneDR028809,geneDR028672,geneDR020045,geneDR020075,geneDR020197,geneDR012373,geneDR012458,geneDR012707,geneDR033333,geneDR006191,geneDR033772,geneDR018553,geneDR018271,geneDR030974,geneDR031102,geneDR031158,geneDR017654,geneDR015263,geneDR015251,geneDR014888,geneDR014780,geneDR025413,geneDR025443,geneDR025561,geneDR025589,geneDR025590,geneDR029741,geneDR020531,geneDR020483,geneDR008965,geneDR008622,geneDR008419,geneDR030062,geneDR029888,geneDR029809,geneDR027344,geneDR027346,geneDR014122,geneDR013919,geneDR013877,geneDR019499,geneDR019576,geneDR019609,geneDR019629,geneDR019725,geneDR019741,geneDR019768,geneDR016018,geneDR015927,geneDR015766,geneDR015765,geneDR015554,geneDR015492,geneDR015465,geneDR015356,geneDR021146,geneDR020989,geneDR020946,geneDR020917,geneDR020903,geneDR026049,geneDR026082,geneDR026186,geneDR031401,geneDR031392,geneDR024056,geneDR030718,geneDR026330,geneDR003747,geneDR003947,geneDR003948,geneDR004049,geneDR004295,geneDR004340,geneDR004569,geneDR004754,geneDR024961,geneDR024936,geneDR024741,geneDR024699,geneDR024678,geneDR022791,geneDR023023,geneDR021738,geneDR021743,geneDR021877,geneDR019307,geneDR019226,geneDR018965,geneDR031827,geneDR010041,geneDR010035,geneDR010034,geneDR009967,geneDR032340,geneDR024241,geneDR024239,geneDR024155,geneDR024128,geneDR023661,geneDR023662,geneDR014695,geneDR026618,geneDR026711,geneDR025067,geneDR024628,geneDR010732,geneDR010775,geneDR010908,geneDR010947,geneDR011057,geneDR011185,geneDR027553,geneDR027700,geneDR027179,geneDR027054,geneDR028941,geneDR034579,geneDR029452,geneDR029470,geneDR029574,geneDR023463,geneDR023262,geneDR032704,geneDR032609,geneDR025697,geneDR025655,geneDR012876,geneDR013025,geneDR009790,geneDR009743,geneDR009722,geneDR009402,geneDR009308,geneDR016441,geneDR016398,geneDR016371,geneDR029094,geneDR029105,geneDR007583,geneDR007441,geneDR007229,geneDR007181,geneDR022223,geneDR022410,geneDR005829,geneDR005306,geneDR005206	transcription factor binding	MF
GO:0017025	geneDR035340,geneDR014453,geneDR001444,geneDR008048,geneDR030435,geneDR020045,geneDR012458,geneDR033772,geneDR031158,geneDR020531,geneDR020483,geneDR019307,geneDR010041,geneDR014695,geneDR026618,geneDR026711,geneDR027553,geneDR027179,geneDR025697,geneDR012876,geneDR009743,geneDR009722,geneDR016398,geneDR016371,geneDR007441,geneDR007181	TBP-class protein binding	MF
GO:0019904	geneDR035340,geneDR014458,geneDR034586,geneDR034733,geneDR035204,geneDR032139,geneDR032137,geneDR032014,geneDR000254,geneDR000409,geneDR000700,geneDR000796,geneDR001658,geneDR028335,geneDR008112,geneDR008099,geneDR008045,geneDR007745,geneDR003442,geneDR003206,geneDR002842,geneDR002532,geneDR002152,geneDR034284,geneDR030354,geneDR028611,geneDR028449,geneDR019866,geneDR012098,geneDR012613,geneDR012669,geneDR006899,geneDR006861,geneDR018254,geneDR017626,geneDR017587,geneDR014814,geneDR014741,geneDR025448,geneDR027938,geneDR020418,geneDR009010,geneDR008723,geneDR008565,geneDR030062,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR014192,geneDR013830,geneDR019512,geneDR016013,geneDR015903,geneDR015370,geneDR021111,geneDR021104,geneDR020863,geneDR026021,geneDR026224,geneDR031402,geneDR003761,geneDR004463,geneDR004562,geneDR004606,geneDR017739,geneDR024780,geneDR022734,geneDR022985,geneDR022079,geneDR018969,geneDR021614,geneDR031816,geneDR033479,geneDR023712,geneDR023736,geneDR026612,geneDR025024,geneDR010487,geneDR010564,geneDR010565,geneDR010572,geneDR010897,geneDR011024,geneDR011115,geneDR013137,geneDR025878,geneDR025853,geneDR009516,geneDR009399,geneDR009160,geneDR016589,geneDR016190,geneDR016114,geneDR016113,geneDR029001,geneDR007324,geneDR007024,geneDR007004,geneDR022207,geneDR005659,geneDR005624,geneDR005360,geneDR005337,geneDR005253,geneDR005232	protein domain specific binding	MF
GO:0036402	geneDR035340,geneDR001444,geneDR008048,geneDR020045,geneDR012458,geneDR020483,geneDR019307,geneDR010041,geneDR026711,geneDR025697,geneDR012876,geneDR009743,geneDR016398,geneDR007441,geneDR007181	proteasome-activating activity	MF
GO:0004822	geneDR035341,geneDR035372,geneDR014006	isoleucine-tRNA ligase activity	MF
GO:1905538	geneDR035349,geneDR000138,geneDR017149,geneDR014885,geneDR014750,geneDR009040,geneDR010953,geneDR011095,geneDR013476,geneDR025840,geneDR007041	polysome binding	MF
GO:0004129	geneDR035363,geneDR035492,geneDR035572	cytochrome-c oxidase activity	MF
GO:0016675	geneDR035363,geneDR035492,geneDR035572	oxidoreductase activity, acting on a heme group of donors	MF
GO:0003916	geneDR030904,geneDR014237,geneDR035532,geneDR014895,geneDR008899,geneDR014074,geneDR015970,geneDR021665,geneDR031242,geneDR026820,geneDR027495,geneDR012764,geneDR005274	DNA topoisomerase activity	MF
GO:0003918	geneDR030904,geneDR014895,geneDR008899,geneDR015970,geneDR021665,geneDR031242	DNA topoisomerase type II (double strand cut, ATP-hydrolyzing) activity	MF
GO:0004520	geneDR030904,geneDR035124,geneDR006839,geneDR017382,geneDR014895,geneDR014806,geneDR008899,geneDR029930,geneDR019744,geneDR016066,geneDR015970,geneDR025995,geneDR026078,geneDR034527,geneDR031436,geneDR019045,geneDR010566,geneDR013717,geneDR029590,geneDR025864,geneDR007019,geneDR006934	endodeoxyribonuclease activity	MF
GO:0016889	geneDR030904,geneDR014895,geneDR008899,geneDR019744,geneDR015970,geneDR025995,geneDR010566,geneDR029590,geneDR006934	endodeoxyribonuclease activity, producing 3'-phosphomonoesters	MF
GO:0016894	geneDR030904,geneDR014895,geneDR008899,geneDR019744,geneDR015970,geneDR025995,geneDR010566,geneDR029590,geneDR016506,geneDR006934	endonuclease activity, active with either ribo- or deoxyribonucleic acids and producing 3'-phosphomonoesters	MF
GO:0061505	geneDR030904,geneDR014895,geneDR008899,geneDR015970,geneDR021665,geneDR031242	DNA topoisomerase type II (double strand cut, ATP-hydrolyzing) activity	MF
GO:0008641	geneDR030910,geneDR017421,geneDR017238,geneDR015145,geneDR025404,geneDR026172,geneDR004809,geneDR025079,geneDR011277,geneDR027703,geneDR013566,geneDR013770,geneDR022692,geneDR022707,geneDR005104	ubiquitin-like modifier activating enzyme activity	MF
GO:0016877	geneDR030910,geneDR001766,geneDR028287,geneDR016844,geneDR012168,geneDR006323,geneDR017503,geneDR017421,geneDR017238,geneDR017229,geneDR015160,geneDR015145,geneDR025404,geneDR008757,geneDR019585,geneDR015753,geneDR015629,geneDR021058,geneDR021057,geneDR021056,geneDR026172,geneDR024034,geneDR024031,geneDR004003,geneDR004248,geneDR004809,geneDR022878,geneDR019270,geneDR021577,geneDR025079,geneDR010389,geneDR010390,geneDR010391,geneDR010505,geneDR011277,geneDR027703,geneDR027718,geneDR013046,geneDR013238,geneDR013239,geneDR013566,geneDR013770,geneDR023556,geneDR025727,geneDR034035,geneDR007130,geneDR022450,geneDR022692,geneDR022707,geneDR005756,geneDR005755,geneDR005754,geneDR005753,geneDR005104	ligase activity, forming carbon-sulfur bonds	MF
GO:0019781	geneDR030910,geneDR017238,geneDR026172,geneDR013566	NEDD8 activating enzyme activity	MF
GO:0051059	geneDR030918,geneDR025561,geneDR026186,geneDR004340,geneDR023023,geneDR010775,geneDR032609	NF-kappaB binding	MF
GO:0003924	geneDR035367,geneDR034723,geneDR034744,geneDR034999,geneDR035244,geneDR032129,geneDR000075,geneDR000162,geneDR000950,geneDR001089,geneDR001184,geneDR007748,geneDR002578,geneDR002574,geneDR002529,geneDR002507,geneDR030372,geneDR030444,geneDR030527,geneDR030545,geneDR028597,geneDR028530,geneDR019898,geneDR020075,geneDR012093,geneDR028193,geneDR030686,geneDR033792,geneDR018207,geneDR017093,geneDR015307,geneDR015245,geneDR015224,geneDR015195,geneDR015091,geneDR014778,geneDR025559,geneDR030284,geneDR029727,geneDR020651,geneDR008818,geneDR008506,geneDR030039,geneDR020830,geneDR033464,geneDR027893,geneDR013955,geneDR013951,geneDR013949,geneDR013947,geneDR013945,geneDR013942,geneDR013941,geneDR013940,geneDR013939,geneDR019666,geneDR015779,geneDR021231,geneDR021199,geneDR031405,geneDR030727,geneDR018645,geneDR003597,geneDR003750,geneDR004532,geneDR004533,geneDR004534,geneDR004561,geneDR004603,geneDR004824,geneDR017943,geneDR034852,geneDR033740,geneDR024755,geneDR022914,geneDR021935,geneDR021995,geneDR022112,geneDR019324,geneDR009993,geneDR032317,geneDR031348,geneDR025155,geneDR010510,geneDR010778,geneDR010871,geneDR011032,geneDR027760,geneDR027811,geneDR027034,geneDR034574,geneDR029448,geneDR023454,geneDR025752,geneDR012958,geneDR009826,geneDR009771,geneDR009332,geneDR016118,geneDR029062,geneDR032246,geneDR034059,geneDR007116,geneDR005986,geneDR005175	GTPase activity	MF
GO:0000150	geneDR035369,geneDR000892,geneDR001525,geneDR016832,geneDR012528,geneDR012579,geneDR006743,geneDR018008,geneDR017445,geneDR017196,geneDR023957,geneDR025092,geneDR013528,geneDR023234,geneDR009919,geneDR005124	DNA strand exchange activity	MF
GO:0004534	geneDR035369,geneDR023374,geneDR005452	5'-3' exoribonuclease activity	MF
GO:0008017	geneDR035369,geneDR035400,geneDR014341,geneDR034999,geneDR000612,geneDR001230,geneDR001267,geneDR001783,geneDR008035,geneDR007881,geneDR007748,geneDR016785,geneDR003334,geneDR003154,geneDR002806,geneDR002683,geneDR002578,geneDR002538,geneDR002419,geneDR030372,geneDR030444,geneDR019947,geneDR012092,geneDR012212,geneDR012369,geneDR028159,geneDR028129,geneDR028117,geneDR006377,geneDR006340,geneDR018414,geneDR018339,geneDR018195,geneDR017652,geneDR017386,geneDR017162,geneDR017101,geneDR015245,geneDR015224,geneDR015195,geneDR015091,geneDR014887,geneDR014768,geneDR025355,geneDR027911,geneDR030262,geneDR029727,geneDR029721,geneDR020650,geneDR008966,geneDR008952,geneDR008814,geneDR008543,geneDR030039,geneDR029872,geneDR034398,geneDR028889,geneDR014087,geneDR013955,geneDR013951,geneDR013949,geneDR013947,geneDR013945,geneDR013942,geneDR013941,geneDR013940,geneDR013939,geneDR019666,geneDR016084,geneDR015696,geneDR015511,geneDR033195,geneDR021231,geneDR021199,geneDR031405,geneDR030729,geneDR018647,geneDR018832,geneDR026350,geneDR003750,geneDR004435,geneDR004570,geneDR004719,geneDR017902,geneDR017943,geneDR034852,geneDR033740,geneDR022151,geneDR018978,geneDR021527,geneDR021387,geneDR031851,geneDR010233,geneDR010036,geneDR031329,geneDR031234,geneDR023738,geneDR023855,geneDR014618,geneDR026724,geneDR024513,geneDR024503,geneDR024474,geneDR010478,geneDR010949,geneDR011075,geneDR011224,geneDR027760,geneDR027811,geneDR013136,geneDR013724,geneDR028949,geneDR023454,geneDR023246,geneDR025903,geneDR026944,geneDR009903,geneDR009564,geneDR009552,geneDR009416,geneDR009296,geneDR009295,geneDR016104,geneDR029128,geneDR029183,geneDR006983,geneDR022222,geneDR022236,geneDR022326,geneDR022548,geneDR006017,geneDR005834,geneDR005825,geneDR005669,geneDR005450,geneDR005361	microtubule binding	MF
GO:0008092	geneDR035369,geneDR035400,geneDR034364,geneDR035493,geneDR014341,geneDR014374,geneDR035537,geneDR034595,geneDR034615,geneDR035596,geneDR034999,geneDR031990,geneDR000009,geneDR000193,geneDR000230,geneDR000267,geneDR000345,geneDR000497,geneDR000612,geneDR000618,geneDR000630,geneDR000764,geneDR000858,geneDR001035,geneDR001128,geneDR001148,geneDR001174,geneDR001186,geneDR001230,geneDR001267,geneDR001324,geneDR001574,geneDR001701,geneDR001783,geneDR034663,geneDR034550,geneDR028372,geneDR028229,geneDR008035,geneDR007986,geneDR007881,geneDR007820,geneDR007748,geneDR007738,geneDR016792,geneDR016785,geneDR003334,geneDR003154,geneDR003126,geneDR002877,geneDR002842,geneDR002806,geneDR002781,geneDR002751,geneDR002683,geneDR002578,geneDR002562,geneDR002538,geneDR002537,geneDR002419,geneDR002303,geneDR001877,geneDR034238,geneDR030328,geneDR030372,geneDR030444,geneDR030528,geneDR031697,geneDR031728,geneDR028773,geneDR019931,geneDR019947,geneDR020096,geneDR012092,geneDR012212,geneDR012369,geneDR012711,geneDR012713,geneDR034379,geneDR028159,geneDR028129,geneDR028117,geneDR028094,geneDR028093,geneDR006775,geneDR006584,geneDR006461,geneDR006447,geneDR006427,geneDR006377,geneDR006340,geneDR006213,geneDR006160,geneDR033779,geneDR018414,geneDR018374,geneDR018339,geneDR018287,geneDR018195,geneDR017652,geneDR017386,geneDR017208,geneDR017162,geneDR017101,geneDR017047,geneDR017038,geneDR015308,geneDR015245,geneDR015224,geneDR015195,geneDR015156,geneDR015136,geneDR015091,geneDR014943,geneDR014942,geneDR014887,geneDR014814,geneDR014768,geneDR025355,geneDR025439,geneDR025456,geneDR025473,geneDR025493,geneDR028047,geneDR027911,geneDR030262,geneDR029727,geneDR029721,geneDR029688,geneDR020650,geneDR020624,geneDR020472,geneDR020418,geneDR008966,geneDR008965,geneDR008952,geneDR008814,geneDR008713,geneDR008579,geneDR008543,geneDR030062,geneDR030050,geneDR030039,geneDR029956,geneDR029902,geneDR029872,geneDR029760,geneDR034398,geneDR028889,geneDR033100,geneDR027886,geneDR014124,geneDR014087,geneDR014038,geneDR013955,geneDR013951,geneDR013949,geneDR013947,geneDR013945,geneDR013942,geneDR013941,geneDR013940,geneDR013939,geneDR013877,geneDR013849,geneDR013848,geneDR019666,geneDR016084,geneDR015885,geneDR015733,geneDR015696,geneDR015511,geneDR015367,geneDR033195,geneDR033188,geneDR034886,geneDR021326,geneDR021286,geneDR021231,geneDR021199,geneDR021160,geneDR021146,geneDR021124,geneDR020993,geneDR020932,geneDR020874,geneDR031405,geneDR031397,geneDR030729,geneDR018647,geneDR018832,geneDR026350,geneDR026401,geneDR003585,geneDR003596,geneDR003750,geneDR003781,geneDR003841,geneDR004294,geneDR004326,geneDR004435,geneDR004569,geneDR004570,geneDR004591,geneDR004592,geneDR004719,geneDR004779,geneDR033356,geneDR033357,geneDR033359,geneDR017776,geneDR017902,geneDR017926,geneDR017943,geneDR034852,geneDR033740,geneDR022743,geneDR022789,geneDR022934,geneDR022956,geneDR023192,geneDR033570,geneDR021649,geneDR021671,geneDR021807,geneDR021998,geneDR022151,geneDR019083,geneDR018978,geneDR021527,geneDR021387,geneDR031851,geneDR034192,geneDR010323,geneDR010273,geneDR010266,geneDR010233,geneDR010036,geneDR009957,geneDR032352,geneDR031329,geneDR031306,geneDR031288,geneDR031271,geneDR031234,geneDR024287,geneDR024217,geneDR023727,geneDR023738,geneDR023764,geneDR023855,geneDR023919,geneDR014618,geneDR026683,geneDR026724,geneDR026740,geneDR025029,geneDR025143,geneDR024619,geneDR024577,geneDR024513,geneDR024503,geneDR024474,geneDR010478,geneDR010485,geneDR010669,geneDR010782,geneDR010812,geneDR010818,geneDR010872,geneDR010888,geneDR010911,geneDR010949,geneDR011024,geneDR011033,geneDR011075,geneDR011111,geneDR011224,geneDR027713,geneDR027760,geneDR027811,geneDR033627,geneDR033608,geneDR013136,geneDR013536,geneDR013724,geneDR027238,geneDR027120,geneDR031981,geneDR028949,geneDR032486,geneDR023454,geneDR023348,geneDR023280,geneDR023246,geneDR032651,geneDR025903,geneDR025770,geneDR025702,geneDR025656,geneDR025625,geneDR026944,geneDR009903,geneDR009564,geneDR009552,geneDR009416,geneDR009402,geneDR009366,geneDR009296,geneDR009295,geneDR009160,geneDR016589,geneDR016472,geneDR016132,geneDR016104,geneDR029033,geneDR029096,geneDR029128,geneDR029183,geneDR007228,geneDR007175,geneDR006983,geneDR006976,geneDR022206,geneDR022222,geneDR022223,geneDR022236,geneDR022326,geneDR022411,geneDR022548,geneDR022578,geneDR006017,geneDR005929,geneDR005834,geneDR005825,geneDR005669,geneDR005450,geneDR005402,geneDR005386,geneDR005361,geneDR005353,geneDR005246,geneDR005159	cytoskeletal protein binding	MF
GO:0008409	geneDR035369,geneDR028108,geneDR006366,geneDR017062,geneDR014806,geneDR003792,geneDR025023,geneDR023374,geneDR005452,geneDR005254,geneDR005075	5'-3' exonuclease activity	MF
GO:0015631	geneDR035369,geneDR035400,geneDR014341,geneDR034595,geneDR034999,geneDR000612,geneDR001230,geneDR001267,geneDR001783,geneDR028372,geneDR008035,geneDR007881,geneDR007748,geneDR016785,geneDR003334,geneDR003154,geneDR002806,geneDR002683,geneDR002578,geneDR002538,geneDR002537,geneDR002419,geneDR030372,geneDR030444,geneDR019947,geneDR020096,geneDR012092,geneDR012212,geneDR012369,geneDR028159,geneDR028129,geneDR028117,geneDR006377,geneDR006340,geneDR018414,geneDR018339,geneDR018287,geneDR018195,geneDR017652,geneDR017386,geneDR017162,geneDR017101,geneDR015245,geneDR015224,geneDR015195,geneDR015091,geneDR014943,geneDR014942,geneDR014887,geneDR014768,geneDR025355,geneDR025456,geneDR025493,geneDR027911,geneDR030262,geneDR029727,geneDR029721,geneDR020650,geneDR008966,geneDR008965,geneDR008952,geneDR008814,geneDR008543,geneDR030039,geneDR029902,geneDR029872,geneDR034398,geneDR028889,geneDR027886,geneDR014087,geneDR013955,geneDR013951,geneDR013949,geneDR013947,geneDR013945,geneDR013942,geneDR013941,geneDR013940,geneDR013939,geneDR013877,geneDR019666,geneDR016084,geneDR015696,geneDR015511,geneDR033195,geneDR021231,geneDR021199,geneDR021146,geneDR020993,geneDR020874,geneDR031405,geneDR030729,geneDR018647,geneDR018832,geneDR026350,geneDR003750,geneDR004435,geneDR004569,geneDR004570,geneDR004719,geneDR017776,geneDR017902,geneDR017943,geneDR034852,geneDR033740,geneDR022151,geneDR018978,geneDR021527,geneDR021387,geneDR031851,geneDR010233,geneDR010036,geneDR009957,geneDR032352,geneDR031329,geneDR031234,geneDR023738,geneDR023855,geneDR014618,geneDR026724,geneDR024513,geneDR024503,geneDR024474,geneDR010478,geneDR010888,geneDR010949,geneDR011033,geneDR011075,geneDR011224,geneDR027760,geneDR027811,geneDR013136,geneDR013724,geneDR028949,geneDR023454,geneDR023280,geneDR023246,geneDR025903,geneDR026944,geneDR009903,geneDR009564,geneDR009552,geneDR009416,geneDR009296,geneDR009295,geneDR016104,geneDR029128,geneDR029183,geneDR006983,geneDR022222,geneDR022223,geneDR022236,geneDR022326,geneDR022548,geneDR006017,geneDR005834,geneDR005825,geneDR005669,geneDR005450,geneDR005361	tubulin binding	MF
GO:0000140	geneDR035374,geneDR026953,geneDR030643	acylglycerone-phosphate reductase activity	MF
GO:0004806	geneDR035374,geneDR000553,geneDR007929,geneDR007664,geneDR018429,geneDR025483,geneDR029820,geneDR019775,geneDR026087,geneDR023951,geneDR003632,geneDR034828,geneDR010411,geneDR010860,geneDR027589,geneDR032708,geneDR026953,geneDR009914,geneDR030643,geneDR005737	triglyceride lipase activity	MF
GO:0016298	geneDR035374,geneDR034297,geneDR000553,geneDR001621,geneDR001685,geneDR007929,geneDR007875,geneDR007664,geneDR003491,geneDR002442,geneDR001957,geneDR031807,geneDR035034,geneDR028812,geneDR028785,geneDR028434,geneDR019880,geneDR019943,geneDR019970,geneDR012101,geneDR012350,geneDR012630,geneDR006821,geneDR006293,geneDR018542,geneDR018540,geneDR018429,geneDR018177,geneDR018077,geneDR030985,geneDR025356,geneDR025483,geneDR029713,geneDR029710,geneDR020508,geneDR020420,geneDR008701,geneDR008619,geneDR029820,geneDR027353,geneDR027354,geneDR028886,geneDR019775,geneDR015366,geneDR026087,geneDR023951,geneDR018728,geneDR018734,geneDR018908,geneDR026279,geneDR026452,geneDR003632,geneDR003938,geneDR004360,geneDR004462,geneDR017870,geneDR021741,geneDR022091,geneDR022092,geneDR019462,geneDR019461,geneDR018968,geneDR031834,geneDR010154,geneDR010056,geneDR024227,geneDR014666,geneDR034828,geneDR010411,geneDR010860,geneDR011226,geneDR027589,geneDR013284,geneDR027196,geneDR032526,geneDR029458,geneDR023442,geneDR023250,geneDR032708,geneDR025968,geneDR026953,geneDR009914,geneDR009726,geneDR009658,geneDR009657,geneDR009589,geneDR009279,geneDR016419,geneDR016377,geneDR016326,geneDR016204,geneDR030643,geneDR022552,geneDR005936,geneDR005737,geneDR005444,geneDR005038	lipase activity	MF
GO:0051087	geneDR035375,geneDR034504,geneDR035583,geneDR035602,geneDR034796,geneDR028368,geneDR030879,geneDR007745,geneDR020210,geneDR028098,geneDR006429,geneDR015127,geneDR014745,geneDR029965,geneDR015522,geneDR031402,geneDR018636,geneDR026373,geneDR003578,geneDR003581,geneDR003854,geneDR025215,geneDR017770,geneDR019208,geneDR024387,geneDR011106,geneDR027674,geneDR013332,geneDR027258,geneDR025904,geneDR025752,geneDR026952,geneDR030646,geneDR034059,geneDR007116,geneDR007054	chaperone binding	MF
GO:0004084	geneDR035376,geneDR035377,geneDR035378,geneDR014431,geneDR026635,geneDR010415,geneDR027819,geneDR022627,geneDR005582	branched-chain-amino-acid transaminase activity	MF
GO:0010326	geneDR035376,geneDR035377,geneDR035378,geneDR018094,geneDR024631,geneDR010415,geneDR027819,geneDR005939	methionine-oxo-acid transaminase activity	MF
GO:0052654	geneDR035376,geneDR035377,geneDR035378,geneDR010415,geneDR027819	L-leucine transaminase activity	MF
GO:0052655	geneDR035376,geneDR035377,geneDR035378,geneDR010415,geneDR027819	L-valine transaminase activity	MF
GO:0052656	geneDR035376,geneDR035377,geneDR035378,geneDR010415,geneDR027819	L-isoleucine transaminase activity	MF
GO:0000030	geneDR035392,geneDR035607,geneDR034712,geneDR035253,geneDR000060,geneDR001294,geneDR003158,geneDR006321,geneDR031077,geneDR034158,geneDR030286,geneDR008447,geneDR008182,geneDR029776,geneDR030099,geneDR014007,geneDR015693,geneDR021247,geneDR004007,geneDR022806,geneDR023086,geneDR024279,geneDR024156,geneDR023656,geneDR010504,geneDR013450,geneDR033927,geneDR009126,geneDR016565,geneDR007309,geneDR005304	mannosyltransferase activity	MF
GO:0000033	geneDR035392,geneDR035607,geneDR014007,geneDR021247	alpha-1,3-mannosyltransferase activity	MF
GO:0052925	geneDR035392	dol-P-Man:Man(5)GlcNAc(2)-PP-Dol alpha-1,3-mannosyltransferase activity	MF
GO:0015665	geneDR035398,geneDR001841,geneDR035353,geneDR034678,geneDR031686,geneDR020755,geneDR026122,geneDR004369,geneDR017934,geneDR024837,geneDR021643,geneDR023922,geneDR005396	alcohol transmembrane transporter activity	MF
GO:0090440	geneDR035398,geneDR031686,geneDR004369,geneDR024837,geneDR021643,geneDR023922,geneDR005396	abscisic acid transmembrane transporter activity	MF
GO:1901618	geneDR035398,geneDR000676,geneDR001841,geneDR035353,geneDR034678,geneDR028244,geneDR002916,geneDR031686,geneDR033340,geneDR006704,geneDR006513,geneDR017444,geneDR015155,geneDR020547,geneDR020546,geneDR020755,geneDR026122,geneDR004369,geneDR004950,geneDR017934,geneDR024837,geneDR021643,geneDR023922,geneDR027712,geneDR027162,geneDR034458,geneDR016393,geneDR007285,geneDR005396	organic hydroxy compound transmembrane transporter activity	MF
GO:0017016	geneDR035400,geneDR034305,geneDR014456,geneDR034610,geneDR034740,geneDR034957,geneDR034962,geneDR032923,geneDR035201,geneDR000957,geneDR000961,geneDR001230,geneDR001426,geneDR008094,geneDR007998,geneDR017005,geneDR003508,geneDR003083,geneDR003063,geneDR002930,geneDR002534,geneDR002298,geneDR034285,geneDR030355,geneDR028768,geneDR028684,geneDR028578,geneDR028440,geneDR019874,geneDR012089,geneDR012267,geneDR012485,geneDR028129,geneDR031892,geneDR006677,geneDR006510,geneDR006377,geneDR018552,geneDR017292,geneDR015185,geneDR014736,geneDR027961,geneDR020422,geneDR020418,geneDR008846,geneDR008785,geneDR008239,geneDR008238,geneDR034181,geneDR027824,geneDR014042,geneDR016031,geneDR015801,geneDR015781,geneDR015354,geneDR021292,geneDR020901,geneDR026243,geneDR024020,geneDR030808,geneDR030781,geneDR030732,geneDR018668,geneDR026559,geneDR004565,geneDR017682,geneDR021861,geneDR022037,geneDR022086,geneDR018985,geneDR021392,geneDR031856,geneDR031842,geneDR024370,geneDR023733,geneDR023865,geneDR014649,geneDR014502,geneDR026576,geneDR026614,geneDR010594,geneDR011121,geneDR027751,geneDR013281,geneDR013619,geneDR029516,geneDR026993,geneDR026928,geneDR009725,geneDR009300,geneDR009284,geneDR009140,geneDR009110,geneDR016483,geneDR016471,geneDR016410,geneDR016374,geneDR016197,geneDR032270,geneDR022419,geneDR022646,geneDR005984,geneDR005442,geneDR005357,geneDR005155	small GTPase binding	MF
GO:0017048	geneDR035400,geneDR034610,geneDR001230,geneDR007998,geneDR002298,geneDR034285,geneDR030355,geneDR028768,geneDR028578,geneDR028129,geneDR031892,geneDR006510,geneDR006377,geneDR018552,geneDR015185,geneDR014736,geneDR008846,geneDR008785,geneDR034181,geneDR027824,geneDR030781,geneDR018668,geneDR026559,geneDR017682,geneDR021392,geneDR031856,geneDR024370,geneDR023865,geneDR011121,geneDR027751,geneDR029516,geneDR009300,geneDR009110,geneDR016471,geneDR022419,geneDR005442,geneDR005155	small GTPase binding	MF
GO:0031267	geneDR035400,geneDR034305,geneDR014456,geneDR034610,geneDR034740,geneDR034957,geneDR034962,geneDR032923,geneDR035201,geneDR000957,geneDR000961,geneDR001230,geneDR001426,geneDR008094,geneDR007998,geneDR017005,geneDR003508,geneDR003083,geneDR003063,geneDR002930,geneDR002534,geneDR002298,geneDR034285,geneDR030355,geneDR028768,geneDR028684,geneDR028578,geneDR028440,geneDR019874,geneDR012089,geneDR012267,geneDR012485,geneDR028129,geneDR031892,geneDR006677,geneDR006510,geneDR006377,geneDR018552,geneDR017292,geneDR015185,geneDR014736,geneDR027961,geneDR020422,geneDR020418,geneDR008846,geneDR008785,geneDR008239,geneDR008238,geneDR034181,geneDR027824,geneDR014042,geneDR016031,geneDR015801,geneDR015781,geneDR015354,geneDR021292,geneDR020901,geneDR026243,geneDR024020,geneDR030808,geneDR030781,geneDR030732,geneDR018668,geneDR026559,geneDR004565,geneDR017682,geneDR021861,geneDR022037,geneDR022086,geneDR018985,geneDR021392,geneDR031856,geneDR031842,geneDR024370,geneDR023733,geneDR023865,geneDR014649,geneDR014502,geneDR026576,geneDR026614,geneDR010594,geneDR011121,geneDR027751,geneDR013281,geneDR013619,geneDR029516,geneDR026993,geneDR026928,geneDR009725,geneDR009300,geneDR009284,geneDR009140,geneDR009110,geneDR016483,geneDR016471,geneDR016410,geneDR016374,geneDR016197,geneDR032270,geneDR022419,geneDR022646,geneDR005984,geneDR005442,geneDR005357,geneDR005155	small GTPase binding	MF
GO:0045504	geneDR035400,geneDR001230,geneDR028129,geneDR006377	dynein heavy chain binding	MF
GO:0070840	geneDR035400,geneDR001230,geneDR002280,geneDR028129,geneDR006377,geneDR004268,geneDR022429	dynein complex binding	MF
GO:0009975	geneDR035401,geneDR032881,geneDR000599,geneDR001143,geneDR030426,geneDR012179,geneDR012180,geneDR006466,geneDR018425,geneDR014869,geneDR025539,geneDR025540,geneDR025545,geneDR015952,geneDR003699,geneDR023006,geneDR023007,geneDR021566,geneDR031226,geneDR014598,geneDR010796,geneDR010797,geneDR010799,geneDR010800,geneDR010802	cyclase activity	MF
GO:0009976	geneDR035401,geneDR000599	tocopherol cyclase activity	MF
GO:0015103	geneDR034288,geneDR014301,geneDR014464,geneDR034493,geneDR000034,geneDR000404,geneDR000519,geneDR001023,geneDR001071,geneDR001111,geneDR001243,geneDR001254,geneDR001273,geneDR001335,geneDR001781,geneDR028352,geneDR028350,geneDR028316,geneDR028244,geneDR007944,geneDR016777,geneDR003156,geneDR003127,geneDR002200,geneDR002184,geneDR002126,geneDR002015,geneDR001918,geneDR031683,geneDR020126,geneDR012211,geneDR012333,geneDR012338,geneDR028162,geneDR033346,geneDR006553,geneDR006509,geneDR006335,geneDR006223,geneDR018117,geneDR031095,geneDR017444,geneDR017241,geneDR017205,geneDR017072,geneDR027965,geneDR027948,geneDR029703,geneDR020566,geneDR008705,geneDR008588,geneDR008445,geneDR008391,geneDR029999,geneDR029842,geneDR029797,geneDR033909,geneDR033467,geneDR019637,geneDR019701,geneDR015986,geneDR033206,geneDR020935,geneDR026015,geneDR026018,geneDR032418,geneDR018713,geneDR026490,geneDR003749,geneDR004072,geneDR004121,geneDR004141,geneDR004204,geneDR004559,geneDR025280,geneDR017757,geneDR017758,geneDR021638,geneDR019392,geneDR021401,geneDR021399,geneDR010281,geneDR010116,geneDR023823,geneDR014655,geneDR026608,geneDR026758,geneDR024541,geneDR010597,geneDR013261,geneDR013391,geneDR013430,geneDR013534,geneDR013568,geneDR027041,geneDR027040,geneDR028925,geneDR028960,geneDR029489,geneDR023408,geneDR023217,geneDR032688,geneDR025801,geneDR034458,geneDR012923,geneDR016479,geneDR016393,geneDR007340,geneDR007285,geneDR022522,geneDR022653,geneDR022681,geneDR005976,geneDR005856,geneDR005628,geneDR005485,geneDR005045,geneDR030188	inorganic anion transmembrane transporter activity	MF
GO:0080139	geneDR034288,geneDR001254,geneDR012338,geneDR025280,geneDR021401,geneDR021399	borate efflux transmembrane transporter activity	MF
GO:0004620	geneDR034297,geneDR000553,geneDR001621,geneDR001685,geneDR007929,geneDR007875,geneDR007664,geneDR003491,geneDR002442,geneDR001957,geneDR031807,geneDR035034,geneDR028812,geneDR028785,geneDR019970,geneDR012101,geneDR012350,geneDR012630,geneDR006821,geneDR018077,geneDR030985,geneDR020508,geneDR008701,geneDR029820,geneDR027353,geneDR027354,geneDR028886,geneDR019775,geneDR015366,geneDR026087,geneDR018728,geneDR018734,geneDR018908,geneDR026279,geneDR026452,geneDR003938,geneDR004360,geneDR004462,geneDR017870,geneDR021741,geneDR019462,geneDR019461,geneDR018968,geneDR031834,geneDR010154,geneDR024227,geneDR034828,geneDR010411,geneDR027196,geneDR029458,geneDR023442,geneDR032708,geneDR025968,geneDR009658,geneDR009657,geneDR009589,geneDR009279,geneDR016419,geneDR016326,geneDR022552,geneDR005936,geneDR005737,geneDR005444,geneDR005038	phospholipase activity	MF
GO:0004630	geneDR034297,geneDR001685,geneDR007875,geneDR002442,geneDR001957,geneDR012350,geneDR018077,geneDR026452,geneDR003938,geneDR004462,geneDR031834,geneDR010154,geneDR009279,geneDR016419,geneDR005936	phospholipase D activity	MF
GO:0005096	geneDR034297,geneDR034595,geneDR035593,geneDR034957,geneDR000954,geneDR000957,geneDR000961,geneDR001426,geneDR017005,geneDR003313,geneDR003083,geneDR002534,geneDR002298,geneDR001990,geneDR031775,geneDR028440,geneDR019874,geneDR012089,geneDR012350,geneDR012465,geneDR012485,geneDR006682,geneDR006677,geneDR033748,geneDR018077,geneDR017482,geneDR008785,geneDR008239,geneDR008238,geneDR020789,geneDR034947,geneDR014042,geneDR015781,geneDR015605,geneDR015531,geneDR021292,geneDR020901,geneDR020874,geneDR024020,geneDR030808,geneDR030732,geneDR003780,geneDR003975,geneDR004565,geneDR004772,geneDR022037,geneDR022086,geneDR018985,geneDR031834,geneDR010154,geneDR024425,geneDR024314,geneDR023733,geneDR023865,geneDR013256,geneDR026993,geneDR009279,geneDR009140,geneDR016197,geneDR007267,geneDR022419,geneDR005779,geneDR005442,geneDR005357,geneDR032231,geneDR032232	GTPase activator activity	MF
GO:0005546	geneDR034297,geneDR028730,geneDR012350,geneDR018077,geneDR031133,geneDR015156,geneDR020418,geneDR008846,geneDR015408,geneDR021768,geneDR018993,geneDR031834,geneDR010154,geneDR024106,geneDR010706,geneDR027713,geneDR027154,geneDR009279,geneDR005936	phosphatidylinositol-4,5-bisphosphate binding	MF
GO:0008047	geneDR034297,geneDR014254,geneDR014457,geneDR034595,geneDR035593,geneDR035609,geneDR034914,geneDR034917,geneDR034957,geneDR035006,geneDR035259,geneDR032137,geneDR000954,geneDR000957,geneDR000961,geneDR001307,geneDR001426,geneDR028372,geneDR030879,geneDR007908,geneDR007887,geneDR017005,geneDR016854,geneDR003313,geneDR003083,geneDR002652,geneDR002537,geneDR002534,geneDR002298,geneDR002221,geneDR002183,geneDR001990,geneDR034249,geneDR031626,geneDR031775,geneDR028440,geneDR019874,geneDR019887,geneDR012067,geneDR012089,geneDR012350,geneDR012465,geneDR012485,geneDR006682,geneDR006677,geneDR006429,geneDR006197,geneDR033748,geneDR018442,geneDR018077,geneDR030969,geneDR017482,geneDR015165,geneDR014951,geneDR029697,geneDR020663,geneDR008965,geneDR008785,geneDR008239,geneDR008238,geneDR029868,geneDR020789,geneDR034947,geneDR014219,geneDR014042,geneDR013877,geneDR019812,geneDR015781,geneDR015605,geneDR015531,geneDR015464,geneDR021292,geneDR021146,geneDR020901,geneDR020874,geneDR026125,geneDR024020,geneDR030808,geneDR030732,geneDR026373,geneDR026458,geneDR026492,geneDR003780,geneDR003794,geneDR003975,geneDR004092,geneDR004142,geneDR004565,geneDR004569,geneDR004606,geneDR004680,geneDR004772,geneDR025215,geneDR017776,geneDR024767,geneDR022037,geneDR022086,geneDR022099,geneDR022100,geneDR019156,geneDR018985,geneDR031834,geneDR010154,geneDR031206,geneDR024425,geneDR024314,geneDR024309,geneDR023733,geneDR023865,geneDR023873,geneDR026613,geneDR026802,geneDR024580,geneDR027470,geneDR027726,geneDR013256,geneDR013332,geneDR027073,geneDR023244,geneDR025904,geneDR025618,geneDR012794,geneDR026993,geneDR009279,geneDR009140,geneDR016598,geneDR016197,geneDR007302,geneDR007267,geneDR022207,geneDR022223,geneDR022419,geneDR022483,geneDR022649,geneDR005779,geneDR005512,geneDR005442,geneDR005357,geneDR005044,geneDR032231,geneDR032232	enzyme activator activity	MF
GO:0008081	geneDR034297,geneDR035551,geneDR034843,geneDR034997,geneDR000651,geneDR001685,geneDR007875,geneDR003491,geneDR002505,geneDR002442,geneDR002189,geneDR001957,geneDR028785,geneDR012350,geneDR028073,geneDR006478,geneDR018077,geneDR030985,geneDR020508,geneDR008946,geneDR008708,geneDR020769,geneDR020770,geneDR015838,geneDR015366,geneDR018728,geneDR018815,geneDR026452,geneDR003938,geneDR004134,geneDR004462,geneDR004531,geneDR031834,geneDR010154,geneDR010098,geneDR024227,geneDR023766,geneDR023767,geneDR010862,geneDR013148,geneDR027196,geneDR023442,geneDR025968,geneDR009279,geneDR016419,geneDR007044,geneDR007043,geneDR022243,geneDR005936,geneDR005051	phosphoric diester hydrolase activity	MF
GO:0030695	geneDR034297,geneDR034595,geneDR035593,geneDR034957,geneDR000954,geneDR000957,geneDR000961,geneDR001184,geneDR001426,geneDR017005,geneDR003313,geneDR003083,geneDR003063,geneDR002534,geneDR002298,geneDR001990,geneDR030440,geneDR031775,geneDR028440,geneDR019874,geneDR012089,geneDR012350,geneDR012465,geneDR012485,geneDR006682,geneDR006677,geneDR033748,geneDR018077,geneDR017482,geneDR017292,geneDR015244,geneDR025561,geneDR008785,geneDR008239,geneDR008238,geneDR020789,geneDR034947,geneDR027893,geneDR014042,geneDR015801,geneDR015781,geneDR015605,geneDR015531,geneDR021292,geneDR020901,geneDR020874,geneDR024020,geneDR030808,geneDR030732,geneDR003691,geneDR003780,geneDR003975,geneDR004565,geneDR004772,geneDR023023,geneDR022037,geneDR022086,geneDR018985,geneDR031834,geneDR010154,geneDR032317,geneDR031348,geneDR024425,geneDR024314,geneDR023733,geneDR023865,geneDR010775,geneDR027810,geneDR013256,geneDR013619,geneDR026993,geneDR009826,geneDR009279,geneDR009140,geneDR016197,geneDR007267,geneDR022419,geneDR005779,geneDR005442,geneDR005357,geneDR032231,geneDR032232	GTPase regulator activity	MF
GO:0035091	geneDR034297,geneDR035537,geneDR034537,geneDR034538,geneDR034539,geneDR034612,geneDR034740,geneDR034980,geneDR035117,geneDR032966,geneDR000619,geneDR001174,geneDR001176,geneDR001361,geneDR034667,geneDR030854,geneDR007889,geneDR016912,geneDR003523,geneDR002845,geneDR034259,geneDR034258,geneDR034257,geneDR030313,geneDR031801,geneDR035027,geneDR028783,geneDR028730,geneDR020335,geneDR020340,geneDR012121,geneDR012350,geneDR028104,geneDR006427,geneDR006426,geneDR033748,geneDR018478,geneDR018295,geneDR018283,geneDR018077,geneDR031084,geneDR031133,geneDR015156,geneDR014818,geneDR020418,geneDR008846,geneDR008423,geneDR008422,geneDR008357,geneDR027859,geneDR014184,geneDR013905,geneDR034334,geneDR034516,geneDR015605,geneDR015408,geneDR015341,geneDR015340,geneDR033302,geneDR020890,geneDR026219,geneDR030706,geneDR030705,geneDR030702,geneDR030701,geneDR026326,geneDR026463,geneDR003805,geneDR017928,geneDR023162,geneDR021736,geneDR021768,geneDR021998,geneDR019081,geneDR019058,geneDR018993,geneDR021624,geneDR021621,geneDR031834,geneDR033477,geneDR010275,geneDR010154,geneDR009959,geneDR009947,geneDR032349,geneDR032361,geneDR024437,geneDR024314,geneDR024147,geneDR024106,geneDR023654,geneDR014649,geneDR014506,geneDR014502,geneDR026576,geneDR026798,geneDR025138,geneDR010465,geneDR010706,geneDR011019,geneDR027713,geneDR027154,geneDR027076,geneDR029529,geneDR025763,geneDR026955,geneDR009279,geneDR016132,geneDR030640,geneDR007306,geneDR034069,geneDR007103,geneDR022348,geneDR022688,geneDR005991,geneDR005984,geneDR005936,geneDR005684	phosphatidylinositol binding	MF
GO:1901981	geneDR034297,geneDR035537,geneDR034537,geneDR034538,geneDR034539,geneDR034612,geneDR034740,geneDR034980,geneDR035117,geneDR000619,geneDR001176,geneDR001361,geneDR034667,geneDR030854,geneDR016912,geneDR002845,geneDR028783,geneDR028730,geneDR020335,geneDR012121,geneDR012350,geneDR028104,geneDR006426,geneDR018478,geneDR018077,geneDR031084,geneDR031133,geneDR015156,geneDR014818,geneDR020418,geneDR008846,geneDR008357,geneDR027859,geneDR013905,geneDR034334,geneDR034516,geneDR015408,geneDR020890,geneDR030706,geneDR030705,geneDR026326,geneDR017928,geneDR021768,geneDR021998,geneDR019081,geneDR019058,geneDR018993,geneDR021624,geneDR031834,geneDR033477,geneDR010275,geneDR010154,geneDR024437,geneDR024147,geneDR024106,geneDR026798,geneDR025138,geneDR010465,geneDR010706,geneDR011019,geneDR027713,geneDR027154,geneDR027076,geneDR029529,geneDR026955,geneDR009279,geneDR016132,geneDR030640,geneDR005936,geneDR005684	phosphatidylinositol phosphate binding	MF
GO:1902936	geneDR034297,geneDR035117,geneDR001361,geneDR002845,geneDR028730,geneDR012350,geneDR018077,geneDR031133,geneDR015156,geneDR014818,geneDR020418,geneDR008846,geneDR013905,geneDR015408,geneDR021768,geneDR019058,geneDR018993,geneDR031834,geneDR010154,geneDR024106,geneDR010706,geneDR011019,geneDR027713,geneDR027154,geneDR009279,geneDR005936	phosphatidylinositol bisphosphate binding	MF
GO:0008536	geneDR034305,geneDR034962,geneDR008094,geneDR003508,geneDR028684,geneDR012267,geneDR016031,geneDR015354,geneDR021861,geneDR031842,geneDR009725,geneDR009284,geneDR016483,geneDR016374	small GTPase binding	MF
GO:0004596	geneDR035404,geneDR034489,geneDR000778,geneDR006888,geneDR021904,geneDR025626,geneDR009395,geneDR029004,geneDR030184	peptide alpha-N-acetyltransferase activity	MF
GO:0034212	geneDR035404,geneDR034489,geneDR035008,geneDR000778,geneDR001132,geneDR002262,geneDR030435,geneDR006888,geneDR006485,geneDR014943,geneDR014942,geneDR014862,geneDR027886,geneDR021904,geneDR023661,geneDR023662,geneDR025067,geneDR010973,geneDR025963,geneDR025626,geneDR009604,geneDR009395,geneDR016267,geneDR029004,geneDR006933,geneDR022444,geneDR005950,geneDR005306,geneDR005206,geneDR030184	peptide N-acetyltransferase activity	MF
GO:0046027	geneDR035405,geneDR000882,geneDR001540,geneDR012545,geneDR012546,geneDR009335,geneDR029060	phospholipid:diacylglycerol acyltransferase activity	MF
GO:0070180	geneDR035409,geneDR018152,geneDR017153,geneDR028831,geneDR019589,geneDR018786,geneDR013480	large ribosomal subunit rRNA binding	MF
GO:0004647	geneDR035420,geneDR002717,geneDR018221,geneDR027406,geneDR018871,geneDR018872,geneDR004748,geneDR017836,geneDR022856,geneDR010013	L-phosphoserine phosphatase activity	MF
GO:0004722	geneDR035420,geneDR034596,geneDR034597,geneDR035582,geneDR035183,geneDR001146,geneDR001197,geneDR001748,geneDR008042,geneDR016980,geneDR016942,geneDR016759,geneDR003504,geneDR003469,geneDR003199,geneDR002510,geneDR028794,geneDR028759,geneDR028514,geneDR028513,geneDR028477,geneDR020330,geneDR012085,geneDR028190,geneDR006862,geneDR006463,geneDR033746,geneDR018258,geneDR017599,geneDR020530,geneDR027406,geneDR013911,geneDR015869,geneDR015654,geneDR015377,geneDR021167,geneDR030771,geneDR030739,geneDR018871,geneDR018872,geneDR004537,geneDR017836,geneDR022856,geneDR021794,geneDR018995,geneDR009982,geneDR032404,geneDR024318,geneDR013740,geneDR029534,geneDR012770,geneDR026975,geneDR009778,geneDR009681,geneDR009596,geneDR009471,geneDR032288,geneDR007370,geneDR007369	protein serine/threonine phosphatase activity	MF
GO:0008420	geneDR035420,geneDR016759,geneDR033746,geneDR027406,geneDR018871,geneDR018872,geneDR017836,geneDR022856,geneDR024318,geneDR012770,geneDR009681,geneDR032288,geneDR007370,geneDR007369	RNA polymerase II CTD heptapeptide repeat phosphatase activity	MF
GO:0008265	geneDR035422,geneDR014233,geneDR027341,geneDR033473,geneDR035192,geneDR035193,geneDR035175,geneDR035176,geneDR026825,geneDR005271	Mo-molybdopterin cofactor sulfurase activity	MF
GO:0005509	geneDR034317,geneDR014487,geneDR034487,geneDR034499,geneDR035551,geneDR034843,geneDR034901,geneDR035088,geneDR000521,geneDR000651,geneDR001605,geneDR001621,geneDR001776,geneDR008080,geneDR007617,geneDR016860,geneDR016787,geneDR003373,geneDR003288,geneDR002717,geneDR002588,geneDR002505,geneDR002480,geneDR002259,geneDR002033,geneDR030388,geneDR031747,geneDR031801,geneDR035027,geneDR020196,geneDR012209,geneDR012630,geneDR028073,geneDR006821,geneDR006478,geneDR006174,geneDR033779,geneDR018428,geneDR018221,geneDR018195,geneDR018167,geneDR031003,geneDR017626,geneDR017154,geneDR017137,geneDR017104,geneDR015206,geneDR015110,geneDR015109,geneDR014852,geneDR030279,geneDR020418,geneDR009057,geneDR009029,geneDR008946,geneDR008668,geneDR008431,geneDR008423,geneDR008422,geneDR029901,geneDR029759,geneDR034761,geneDR014092,geneDR014008,geneDR019741,geneDR019764,geneDR015559,geneDR033192,geneDR026049,geneDR026074,geneDR018625,geneDR026354,geneDR026356,geneDR026437,geneDR026536,geneDR003733,geneDR003797,geneDR004004,geneDR004498,geneDR004507,geneDR004517,geneDR004531,geneDR004748,geneDR004857,geneDR025226,geneDR024957,geneDR024936,geneDR024753,geneDR022743,geneDR021693,geneDR021736,geneDR019083,geneDR021529,geneDR010328,geneDR010036,geneDR010013,geneDR031219,geneDR024287,geneDR023766,geneDR023767,geneDR023829,geneDR023830,geneDR026590,geneDR010518,geneDR011192,geneDR027777,geneDR013078,geneDR013079,geneDR013297,geneDR013322,geneDR013459,geneDR032649,geneDR032613,geneDR025833,geneDR025660,geneDR025625,geneDR009838,geneDR009396,geneDR009337,geneDR009108,geneDR016622,geneDR029124,geneDR029126,geneDR007552,geneDR007224,geneDR007044,geneDR007043,geneDR006920,geneDR022243,geneDR022259,geneDR022668,geneDR005782,geneDR005670,geneDR005480,geneDR005071,geneDR004997,geneDR030209,geneDR030181	calcium ion binding	MF
GO:0043425	geneDR034317,geneDR000521,geneDR019741,geneDR026049,geneDR024936	bHLH transcription factor binding	MF
GO:0047746	geneDR034318,geneDR032052	chlorophyllase activity	MF
GO:0009916	geneDR034321,geneDR033316,geneDR018933,geneDR026280	alternative oxidase activity	MF
GO:0016679	geneDR034321,geneDR003245,geneDR028603,geneDR020159,geneDR018475,geneDR028865,geneDR028864,geneDR033316,geneDR018933,geneDR026280,geneDR026457	oxidoreductase activity, acting on diphenols and related substances as donors	MF
GO:0016682	geneDR034321,geneDR028603,geneDR018475,geneDR028865,geneDR028864,geneDR033316,geneDR018933,geneDR026280,geneDR026457	oxidoreductase activity, acting on diphenols and related substances as donors, oxygen as acceptor	MF
GO:0008519	geneDR034322,geneDR031701,geneDR017143,geneDR008578,geneDR020755,geneDR027828,geneDR021112,geneDR021436,geneDR023706,geneDR025045,geneDR013464,geneDR027190,geneDR031982,geneDR009671,geneDR009294,geneDR016476,geneDR005228	ammonium transmembrane transporter activity	MF
GO:0015101	geneDR034322,geneDR000839,geneDR028778,geneDR006800,geneDR018161,geneDR020755,geneDR027828,geneDR021811,geneDR021436,geneDR010069,geneDR023706,geneDR025045,geneDR009671,geneDR009294,geneDR016476,geneDR005228	organic cation transmembrane transporter activity	MF
GO:0015203	geneDR034322,geneDR020697,geneDR027828,geneDR015999,geneDR003916,geneDR024282,geneDR027607,geneDR027755,geneDR013039	polyamine transmembrane transporter activity	MF
GO:0015204	geneDR034322,geneDR016947,geneDR031137,geneDR030270,geneDR020552,geneDR027828,geneDR010525,geneDR027158,geneDR034458,geneDR007285	urea transmembrane transporter activity	MF
GO:0015293	geneDR034322,geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR003536,geneDR003534,geneDR003088,geneDR003087,geneDR002916,geneDR002690,geneDR002207,geneDR002200,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR033754,geneDR018557,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020593,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR033909,geneDR033904,geneDR027307,geneDR020810,geneDR027828,geneDR013878,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR003995,geneDR004121,geneDR004663,geneDR004950,geneDR017896,geneDR021946,geneDR019411,geneDR023824,geneDR026679,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR011016,geneDR027712,geneDR013261,geneDR013430,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR027084,geneDR031936,geneDR031937,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR029002,geneDR030618,geneDR007562,geneDR034064,geneDR034075,geneDR007096,geneDR022561,geneDR022584,geneDR022672,geneDR005964,geneDR005798,geneDR005484	symporter activity	MF
GO:0015489	geneDR034322,geneDR027828	putrescine transmembrane transporter activity	MF
GO:0015606	geneDR034322,geneDR027828	spermidine transmembrane transporter activity	MF
GO:0042887	geneDR034322,geneDR035116,geneDR000141,geneDR000784,geneDR007808,geneDR016947,geneDR003536,geneDR003534,geneDR002687,geneDR002492,geneDR002199,geneDR030452,geneDR031634,geneDR012160,geneDR012185,geneDR012233,geneDR006306,geneDR018557,geneDR018165,geneDR031137,geneDR017521,geneDR017052,geneDR027951,geneDR030270,geneDR020552,geneDR020522,geneDR008936,geneDR008714,geneDR034310,geneDR027828,geneDR021368,geneDR020984,geneDR026037,geneDR003678,geneDR004123,geneDR004415,geneDR004416,geneDR004417,geneDR004519,geneDR004714,geneDR022034,geneDR021587,geneDR021558,geneDR023653,geneDR025078,geneDR032547,geneDR010525,geneDR010580,geneDR010955,geneDR011280,geneDR013183,geneDR013185,geneDR027184,geneDR027158,geneDR029662,geneDR034939,geneDR034458,geneDR012937,geneDR009772,geneDR009210,geneDR016182,geneDR007285,geneDR007054,geneDR005298,geneDR005103,geneDR005060	amide transmembrane transporter activity	MF
GO:0008374	geneDR034325,geneDR034326,geneDR014367,geneDR035062,geneDR032067,geneDR000283,geneDR000624,geneDR000625,geneDR000639,geneDR000902,geneDR001163,geneDR001511,geneDR008001,geneDR007926,geneDR007925,geneDR017018,geneDR017009,geneDR003214,geneDR002926,geneDR002500,geneDR002326,geneDR002187,geneDR002173,geneDR001843,geneDR034267,geneDR030337,geneDR028753,geneDR028715,geneDR019959,geneDR019985,geneDR019998,geneDR020338,geneDR020380,geneDR020381,geneDR020394,geneDR012051,geneDR012066,geneDR012514,geneDR028096,geneDR028083,geneDR006471,geneDR006193,geneDR006123,geneDR018198,geneDR034173,geneDR017508,geneDR017239,geneDR015178,geneDR015034,geneDR014941,geneDR014788,geneDR025557,geneDR008850,geneDR029979,geneDR029978,geneDR028884,geneDR020820,geneDR020821,geneDR027831,geneDR027832,geneDR013909,geneDR019532,geneDR019608,geneDR015641,geneDR021165,geneDR020998,geneDR020918,geneDR025985,geneDR030812,geneDR030765,geneDR018589,geneDR018680,geneDR018829,geneDR026561,geneDR003624,geneDR003625,geneDR003673,geneDR003776,geneDR004320,geneDR004388,geneDR004963,geneDR025216,geneDR022832,geneDR023019,geneDR021788,geneDR022159,geneDR019473,geneDR019449,geneDR019018,geneDR023901,geneDR026694,geneDR024567,geneDR010612,geneDR010781,geneDR011053,geneDR011056,geneDR011309,geneDR027435,geneDR027464,geneDR027567,geneDR013232,geneDR032596,geneDR023573,geneDR023378,geneDR023319,geneDR012976,geneDR026971,geneDR009748,geneDR009658,geneDR009657,geneDR009207,geneDR009155,geneDR009154,geneDR016597,geneDR016586,geneDR016326,geneDR029029,geneDR007375,geneDR006026,geneDR005294,geneDR005209,geneDR005048,geneDR005033	O-acyltransferase activity	MF
GO:0047172	geneDR034325,geneDR034326,geneDR034173,geneDR020820,geneDR020821,geneDR027831,geneDR027832	shikimate O-hydroxycinnamoyltransferase activity	MF
GO:0047205	geneDR034325,geneDR034326,geneDR034173,geneDR020820,geneDR020821,geneDR027831,geneDR027832	quinate O-hydroxycinnamoyltransferase activity	MF
GO:0050734	geneDR034325,geneDR034326,geneDR001766,geneDR003372,geneDR020251,geneDR020252,geneDR006697,geneDR006323,geneDR034173,geneDR008437,geneDR020820,geneDR020821,geneDR027831,geneDR027832,geneDR015472,geneDR021208,geneDR004026,geneDR019160,geneDR005433,geneDR030195	hydroxycinnamoyltransferase activity	MF
GO:0050737	geneDR034325,geneDR034326,geneDR034173,geneDR020820,geneDR020821,geneDR027831,geneDR027832	O-hydroxycinnamoyltransferase activity	MF
GO:0004197	geneDR035443,geneDR035444,geneDR035448,geneDR035449,geneDR035450,geneDR034354,geneDR034746,geneDR034992,geneDR035245,geneDR032098,geneDR001216,geneDR028231,geneDR028224,geneDR028223,geneDR028222,geneDR028221,geneDR030892,geneDR002632,geneDR002339,geneDR001861,geneDR030429,geneDR028478,geneDR019900,geneDR019961,geneDR019963,geneDR012113,geneDR006396,geneDR006137,geneDR033779,geneDR017952,geneDR017423,geneDR017418,geneDR008997,geneDR008908,geneDR008789,geneDR008562,geneDR028882,geneDR014196,geneDR015888,geneDR021213,geneDR026228,geneDR026474,geneDR026479,geneDR003698,geneDR003820,geneDR004665,geneDR024717,geneDR022058,geneDR022114,geneDR018955,geneDR010305,geneDR024287,geneDR026653,geneDR011263,geneDR013347,geneDR013767,geneDR013768,geneDR032599,geneDR032495,geneDR009582,geneDR009576,geneDR009383,geneDR029018,geneDR022413,geneDR022607,geneDR005569,geneDR005178,geneDR005177,geneDR005145	cysteine-type endopeptidase activity	MF
GO:0004656	geneDR035455,geneDR032913,geneDR018234,geneDR010003,geneDR014563,geneDR013589,geneDR023546,geneDR030594	procollagen-proline 4-dioxygenase activity	MF
GO:0019798	geneDR035455,geneDR032913,geneDR012192,geneDR018234,geneDR021547,geneDR010003,geneDR014563,geneDR013589,geneDR023546,geneDR030594	procollagen-proline dioxygenase activity	MF
GO:0031543	geneDR035455,geneDR032913,geneDR012192,geneDR018234,geneDR021547,geneDR010003,geneDR014563,geneDR013589,geneDR023546,geneDR030594,geneDR022293	peptidyl-proline dioxygenase activity	MF
GO:0031545	geneDR035455,geneDR032913,geneDR018234,geneDR010003,geneDR014563,geneDR013589,geneDR023546,geneDR030594,geneDR022293	peptidyl-proline 4-dioxygenase activity	MF
GO:0004673	geneDR035461,geneDR035475,geneDR003223,geneDR028455,geneDR019862,geneDR020143,geneDR034146,geneDR034147,geneDR034148,geneDR014798,geneDR029698,geneDR015628,geneDR023728,geneDR028927,geneDR007317	protein histidine kinase activity	MF
GO:0016775	geneDR035461,geneDR035475,geneDR003223,geneDR028455,geneDR019862,geneDR020143,geneDR034146,geneDR034147,geneDR034148,geneDR014798,geneDR029698,geneDR015628,geneDR023728,geneDR028927,geneDR007317	phosphotransferase activity, nitrogenous group as acceptor	MF
GO:0048038	geneDR035461,geneDR029698,geneDR021263,geneDR013716,geneDR028927	quinone binding	MF
GO:0032451	geneDR035470,geneDR001620,geneDR003246,geneDR012629,geneDR033803,geneDR017624,geneDR017550,geneDR017501,geneDR017370,geneDR029779,geneDR027344,geneDR027346,geneDR015766,geneDR015765,geneDR015600,geneDR021157,geneDR026538,geneDR024793,geneDR021734,geneDR024264,geneDR013084,geneDR013242,geneDR013708,geneDR032669,geneDR013018,geneDR009349,geneDR009222,geneDR029047,geneDR007572	demethylase activity	MF
GO:0032452	geneDR035470,geneDR001620,geneDR012629,geneDR033803,geneDR017624,geneDR017501,geneDR017370,geneDR029779,geneDR027344,geneDR027346,geneDR015766,geneDR015765,geneDR021157,geneDR026538,geneDR024793,geneDR021734,geneDR024264,geneDR013084,geneDR013242,geneDR013708,geneDR032669,geneDR009222	histone demethylase activity	MF
GO:0032453	geneDR035470,geneDR001620,geneDR012629,geneDR017624,geneDR017501,geneDR024793,geneDR013084,geneDR013242,geneDR009222	histone H3-methyl-lysine-4 demethylase activity	MF
GO:0034647	geneDR035470,geneDR017624,geneDR017501,geneDR013084,geneDR013242	histone H3-tri/di/monomethyl-lysine-4 demethylase activity	MF
GO:0008170	geneDR035471,geneDR014421,geneDR034497,geneDR034612,geneDR034847,geneDR034980,geneDR032926,geneDR035141,geneDR032049,geneDR000401,geneDR001134,geneDR001441,geneDR007839,geneDR002549,geneDR002216,geneDR030475,geneDR028669,geneDR028502,geneDR019910,geneDR020086,geneDR012208,geneDR012462,geneDR028070,geneDR006483,geneDR033803,geneDR018571,geneDR030963,geneDR017293,geneDR027955,geneDR027954,geneDR029772,geneDR026835,geneDR035039,geneDR021042,geneDR020890,geneDR026269,geneDR032475,geneDR018708,geneDR004095,geneDR004579,geneDR024716,geneDR022124,geneDR021588,geneDR024350,geneDR024349,geneDR024264,geneDR024249,geneDR014550,geneDR026645,geneDR025138,geneDR033501,geneDR010586,geneDR013621,geneDR025606,geneDR034476,geneDR012768,geneDR012808,geneDR012995,geneDR009549,geneDR016673,geneDR016229,geneDR007547,geneDR007524,geneDR007508,geneDR007500,geneDR007269,geneDR005517,geneDR005091	N-methyltransferase activity	MF
GO:0008276	geneDR035471,geneDR034363,geneDR014421,geneDR034497,geneDR034612,geneDR034847,geneDR034964,geneDR034980,geneDR032926,geneDR035141,geneDR032049,geneDR000401,geneDR001134,geneDR001441,geneDR007839,geneDR028686,geneDR028669,geneDR028502,geneDR019910,geneDR020086,geneDR012208,geneDR012462,geneDR028070,geneDR006483,geneDR033803,geneDR018571,geneDR030963,geneDR017501,geneDR017293,geneDR027955,geneDR027954,geneDR008555,geneDR019599,geneDR021042,geneDR020923,geneDR020890,geneDR026269,geneDR032475,geneDR023999,geneDR024960,geneDR024793,geneDR024716,geneDR021860,geneDR022124,geneDR021588,geneDR024350,geneDR024349,geneDR024264,geneDR024249,geneDR014550,geneDR026645,geneDR025138,geneDR033501,geneDR010586,geneDR013242,geneDR013621,geneDR029567,geneDR012808,geneDR012995,geneDR009549,geneDR009222,geneDR016673,geneDR016229,geneDR007547,geneDR007500,geneDR006936,geneDR005091	protein methyltransferase activity	MF
GO:0016278	geneDR035471,geneDR034497,geneDR034612,geneDR034980,geneDR032926,geneDR007839,geneDR028502,geneDR019910,geneDR020086,geneDR012208,geneDR033803,geneDR018571,geneDR030963,geneDR017293,geneDR020890,geneDR026269,geneDR032475,geneDR022124,geneDR024350,geneDR024349,geneDR024264,geneDR024249,geneDR014550,geneDR025138,geneDR033501,geneDR013621,geneDR012808,geneDR012995,geneDR009549,geneDR016229,geneDR007547,geneDR007500,geneDR005091	lysine N-methyltransferase activity	MF
GO:0016279	geneDR035471,geneDR034497,geneDR034612,geneDR034980,geneDR032926,geneDR007839,geneDR028502,geneDR019910,geneDR020086,geneDR012208,geneDR033803,geneDR018571,geneDR030963,geneDR017293,geneDR020890,geneDR026269,geneDR032475,geneDR022124,geneDR024350,geneDR024349,geneDR024264,geneDR024249,geneDR014550,geneDR025138,geneDR033501,geneDR013621,geneDR012808,geneDR012995,geneDR009549,geneDR016229,geneDR007547,geneDR007500,geneDR005091	protein-lysine N-methyltransferase activity	MF
GO:0018024	geneDR035471,geneDR034497,geneDR034612,geneDR034980,geneDR007839,geneDR028502,geneDR019910,geneDR020086,geneDR012208,geneDR033803,geneDR030963,geneDR020890,geneDR026269,geneDR032475,geneDR022124,geneDR024264,geneDR024249,geneDR025138,geneDR033501,geneDR012808,geneDR012995,geneDR009549,geneDR016229,geneDR007547,geneDR007500,geneDR005091	histone-lysine N-methyltransferase activity	MF
GO:0042054	geneDR035471,geneDR034497,geneDR034612,geneDR034847,geneDR034964,geneDR034980,geneDR035141,geneDR032049,geneDR000401,geneDR001134,geneDR001441,geneDR007839,geneDR028686,geneDR028669,geneDR028502,geneDR019910,geneDR020086,geneDR012208,geneDR012462,geneDR028070,geneDR006483,geneDR033803,geneDR030963,geneDR017501,geneDR027955,geneDR027954,geneDR019599,geneDR021042,geneDR020923,geneDR020890,geneDR026269,geneDR032475,geneDR023999,geneDR024960,geneDR024793,geneDR024716,geneDR021860,geneDR022124,geneDR021588,geneDR024264,geneDR024249,geneDR025138,geneDR033501,geneDR010586,geneDR013242,geneDR029567,geneDR012808,geneDR012995,geneDR009549,geneDR009222,geneDR016673,geneDR016229,geneDR007547,geneDR007500,geneDR005091	histone methyltransferase activity	MF
GO:0046975	geneDR035471,geneDR034497,geneDR012208,geneDR033803,geneDR024264	histone methyltransferase activity (H3-K36 specific)	MF
GO:0000155	geneDR035475	phosphorelay sensor kinase activity	MF
GO:0003682	geneDR034353,geneDR035478,geneDR035504,geneDR035505,geneDR014270,geneDR014360,geneDR035615,geneDR034697,geneDR035084,geneDR032948,geneDR032118,geneDR032064,geneDR000036,geneDR000246,geneDR000292,geneDR000427,geneDR000445,geneDR000494,geneDR000548,geneDR000650,geneDR001073,geneDR001208,geneDR001693,geneDR001749,geneDR033812,geneDR028325,geneDR028308,geneDR008026,geneDR008003,geneDR007936,geneDR007688,geneDR007610,geneDR007592,geneDR016928,geneDR016919,geneDR016918,geneDR016917,geneDR003506,geneDR003505,geneDR003503,geneDR003365,geneDR003361,geneDR002537,geneDR002457,geneDR002413,geneDR002304,geneDR001860,geneDR030547,geneDR031641,geneDR028720,geneDR028681,geneDR028602,geneDR028459,geneDR019859,geneDR019887,geneDR020100,geneDR020158,geneDR012114,geneDR012373,geneDR012707,geneDR028188,geneDR006452,geneDR006366,geneDR006191,geneDR033803,geneDR018335,geneDR018271,geneDR018136,geneDR018025,geneDR030963,geneDR031020,geneDR031065,geneDR031102,geneDR017624,geneDR017577,geneDR017370,geneDR017301,geneDR015312,geneDR015263,geneDR014939,geneDR014760,geneDR020644,geneDR008965,geneDR008905,geneDR008622,geneDR008419,geneDR008325,geneDR029888,geneDR029809,geneDR027344,geneDR027346,geneDR028851,geneDR026902,geneDR014182,geneDR013929,geneDR013919,geneDR013877,geneDR019609,geneDR019755,geneDR019768,geneDR015976,geneDR015766,geneDR015765,geneDR015483,geneDR015464,geneDR015356,geneDR021157,geneDR021146,geneDR020989,geneDR020987,geneDR020917,geneDR026066,geneDR026082,geneDR026088,geneDR031413,geneDR033376,geneDR030718,geneDR030711,geneDR026563,geneDR026564,geneDR003581,geneDR003819,geneDR003947,geneDR003948,geneDR004295,geneDR004429,geneDR004478,geneDR004569,geneDR004821,geneDR017726,geneDR017900,geneDR024961,geneDR024844,geneDR024843,geneDR024741,geneDR024678,geneDR022782,geneDR023035,geneDR033564,geneDR021738,geneDR021865,geneDR022099,geneDR022100,geneDR019364,geneDR019060,geneDR018965,geneDR031827,geneDR010200,geneDR010096,geneDR009987,geneDR009967,geneDR032340,geneDR032412,geneDR024264,geneDR024249,geneDR024196,geneDR024128,geneDR023678,geneDR034203,geneDR034812,geneDR014648,geneDR014525,geneDR026701,geneDR032542,geneDR032543,geneDR024628,geneDR010760,geneDR011085,geneDR011171,geneDR027700,geneDR033604,geneDR033601,geneDR013084,geneDR013151,geneDR013625,geneDR013708,geneDR027142,geneDR027054,geneDR034579,geneDR029452,geneDR029569,geneDR023262,geneDR032704,geneDR032641,geneDR025684,geneDR013025,geneDR009790,geneDR009327,geneDR009308,geneDR016462,geneDR016441,geneDR029068,geneDR029105,geneDR007583,geneDR007357,geneDR007199,geneDR022172,geneDR022223,geneDR022410,geneDR022563,geneDR022686,geneDR005422,geneDR005190,geneDR030236	chromatin binding	MF
GO:0042393	geneDR034353,geneDR014360,geneDR034697,geneDR035008,geneDR035084,geneDR035117,geneDR032064,geneDR000246,geneDR000445,geneDR001026,geneDR001132,geneDR001330,geneDR028325,geneDR008026,geneDR007688,geneDR017002,geneDR016936,geneDR003506,geneDR003505,geneDR003503,geneDR002537,geneDR001865,geneDR030373,geneDR030547,geneDR031641,geneDR031743,geneDR028681,geneDR020089,geneDR020090,geneDR020158,geneDR020384,geneDR012054,geneDR012267,geneDR006600,geneDR006485,geneDR006218,geneDR017973,geneDR030929,geneDR031065,geneDR017624,geneDR017577,geneDR017304,geneDR017203,geneDR015312,geneDR025493,geneDR033125,geneDR008980,geneDR008965,geneDR008325,geneDR008141,geneDR013929,geneDR013877,geneDR019755,geneDR015464,geneDR015356,geneDR021146,geneDR020989,geneDR026066,geneDR033376,geneDR030735,geneDR026323,geneDR003581,geneDR003747,geneDR003828,geneDR003947,geneDR003948,geneDR004569,geneDR004807,geneDR025161,geneDR033361,geneDR033366,geneDR017726,geneDR024844,geneDR024843,geneDR024678,geneDR023000,geneDR033564,geneDR021689,geneDR021865,geneDR019354,geneDR019156,geneDR019028,geneDR010250,geneDR024155,geneDR023661,geneDR023662,geneDR023678,geneDR023746,geneDR026701,geneDR025016,geneDR025067,geneDR024628,geneDR027699,geneDR033604,geneDR033601,geneDR013084,geneDR013151,geneDR013283,geneDR013360,geneDR013532,geneDR013628,geneDR027168,geneDR027073,geneDR031974,geneDR029569,geneDR023575,geneDR012990,geneDR009860,geneDR009084,geneDR029147,geneDR007543,geneDR034032,geneDR007127,geneDR022172,geneDR022223,geneDR022563,geneDR005512,geneDR005422,geneDR005373,geneDR005306,geneDR005206	histone binding	MF
GO:0061649	geneDR034353,geneDR014360,geneDR030547,geneDR028681,geneDR008325,geneDR019755,geneDR026066,geneDR003581,geneDR021865,geneDR026701,geneDR033604,geneDR029569,geneDR022563,geneDR005422	ubiquitin modification-dependent histone binding	MF
GO:0140030	geneDR034353,geneDR014360,geneDR035524,geneDR035662,geneDR035008,geneDR032064,geneDR001026,geneDR001055,geneDR001330,geneDR028325,geneDR008026,geneDR017002,geneDR003506,geneDR003505,geneDR003503,geneDR034272,geneDR030340,geneDR030373,geneDR030547,geneDR031743,geneDR028681,geneDR020384,geneDR012054,geneDR012318,geneDR006600,geneDR006566,geneDR006218,geneDR018071,geneDR018070,geneDR034163,geneDR017624,geneDR017577,geneDR017203,geneDR015312,geneDR015180,geneDR033125,geneDR008649,geneDR008325,geneDR008141,geneDR029930,geneDR019755,geneDR015356,geneDR020989,geneDR026066,geneDR026323,geneDR003581,geneDR003747,geneDR003773,geneDR004807,geneDR025161,geneDR033361,geneDR033366,geneDR017726,geneDR024678,geneDR023000,geneDR021689,geneDR021865,geneDR019028,geneDR021423,geneDR024155,geneDR023746,geneDR023841,geneDR026701,geneDR025016,geneDR024628,geneDR027746,geneDR033604,geneDR033601,geneDR013084,geneDR013151,geneDR013532,geneDR031974,geneDR029569,geneDR025864,geneDR009860,geneDR009640,geneDR009274,geneDR016497,geneDR016316,geneDR029147,geneDR007305,geneDR034032,geneDR007127,geneDR007019,geneDR022563,geneDR005512,geneDR005467,geneDR005422,geneDR005373,geneDR030248	modification-dependent protein binding	MF
GO:0140035	geneDR034353,geneDR014360,geneDR030547,geneDR028681,geneDR008325,geneDR019755,geneDR026066,geneDR003581,geneDR021865,geneDR026701,geneDR033604,geneDR029569,geneDR022563,geneDR005422	ubiquitination-like modification-dependent protein binding	MF
GO:0140036	geneDR034353,geneDR014360,geneDR030547,geneDR028681,geneDR008325,geneDR019755,geneDR026066,geneDR003581,geneDR021865,geneDR026701,geneDR033604,geneDR029569,geneDR022563,geneDR005422	ubiquitin-dependent protein binding	MF
GO:0016929	geneDR034354,geneDR035613,geneDR032098,geneDR008789,geneDR008562,geneDR024717,geneDR032495,geneDR022413	deSUMOylase activity	MF
GO:0070122	geneDR034354,geneDR035613,geneDR032098,geneDR008562,geneDR024717,geneDR032495	isopeptidase activity	MF
GO:0070137	geneDR034354,geneDR032098,geneDR008789,geneDR008562,geneDR024717,geneDR032495,geneDR022413	ubiquitin-like protein-specific endopeptidase activity	MF
GO:0070138	geneDR034354,geneDR035613,geneDR032098,geneDR008562,geneDR024717,geneDR032495	ubiquitin-like protein peptidase activity	MF
GO:0070139	geneDR034354,geneDR032098,geneDR008789,geneDR008562,geneDR024717,geneDR032495,geneDR022413	SUMO-specific endopeptidase activity	MF
GO:0070140	geneDR034354,geneDR035613,geneDR032098,geneDR008562,geneDR024717,geneDR032495	deSUMOylase activity	MF
GO:0005337	geneDR034357,geneDR017369,geneDR008558,geneDR014677,geneDR013706,geneDR032492	nucleoside transmembrane transporter activity	MF
GO:0005345	geneDR034357,geneDR000993,geneDR007589,geneDR003536,geneDR003534,geneDR006628,geneDR018557,geneDR020593,geneDR008558,geneDR020841,geneDR020850,geneDR023980,geneDR017712,geneDR019048,geneDR014677,geneDR026679,geneDR011266,geneDR027084,geneDR032492,geneDR022584	purine nucleobase transmembrane transporter activity	MF
GO:0015205	geneDR034357,geneDR000047,geneDR000993,geneDR007589,geneDR003536,geneDR003534,geneDR006628,geneDR018557,geneDR020593,geneDR008558,geneDR020841,geneDR020850,geneDR023980,geneDR017712,geneDR022794,geneDR019048,geneDR014677,geneDR026679,geneDR011266,geneDR027084,geneDR032492,geneDR022584	nucleobase transmembrane transporter activity	MF
GO:0015211	geneDR034357,geneDR008558,geneDR014677,geneDR032492	purine nucleoside transmembrane transporter activity	MF
GO:0015932	geneDR034357,geneDR014487,geneDR034487,geneDR035560,geneDR034630,geneDR034648,geneDR035650,geneDR034845,geneDR035116,geneDR000301,geneDR000654,geneDR000837,geneDR000839,geneDR001304,geneDR001601,geneDR008093,geneDR017006,geneDR003528,geneDR003401,geneDR002033,geneDR028778,geneDR020093,geneDR020279,geneDR012243,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR028072,geneDR034534,geneDR006820,geneDR006800,geneDR006278,geneDR018161,geneDR018090,geneDR031136,geneDR017639,geneDR017369,geneDR025583,geneDR020554,geneDR008558,geneDR008284,geneDR008186,geneDR014060,geneDR016032,geneDR015449,geneDR033293,geneDR033227,geneDR030810,geneDR026331,geneDR004004,geneDR023042,geneDR021811,geneDR019356,geneDR019134,geneDR021502,geneDR021402,geneDR010142,geneDR010069,geneDR014677,geneDR026590,geneDR024636,geneDR010745,geneDR013706,geneDR027156,geneDR032492,geneDR025624,geneDR012910,geneDR009323,geneDR016327,geneDR029074,geneDR007412,geneDR022668,geneDR005946,geneDR030181	nucleobase-containing compound transmembrane transporter activity	MF
GO:0004791	geneDR034360,geneDR014392,geneDR032137,geneDR016854,geneDR002221,geneDR018442,geneDR017536,geneDR014965,geneDR008900,geneDR008556,geneDR018894,geneDR003618,geneDR004092,geneDR004606,geneDR019382,geneDR031206,geneDR023873,geneDR032555,geneDR027484,geneDR027485,geneDR033644,geneDR032489,geneDR029578,geneDR012794,geneDR012989,geneDR026976,geneDR030623,geneDR007539,geneDR022207,geneDR022296,geneDR022364	thioredoxin-disulfide reductase activity	MF
GO:0015036	geneDR034360,geneDR014392,geneDR035044,geneDR032137,geneDR000150,geneDR028264,geneDR016854,geneDR002221,geneDR018442,geneDR017536,geneDR017475,geneDR014965,geneDR008900,geneDR008556,geneDR015919,geneDR018852,geneDR018894,geneDR003618,geneDR003918,geneDR003971,geneDR004092,geneDR004606,geneDR022898,geneDR021769,geneDR019382,geneDR019235,geneDR031206,geneDR023873,geneDR032555,geneDR027484,geneDR027485,geneDR033644,geneDR013332,geneDR013454,geneDR032489,geneDR029487,geneDR029578,geneDR025918,geneDR012794,geneDR012989,geneDR026976,geneDR030623,geneDR007539,geneDR007176,geneDR006970,geneDR022207,geneDR022296,geneDR022364	disulfide oxidoreductase activity	MF
GO:0003880	geneDR034363,geneDR008555	protein C-terminal carboxyl O-methyltransferase activity	MF
GO:0004671	geneDR034363,geneDR008555	protein C-terminal S-isoprenylcysteine carboxyl O-methyltransferase activity	MF
GO:0008171	geneDR034363,geneDR032902,geneDR000916,geneDR030502,geneDR030551,geneDR019953,geneDR012214,geneDR012222,geneDR012506,geneDR012507,geneDR028066,geneDR006732,geneDR015284,geneDR008555,geneDR026079,geneDR003576,geneDR003623,geneDR017809,geneDR033535,geneDR033534,geneDR021670,geneDR021927,geneDR022049,geneDR022155,geneDR021525,geneDR021515,geneDR014573,geneDR024531,geneDR011283,geneDR027690,geneDR027692,geneDR033646,geneDR031966,geneDR009573,geneDR009572,geneDR009571,geneDR009570,geneDR016242,geneDR016241,geneDR006936,geneDR005938	O-methyltransferase activity	MF
GO:0010340	geneDR034363,geneDR008555,geneDR006936	carboxyl-O-methyltransferase activity	MF
GO:0051998	geneDR034363,geneDR008555,geneDR006936	protein carboxyl O-methyltransferase activity	MF
GO:0000146	geneDR034364,geneDR000618,geneDR001148,geneDR001186,geneDR007820,geneDR002562,geneDR031728,geneDR006461,geneDR017047,geneDR020472,geneDR020418,geneDR029956,geneDR004591,geneDR004592,geneDR021671,geneDR034192,geneDR027238,geneDR032486,geneDR023348,geneDR025702,geneDR007175	microfilament motor activity	MF
GO:0003774	geneDR034364,geneDR034999,geneDR032167,geneDR000166,geneDR000577,geneDR000618,geneDR001148,geneDR001186,geneDR033835,geneDR008035,geneDR007881,geneDR007820,geneDR003429,geneDR003154,geneDR002613,geneDR002562,geneDR002538,geneDR002485,geneDR002340,geneDR030523,geneDR030531,geneDR030560,geneDR030567,geneDR031728,geneDR020221,geneDR012369,geneDR006461,geneDR006430,geneDR018195,geneDR017623,geneDR017162,geneDR017047,geneDR015315,geneDR014704,geneDR025287,geneDR020472,geneDR020418,geneDR008966,geneDR008944,geneDR008831,geneDR008814,geneDR008253,geneDR029956,geneDR029920,geneDR029872,geneDR014117,geneDR013861,geneDR019635,geneDR016084,geneDR015696,geneDR015592,geneDR015418,geneDR020894,geneDR031370,geneDR023959,geneDR026376,geneDR003555,geneDR003560,geneDR004346,geneDR004427,geneDR004515,geneDR004570,geneDR004591,geneDR004592,geneDR004639,geneDR017864,geneDR024996,geneDR024822,geneDR024819,geneDR024806,geneDR022869,geneDR022918,geneDR021671,geneDR019195,geneDR018958,geneDR021387,geneDR031851,geneDR034192,geneDR010233,geneDR010036,geneDR031234,geneDR014687,geneDR010577,geneDR011156,geneDR013088,geneDR013136,geneDR027238,geneDR032486,geneDR023348,geneDR023246,geneDR025702,geneDR012868,geneDR026949,geneDR026944,geneDR009921,geneDR009296,geneDR009295,geneDR009229,geneDR016660,geneDR032294,geneDR007582,geneDR007449,geneDR007175,geneDR022222,geneDR022246,geneDR022333,geneDR022372,geneDR005623	cytoskeletal motor activity	MF
GO:0003779	geneDR034364,geneDR035493,geneDR034615,geneDR035596,geneDR031990,geneDR000009,geneDR000230,geneDR000267,geneDR000345,geneDR000497,geneDR000618,geneDR000764,geneDR001035,geneDR001128,geneDR001148,geneDR001174,geneDR001186,geneDR001324,geneDR001701,geneDR034663,geneDR034550,geneDR028229,geneDR008035,geneDR007986,geneDR007820,geneDR003126,geneDR002781,geneDR002751,geneDR002562,geneDR002303,geneDR001877,geneDR031697,geneDR031728,geneDR028773,geneDR012711,geneDR012713,geneDR034379,geneDR006584,geneDR006461,geneDR006427,geneDR006213,geneDR006160,geneDR018195,geneDR017208,geneDR017047,geneDR015308,geneDR015156,geneDR015136,geneDR025473,geneDR028047,geneDR020624,geneDR020472,geneDR020418,geneDR008713,geneDR008579,geneDR029956,geneDR029760,geneDR033100,geneDR014038,geneDR016084,geneDR015885,geneDR015733,geneDR015367,geneDR021286,geneDR021160,geneDR020932,geneDR003585,geneDR003841,geneDR004294,geneDR004326,geneDR004591,geneDR004592,geneDR004779,geneDR017926,geneDR022743,geneDR022956,geneDR021649,geneDR021671,geneDR021807,geneDR021998,geneDR019083,geneDR034192,geneDR010323,geneDR010273,geneDR010266,geneDR010036,geneDR031306,geneDR024217,geneDR023727,geneDR023764,geneDR026740,geneDR025029,geneDR025143,geneDR024619,geneDR024577,geneDR010669,geneDR010782,geneDR010812,geneDR010872,geneDR011111,geneDR027713,geneDR033608,geneDR013136,geneDR013536,geneDR027238,geneDR027120,geneDR031981,geneDR032486,geneDR023348,geneDR032651,geneDR025702,geneDR025656,geneDR025625,geneDR009366,geneDR016132,geneDR029033,geneDR029096,geneDR007228,geneDR007175,geneDR022411,geneDR005929,geneDR005386,geneDR005353,geneDR005246,geneDR005159	actin binding	MF
GO:0030898	geneDR034364,geneDR000618,geneDR001148,geneDR001186,geneDR007820,geneDR002562,geneDR031728,geneDR006461,geneDR017047,geneDR020472,geneDR020418,geneDR029956,geneDR004591,geneDR004592,geneDR021671,geneDR021998,geneDR034192,geneDR027238,geneDR032486,geneDR023348,geneDR025702,geneDR016132,geneDR007175	microfilament motor activity	MF
GO:0051015	geneDR034364,geneDR035493,geneDR034615,geneDR031990,geneDR000009,geneDR000230,geneDR000345,geneDR000497,geneDR000618,geneDR001035,geneDR001148,geneDR001174,geneDR001186,geneDR001324,geneDR034663,geneDR034550,geneDR007986,geneDR007820,geneDR003126,geneDR002781,geneDR002751,geneDR002562,geneDR002303,geneDR001877,geneDR031697,geneDR031728,geneDR028773,geneDR006584,geneDR006461,geneDR006427,geneDR006213,geneDR018195,geneDR017208,geneDR017047,geneDR015156,geneDR015136,geneDR025473,geneDR028047,geneDR020472,geneDR020418,geneDR008713,geneDR008579,geneDR029956,geneDR029760,geneDR033100,geneDR014038,geneDR015733,geneDR015367,geneDR021286,geneDR020932,geneDR003841,geneDR004294,geneDR004326,geneDR004591,geneDR004592,geneDR004779,geneDR017926,geneDR022743,geneDR022956,geneDR021649,geneDR021671,geneDR021807,geneDR021998,geneDR019083,geneDR034192,geneDR010273,geneDR010036,geneDR023764,geneDR025143,geneDR024619,geneDR024577,geneDR010669,geneDR010782,geneDR010872,geneDR011111,geneDR027713,geneDR013536,geneDR027238,geneDR031981,geneDR032486,geneDR023348,geneDR032651,geneDR025702,geneDR025656,geneDR025625,geneDR016132,geneDR007228,geneDR007175,geneDR022411,geneDR005929,geneDR005386,geneDR005159	actin filament binding	MF
GO:0071889	geneDR034364,geneDR002562,geneDR031728,geneDR017047,geneDR004591,geneDR004592,geneDR021671,geneDR032486	14-3-3 protein binding	MF
GO:0004017	geneDR034366,geneDR034735,geneDR035016,geneDR032006,geneDR002638,geneDR012394,geneDR014897,geneDR004672,geneDR010426,geneDR010940,geneDR032484,geneDR005716	adenylate kinase activity	MF
GO:0050145	geneDR034366,geneDR034735,geneDR035016,geneDR032075,geneDR032006,geneDR002638,geneDR002069,geneDR012394,geneDR014897,geneDR004040,geneDR004672,geneDR010426,geneDR010940,geneDR032484,geneDR026921,geneDR034341,geneDR032262,geneDR005716	nucleoside monophosphate kinase activity	MF
GO:0030628	geneDR034411,geneDR034418,geneDR014296,geneDR035207,geneDR003157,geneDR002872,geneDR018309,geneDR004894,geneDR009929,geneDR023819,geneDR026764,geneDR025868,geneDR009816,geneDR016459,geneDR033972,geneDR033964	pre-mRNA 3'-splice site binding	MF
GO:0036002	geneDR034411,geneDR034418,geneDR014296,geneDR035668,geneDR035669,geneDR035207,geneDR003157,geneDR002872,geneDR002281,geneDR018309,geneDR018071,geneDR018070,geneDR020523,geneDR004269,geneDR004894,geneDR009929,geneDR031309,geneDR023819,geneDR026764,geneDR013600,geneDR025868,geneDR009816,geneDR009640,geneDR016459,geneDR016316,geneDR022520,geneDR005487,geneDR033972,geneDR033964	pre-mRNA binding	MF
GO:0005102	geneDR034415,geneDR014311,geneDR000668,geneDR000687,geneDR000850,geneDR000980,geneDR001055,geneDR001184,geneDR001293,geneDR001395,geneDR001762,geneDR028410,geneDR028384,geneDR007858,geneDR007845,geneDR017012,geneDR002834,geneDR002833,geneDR002787,geneDR002777,geneDR002537,geneDR030375,geneDR030393,geneDR030415,geneDR030489,geneDR030527,geneDR028809,geneDR019976,geneDR020312,geneDR012401,geneDR033333,geneDR006893,geneDR006882,geneDR006787,geneDR006649,geneDR006566,geneDR006529,geneDR006362,geneDR006322,geneDR018524,geneDR018334,geneDR017435,geneDR015227,geneDR015226,geneDR014951,geneDR014836,geneDR014802,geneDR014764,geneDR014746,geneDR025359,geneDR025561,geneDR025589,geneDR025590,geneDR027912,geneDR030261,geneDR034025,geneDR020543,geneDR020418,geneDR008965,geneDR008507,geneDR008169,geneDR030062,geneDR034870,geneDR027319,geneDR027331,geneDR027344,geneDR027346,geneDR028911,geneDR028872,geneDR027893,geneDR014087,geneDR013877,geneDR019576,geneDR019644,geneDR019725,geneDR015789,geneDR015766,geneDR015765,geneDR021245,geneDR021170,geneDR021146,geneDR021039,geneDR020946,geneDR026013,geneDR018645,geneDR018847,geneDR018918,geneDR026350,geneDR003554,geneDR003597,geneDR003642,geneDR003710,geneDR003745,geneDR004569,geneDR004814,geneDR004853,geneDR004970,geneDR017793,geneDR017818,geneDR024870,geneDR024713,geneDR023023,geneDR033547,geneDR021730,geneDR021743,geneDR019306,geneDR019102,geneDR032317,geneDR031348,geneDR031220,geneDR024390,geneDR024376,geneDR024329,geneDR024184,geneDR023827,geneDR026750,geneDR010498,geneDR010535,geneDR010645,geneDR010732,geneDR010775,geneDR011082,geneDR011105,geneDR011108,geneDR011119,geneDR011229,geneDR027470,geneDR033664,geneDR013144,geneDR013408,geneDR013779,geneDR027171,geneDR027170,geneDR029470,geneDR023557,geneDR025951,geneDR012871,geneDR009826,geneDR009609,geneDR009595,geneDR009555,geneDR009267,geneDR016598,geneDR016277,geneDR016258,geneDR007502,geneDR007443,geneDR007382,geneDR022223,geneDR005649,geneDR005481,geneDR005072,geneDR033968	signaling receptor binding	MF
GO:0033612	geneDR034415,geneDR014311,geneDR000850,geneDR001293,geneDR001762,geneDR007845,geneDR017012,geneDR002787,geneDR002777,geneDR030375,geneDR030393,geneDR030415,geneDR030489,geneDR019976,geneDR020312,geneDR006893,geneDR006787,geneDR006322,geneDR018524,geneDR015227,geneDR015226,geneDR014836,geneDR014764,geneDR014746,geneDR025359,geneDR027912,geneDR030261,geneDR034025,geneDR020543,geneDR008507,geneDR014087,geneDR019644,geneDR015789,geneDR026350,geneDR003642,geneDR003710,geneDR003745,geneDR004814,geneDR004970,geneDR033547,geneDR021730,geneDR019306,geneDR019102,geneDR031220,geneDR024184,geneDR023827,geneDR026750,geneDR010535,geneDR011082,geneDR011105,geneDR011108,geneDR011119,geneDR011229,geneDR027171,geneDR027170,geneDR012871,geneDR009595,geneDR009267,geneDR016258,geneDR007443,geneDR005481,geneDR033968	receptor serine/threonine kinase binding	MF
GO:0000977	geneDR035478,geneDR014298,geneDR032118,geneDR000182,geneDR000292,geneDR000548,geneDR000650,geneDR001208,geneDR001259,geneDR001421,geneDR001693,geneDR001787,geneDR033838,geneDR007936,geneDR016928,geneDR003506,geneDR003505,geneDR003503,geneDR002957,geneDR002304,geneDR002056,geneDR020146,geneDR012373,geneDR012491,geneDR012707,geneDR006345,geneDR006191,geneDR018271,geneDR018201,geneDR018200,geneDR031102,geneDR031158,geneDR017360,geneDR015251,geneDR025443,geneDR025517,geneDR025580,geneDR027916,geneDR030257,geneDR029741,geneDR020531,geneDR008622,geneDR008492,geneDR008419,geneDR029888,geneDR029809,geneDR027387,geneDR013919,geneDR019609,geneDR019768,geneDR015623,geneDR015356,geneDR020917,geneDR026021,geneDR026082,geneDR023978,geneDR030802,geneDR030718,geneDR018851,geneDR018889,geneDR004028,geneDR004295,geneDR025257,geneDR017858,geneDR024961,geneDR024741,geneDR022927,geneDR023035,geneDR021738,geneDR021960,geneDR019264,geneDR018965,geneDR031827,geneDR010032,geneDR010031,geneDR009967,geneDR032340,geneDR031235,geneDR024128,geneDR026762,geneDR024628,geneDR010539,geneDR010750,geneDR010760,geneDR010825,geneDR010908,geneDR027700,geneDR013698,geneDR027179,geneDR027054,geneDR032509,geneDR034579,geneDR029452,geneDR029619,geneDR023262,geneDR032704,geneDR025617,geneDR025616,geneDR013025,geneDR009879,geneDR009790,geneDR009750,geneDR009308,geneDR009258,geneDR016441,geneDR029105,geneDR029187,geneDR007583,geneDR007564,geneDR022410,geneDR006024,geneDR030198	RNA polymerase II transcription regulatory region sequence-specific DNA binding	MF
GO:0000979	geneDR035478,geneDR031158,geneDR020531,geneDR027179,geneDR007564	RNA polymerase II core promoter sequence-specific DNA binding	MF
GO:0000983	geneDR035478	RNA polymerase II general transcription initiation factor activity	MF
GO:0000992	geneDR035478	RNA polymerase III cis-regulatory region sequence-specific DNA binding	MF
GO:0001006	geneDR035478	RNA polymerase III type 3 promoter sequence-specific DNA binding	MF
GO:0001012	geneDR035478,geneDR014298,geneDR032118,geneDR000182,geneDR000292,geneDR000548,geneDR000650,geneDR001208,geneDR001259,geneDR001421,geneDR001693,geneDR001787,geneDR033838,geneDR007936,geneDR016928,geneDR003506,geneDR003505,geneDR003503,geneDR002957,geneDR002304,geneDR002056,geneDR020146,geneDR012373,geneDR012491,geneDR012707,geneDR006345,geneDR006191,geneDR018271,geneDR018201,geneDR018200,geneDR031102,geneDR031158,geneDR017360,geneDR015251,geneDR025443,geneDR025517,geneDR025580,geneDR027916,geneDR030257,geneDR029741,geneDR020531,geneDR008622,geneDR008492,geneDR008419,geneDR029888,geneDR029809,geneDR027387,geneDR013919,geneDR019609,geneDR019768,geneDR015623,geneDR015356,geneDR020917,geneDR026021,geneDR026082,geneDR023978,geneDR030802,geneDR030718,geneDR018851,geneDR018889,geneDR004028,geneDR004295,geneDR025257,geneDR017858,geneDR024961,geneDR024741,geneDR022927,geneDR023035,geneDR021738,geneDR021960,geneDR019264,geneDR018965,geneDR031827,geneDR010032,geneDR010031,geneDR009967,geneDR032340,geneDR031235,geneDR024128,geneDR026762,geneDR024628,geneDR010539,geneDR010750,geneDR010760,geneDR010825,geneDR010908,geneDR027700,geneDR013698,geneDR027179,geneDR027054,geneDR032509,geneDR034579,geneDR029452,geneDR029619,geneDR023262,geneDR032704,geneDR025617,geneDR025616,geneDR013025,geneDR009879,geneDR009790,geneDR009750,geneDR009308,geneDR009258,geneDR016441,geneDR029105,geneDR029187,geneDR007583,geneDR007564,geneDR022410,geneDR006024,geneDR030198	RNA polymerase II transcription regulatory region sequence-specific DNA binding	MF
GO:0001016	geneDR035478,geneDR010035,geneDR010034	RNA polymerase III transcription regulatory region sequence-specific DNA binding	MF
GO:0001032	geneDR035478,geneDR010035,geneDR010034	RNA polymerase III type 3 promoter sequence-specific DNA binding	MF
GO:0001046	geneDR035478,geneDR002552,geneDR002332,geneDR001932,geneDR030461,geneDR030462,geneDR019909,geneDR012182,geneDR030656,geneDR033807,geneDR031158,geneDR017624,geneDR017360,geneDR017050,geneDR020531,geneDR020414,geneDR008156,geneDR020787,geneDR034944,geneDR014079,geneDR018752,geneDR003648,geneDR003910,geneDR004449,geneDR004584,geneDR021561,geneDR010434,geneDR013084,geneDR027179,geneDR023541,geneDR007564,geneDR022214,geneDR005708	core promoter sequence-specific DNA binding	MF
GO:0001047	geneDR035478,geneDR000665,geneDR001123,geneDR002552,geneDR002332,geneDR001932,geneDR030373,geneDR030461,geneDR030462,geneDR019909,geneDR012182,geneDR031904,geneDR030656,geneDR033807,geneDR031158,geneDR017624,geneDR017360,geneDR017050,geneDR020531,geneDR020414,geneDR008156,geneDR020787,geneDR034944,geneDR014079,geneDR018752,geneDR003648,geneDR003747,geneDR003910,geneDR004449,geneDR004584,geneDR021561,geneDR010434,geneDR013084,geneDR027179,geneDR023541,geneDR009258,geneDR007564,geneDR022214,geneDR005708	core promoter sequence-specific DNA binding	MF
GO:0001075	geneDR035478	RNA polymerase II general transcription initiation factor activity	MF
GO:0001085	geneDR035478,geneDR032118,geneDR032064,geneDR000044,geneDR000548,geneDR000650,geneDR001108,geneDR001208,geneDR001693,geneDR007936,geneDR016928,geneDR003506,geneDR003505,geneDR003503,geneDR003378,geneDR002304,geneDR030373,geneDR028809,geneDR012373,geneDR012707,geneDR006191,geneDR018271,geneDR031102,geneDR014780,geneDR008622,geneDR008419,geneDR029888,geneDR029809,geneDR013919,geneDR019609,geneDR019768,geneDR015465,geneDR015356,geneDR020989,geneDR020917,geneDR026082,geneDR030718,geneDR003747,geneDR004295,geneDR024961,geneDR024741,geneDR024678,geneDR022791,geneDR021738,geneDR021743,geneDR018965,geneDR031827,geneDR010035,geneDR010034,geneDR009967,geneDR032340,geneDR024128,geneDR023661,geneDR023662,geneDR025067,geneDR024628,geneDR011057,geneDR027553,geneDR027700,geneDR027054,geneDR028941,geneDR034579,geneDR029452,geneDR023262,geneDR032704,geneDR013025,geneDR009790,geneDR009722,geneDR009308,geneDR016441,geneDR016371,geneDR029105,geneDR007583,geneDR022410,geneDR005306,geneDR005206	RNA polymerase II-specific DNA-binding transcription factor binding	MF
GO:0001102	geneDR035478,geneDR032064,geneDR028809,geneDR020989,geneDR024678,geneDR021743,geneDR027553,geneDR009722,geneDR016371	RNA polymerase II-specific DNA-binding transcription factor binding	MF
GO:0001179	geneDR035478	RNA polymerase I general transcription initiation factor binding	MF
GO:0008301	geneDR035478,geneDR016969,geneDR020318,geneDR020392,geneDR012062,geneDR012063,geneDR015390,geneDR030761,geneDR019094,geneDR019020	DNA binding, bending	MF
GO:0033613	geneDR035478,geneDR032064,geneDR034566,geneDR003357,geneDR028809,geneDR018553,geneDR015263,geneDR015492,geneDR020989,geneDR024056,geneDR003947,geneDR003948,geneDR024678,geneDR021743,geneDR027553,geneDR009722,geneDR016371	DNA-binding transcription factor binding	MF
GO:0031386	geneDR035479,geneDR020490,geneDR007196	protein tag	MF
GO:0004559	geneDR035480,geneDR034501,geneDR001315,geneDR030869,geneDR006580,geneDR008704,geneDR004143,geneDR004214,geneDR025181,geneDR025180,geneDR010189,geneDR027295,geneDR025917,geneDR016280,geneDR030251	alpha-mannosidase activity	MF
GO:0004571	geneDR035480,geneDR034501,geneDR001315,geneDR030869,geneDR006580,geneDR025181,geneDR025180,geneDR010189,geneDR027295,geneDR025917,geneDR016280	mannosyl-oligosaccharide 1,2-alpha-mannosidase activity	MF
GO:0015923	geneDR035480,geneDR034501,geneDR001315,geneDR030869,geneDR002391,geneDR019941,geneDR006580,geneDR008859,geneDR008858,geneDR008704,geneDR004143,geneDR004214,geneDR004406,geneDR025181,geneDR025180,geneDR023046,geneDR022149,geneDR010189,geneDR009955,geneDR032355,geneDR027295,geneDR025917,geneDR025596,geneDR034466,geneDR016614,geneDR016280,geneDR030251	mannosidase activity	MF
GO:0015924	geneDR035480,geneDR034501,geneDR001315,geneDR030869,geneDR006580,geneDR004214,geneDR025181,geneDR025180,geneDR010189,geneDR027295,geneDR025917,geneDR016280,geneDR030251	mannosyl-oligosaccharide mannosidase activity	MF
GO:0016289	geneDR035500,geneDR030826,geneDR031807,geneDR035034,geneDR028812,geneDR012101,geneDR033463,geneDR026013,geneDR021741,geneDR018968,geneDR029458	CoA hydrolase activity	MF
GO:0016790	geneDR035500,geneDR035142,geneDR000941,geneDR001099,geneDR001440,geneDR001446,geneDR030826,geneDR007895,geneDR007730,geneDR031807,geneDR035034,geneDR028812,geneDR012101,geneDR012456,geneDR012463,geneDR033350,geneDR006696,geneDR006684,geneDR006523,geneDR018098,geneDR025477,geneDR030059,geneDR033463,geneDR026013,geneDR024975,geneDR021741,geneDR018968,geneDR010868,geneDR029458,geneDR025683,geneDR009665,geneDR007200	thiolester hydrolase activity	MF
GO:0047617	geneDR035500,geneDR031807,geneDR035034,geneDR028812,geneDR012101,geneDR026013,geneDR021741,geneDR018968,geneDR029458	acyl-CoA hydrolase activity	MF
GO:0008194	geneDR035501,geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR034598,geneDR034907,geneDR032870,geneDR032965,geneDR032007,geneDR032002,geneDR031989,geneDR000010,geneDR000035,geneDR000043,geneDR000344,geneDR000580,geneDR001065,geneDR001172,geneDR001407,geneDR001567,geneDR001752,geneDR035351,geneDR034676,geneDR033839,geneDR028235,geneDR030886,geneDR030849,geneDR007909,geneDR016996,geneDR016839,geneDR016783,geneDR016727,geneDR003474,geneDR003393,geneDR003170,geneDR003045,geneDR002937,geneDR002936,geneDR002865,geneDR002829,geneDR002790,geneDR002601,geneDR002150,geneDR002147,geneDR002123,geneDR031696,geneDR031724,geneDR031774,geneDR028780,geneDR028532,geneDR019979,geneDR020127,geneDR020128,geneDR020232,geneDR012504,geneDR012534,geneDR012575,geneDR028101,geneDR006431,geneDR033751,geneDR033750,geneDR018437,geneDR018352,geneDR018313,geneDR031091,geneDR031160,geneDR017545,geneDR017409,geneDR017031,geneDR015212,geneDR015022,geneDR014797,geneDR014795,geneDR025515,geneDR033122,geneDR009021,geneDR008949,geneDR008945,geneDR008677,geneDR008675,geneDR008654,geneDR008628,geneDR008624,geneDR008616,geneDR008615,geneDR008580,geneDR008464,geneDR008227,geneDR008226,geneDR008182,geneDR029947,geneDR029837,geneDR035162,geneDR034410,geneDR020829,geneDR014145,geneDR014012,geneDR013984,geneDR013927,geneDR019647,geneDR019704,geneDR016008,geneDR015893,geneDR015796,geneDR015677,geneDR015345,geneDR033305,geneDR033250,geneDR021345,geneDR021188,geneDR020875,geneDR026318,geneDR026408,geneDR003627,geneDR003772,geneDR004174,geneDR004177,geneDR004206,geneDR004540,geneDR004626,geneDR004687,geneDR004688,geneDR004816,geneDR004846,geneDR004849,geneDR024922,geneDR024715,geneDR022739,geneDR022741,geneDR022790,geneDR022919,geneDR023092,geneDR021648,geneDR021666,geneDR021716,geneDR021934,geneDR019457,geneDR019446,geneDR019398,geneDR019180,geneDR010336,geneDR032385,geneDR031315,geneDR031211,geneDR024380,geneDR024066,geneDR023751,geneDR023752,geneDR023938,geneDR014608,geneDR014517,geneDR014507,geneDR026592,geneDR026593,geneDR026814,geneDR025027,geneDR025110,geneDR025115,geneDR024640,geneDR024524,geneDR024519,geneDR024508,geneDR024494,geneDR010400,geneDR010401,geneDR010402,geneDR010827,geneDR011039,geneDR011042,geneDR011060,geneDR011232,geneDR011254,geneDR027552,geneDR027785,geneDR033649,geneDR013187,geneDR013364,geneDR027058,geneDR032590,geneDR031980,geneDR033923,geneDR029517,geneDR029651,geneDR029652,geneDR029665,geneDR029673,geneDR023212,geneDR032726,geneDR032635,geneDR032627,geneDR034937,geneDR025848,geneDR025815,geneDR025717,geneDR025714,geneDR025693,geneDR012971,geneDR009556,geneDR009458,geneDR009457,geneDR009228,geneDR009226,geneDR009192,geneDR009126,geneDR016627,geneDR016565,geneDR029162,geneDR007377,geneDR007376,geneDR007183,geneDR007168,geneDR007162,geneDR007031,geneDR007030,geneDR007011,geneDR022244,geneDR022465,geneDR022597,geneDR022666,geneDR022689,geneDR006013,geneDR005951,geneDR005843,geneDR005830,geneDR005814,geneDR005746,geneDR005556,geneDR005379,geneDR005378,geneDR005377,geneDR005376,geneDR005279,geneDR005247,geneDR005132,geneDR005012,geneDR005009,geneDR005007	UDP-glycosyltransferase activity	MF
GO:0008378	geneDR035501,geneDR034609,geneDR000387,geneDR000790,geneDR001065,geneDR001407,geneDR001752,geneDR028360,geneDR003359,geneDR003358,geneDR003170,geneDR002686,geneDR002472,geneDR031724,geneDR020127,geneDR020128,geneDR020238,geneDR012504,geneDR028143,geneDR017964,geneDR017963,geneDR030934,geneDR017535,geneDR030055,geneDR029916,geneDR014145,geneDR013927,geneDR019704,geneDR015677,geneDR015486,geneDR015485,geneDR021345,geneDR021188,geneDR004493,geneDR004715,geneDR024922,geneDR023167,geneDR021666,geneDR021958,geneDR019178,geneDR025137,geneDR024616,geneDR011060,geneDR011219,geneDR013198,geneDR013199,geneDR023303,geneDR023296,geneDR032635,geneDR025725,geneDR025717,geneDR016106,geneDR029040,geneDR007162,geneDR034033,geneDR005925,geneDR005154	galactosyltransferase activity	MF
GO:0035250	geneDR035501,geneDR001065,geneDR001407,geneDR001752,geneDR003170,geneDR031724,geneDR020127,geneDR020128,geneDR012504,geneDR014145,geneDR013927,geneDR019704,geneDR015677,geneDR021345,geneDR021188,geneDR024922,geneDR021666,geneDR011060,geneDR032635,geneDR025717,geneDR007162	UDP-galactosyltransferase activity	MF
GO:0015616	geneDR035504,geneDR035505,geneDR001859,geneDR019038,geneDR027720	DNA translocase activity	MF
GO:0019829	geneDR035507,geneDR014346,geneDR014443,geneDR034499,geneDR035007,geneDR035254,geneDR000404,geneDR001790,geneDR028352,geneDR028350,geneDR008081,geneDR016930,geneDR016786,geneDR003420,geneDR002689,geneDR002412,geneDR002327,geneDR002046,geneDR001893,geneDR020297,geneDR012210,geneDR012312,geneDR028153,geneDR006355,geneDR031122,geneDR034157,geneDR017625,geneDR015313,geneDR025349,geneDR027948,geneDR020470,geneDR020469,geneDR008872,geneDR008541,geneDR019556,geneDR019637,geneDR019655,geneDR033193,geneDR034882,geneDR020967,geneDR004011,geneDR004712,geneDR017757,geneDR017758,geneDR033694,geneDR033693,geneDR022957,geneDR019316,geneDR021528,geneDR021416,geneDR023861,geneDR034231,geneDR035072,geneDR014634,geneDR026625,geneDR026717,geneDR011215,geneDR033599,geneDR013077,geneDR032594,geneDR032506,geneDR033957,geneDR012733,geneDR012890,geneDR009744,geneDR009365,geneDR009260,geneDR016399,geneDR029034,geneDR007428,geneDR007328,geneDR007310,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005595,geneDR005445	ATPase-coupled cation transmembrane transporter activity	MF
GO:0022853	geneDR035507,geneDR014346,geneDR014443,geneDR034499,geneDR035007,geneDR035254,geneDR000404,geneDR001790,geneDR028352,geneDR028350,geneDR008081,geneDR016930,geneDR016786,geneDR003420,geneDR002689,geneDR002412,geneDR002327,geneDR002046,geneDR001893,geneDR020297,geneDR012210,geneDR012312,geneDR028153,geneDR006355,geneDR031122,geneDR034157,geneDR017625,geneDR015313,geneDR025349,geneDR027948,geneDR020470,geneDR020469,geneDR008872,geneDR008541,geneDR013853,geneDR019556,geneDR019637,geneDR019655,geneDR033193,geneDR034882,geneDR021128,geneDR020967,geneDR004011,geneDR004712,geneDR017757,geneDR017758,geneDR033694,geneDR033693,geneDR022957,geneDR019316,geneDR021528,geneDR021416,geneDR023861,geneDR034231,geneDR035072,geneDR014634,geneDR026625,geneDR026717,geneDR011215,geneDR033599,geneDR013077,geneDR032594,geneDR032506,geneDR033957,geneDR012733,geneDR012890,geneDR009744,geneDR009365,geneDR009260,geneDR016399,geneDR029034,geneDR007428,geneDR007328,geneDR007310,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005595,geneDR005445	active ion transmembrane transporter activity	MF
GO:0036442	geneDR035507,geneDR014346,geneDR001790,geneDR016786,geneDR003420,geneDR002689,geneDR002412,geneDR002046,geneDR001893,geneDR012210,geneDR028153,geneDR006355,geneDR031122,geneDR015313,geneDR025349,geneDR008872,geneDR008541,geneDR033193,geneDR034882,geneDR004011,geneDR004712,geneDR021528,geneDR021416,geneDR023861,geneDR014634,geneDR026717,geneDR011215,geneDR033599,geneDR033957,geneDR009744,geneDR009260,geneDR016399,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005445	P-type proton-exporting transporter activity	MF
GO:0042625	geneDR035507,geneDR014346,geneDR014443,geneDR034499,geneDR035007,geneDR035254,geneDR000404,geneDR001790,geneDR028352,geneDR028350,geneDR008081,geneDR016930,geneDR016786,geneDR003420,geneDR002689,geneDR002412,geneDR002327,geneDR002046,geneDR001893,geneDR020297,geneDR012210,geneDR012312,geneDR028153,geneDR006355,geneDR031122,geneDR034157,geneDR017625,geneDR015313,geneDR025349,geneDR027948,geneDR020470,geneDR020469,geneDR008872,geneDR008541,geneDR013853,geneDR019556,geneDR019637,geneDR019655,geneDR033193,geneDR034882,geneDR021128,geneDR020967,geneDR004011,geneDR004712,geneDR017757,geneDR017758,geneDR033694,geneDR033693,geneDR022957,geneDR019316,geneDR021528,geneDR021416,geneDR023861,geneDR034231,geneDR035072,geneDR014634,geneDR026625,geneDR026717,geneDR011215,geneDR033599,geneDR013077,geneDR032594,geneDR032506,geneDR033957,geneDR012733,geneDR012890,geneDR009744,geneDR009365,geneDR009260,geneDR016399,geneDR029034,geneDR007428,geneDR007328,geneDR007310,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005595,geneDR005445	ATPase-coupled ion transmembrane transporter activity	MF
GO:0044769	geneDR035507,geneDR014346,geneDR001790,geneDR016930,geneDR016786,geneDR003420,geneDR002412,geneDR001893,geneDR012210,geneDR028153,geneDR006355,geneDR031122,geneDR015313,geneDR008872,geneDR008541,geneDR033193,geneDR034882,geneDR021528,geneDR023861,geneDR014634,geneDR026717,geneDR033599,geneDR033957,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005445	ATPase activity, coupled to transmembrane movement of ions, rotational mechanism	MF
GO:0046961	geneDR035507,geneDR014346,geneDR001790,geneDR016786,geneDR003420,geneDR002412,geneDR001893,geneDR012210,geneDR028153,geneDR006355,geneDR031122,geneDR015313,geneDR008872,geneDR008541,geneDR033193,geneDR034882,geneDR021528,geneDR023861,geneDR014634,geneDR026717,geneDR033599,geneDR033957,geneDR022332,geneDR022551,geneDR005999,geneDR005934,geneDR005445	proton-transporting ATPase activity, rotational mechanism	MF
GO:0004331	geneDR035510	fructose-2,6-bisphosphate 2-phosphatase activity	MF
GO:0019203	geneDR035510,geneDR007906,geneDR007590,geneDR016988,geneDR016783,geneDR031927,geneDR018002,geneDR029800,geneDR027309,geneDR019799,geneDR026108,geneDR030789,geneDR018941,geneDR026288,geneDR024985,geneDR010226,geneDR024590,geneDR023221,geneDR009412,geneDR009098,geneDR016646,geneDR005970,geneDR005897	carbohydrate phosphatase activity	MF
GO:0050308	geneDR035510,geneDR007590,geneDR016988,geneDR031927,geneDR029800,geneDR027309,geneDR030789,geneDR018941,geneDR026288,geneDR009098,geneDR016646	sugar-phosphatase activity	MF
GO:0000287	geneDR014235,geneDR034621,geneDR032173,geneDR000991,geneDR001372,geneDR033836,geneDR007943,geneDR007906,geneDR007858,geneDR002962,geneDR002834,geneDR002833,geneDR002827,geneDR002717,geneDR002189,geneDR012104,geneDR012134,geneDR031927,geneDR006839,geneDR006631,geneDR006261,geneDR006154,geneDR018221,geneDR017626,geneDR015096,geneDR014802,geneDR008708,geneDR029798,geneDR027309,geneDR027385,geneDR030146,geneDR014067,geneDR019560,geneDR019721,geneDR019799,geneDR016062,geneDR021170,geneDR020965,geneDR026108,geneDR026258,geneDR018941,geneDR026288,geneDR026337,geneDR026518,geneDR004134,geneDR004748,geneDR004847,geneDR004853,geneDR025244,geneDR017846,geneDR017860,geneDR017861,geneDR024985,geneDR024821,geneDR018966,geneDR010098,geneDR010013,geneDR023894,geneDR014652,geneDR026822,geneDR025145,geneDR010420,geneDR013148,geneDR013729,geneDR027242,geneDR029531,geneDR023221,geneDR032689,geneDR025795,geneDR025794,geneDR025793,geneDR009555,geneDR009253,geneDR016130,geneDR005981,geneDR005419,geneDR005164,geneDR005051,geneDR030205	magnesium ion binding	MF
GO:0051749	geneDR014235,geneDR026822	indole acetic acid carboxyl methyltransferase activity	MF
GO:0003917	geneDR014237,geneDR035532,geneDR026820,geneDR027495,geneDR012764,geneDR005274	DNA topoisomerase type I (single strand cut, ATP-independent) activity	MF
GO:0015081	geneDR014240,geneDR008061,geneDR012631,geneDR033754,geneDR018462,geneDR033117,geneDR008165,geneDR013893,geneDR013873,geneDR016063,geneDR021141,geneDR021021,geneDR034522,geneDR004857,geneDR024817,geneDR026817,geneDR011016,geneDR013261,geneDR031936,geneDR031937,geneDR028975,geneDR023553,geneDR034064,geneDR034071	sodium ion transmembrane transporter activity	MF
GO:0015385	geneDR014240,geneDR008061,geneDR018462,geneDR033117,geneDR013893,geneDR013873,geneDR016063,geneDR021141,geneDR021021,geneDR024817,geneDR026817,geneDR028975,geneDR034071	sodium:proton antiporter activity	MF
GO:0001228	geneDR014298,geneDR032118,geneDR000548,geneDR000650,geneDR001208,geneDR001693,geneDR033838,geneDR007936,geneDR016928,geneDR002552,geneDR002332,geneDR002304,geneDR001932,geneDR030428,geneDR031674,geneDR019909,geneDR012182,geneDR012373,geneDR012707,geneDR030656,geneDR006191,geneDR033807,geneDR018271,geneDR018201,geneDR018200,geneDR031102,geneDR017360,geneDR017050,geneDR015234,geneDR025580,geneDR020736,geneDR020414,geneDR008622,geneDR008419,geneDR008156,geneDR029893,geneDR029888,geneDR029809,geneDR027387,geneDR020787,geneDR034944,geneDR014079,geneDR013919,geneDR019609,geneDR019768,geneDR020917,geneDR026021,geneDR026082,geneDR030718,geneDR018752,geneDR018889,geneDR026444,geneDR003648,geneDR003910,geneDR004295,geneDR004584,geneDR017858,geneDR024961,geneDR024741,geneDR021738,geneDR018965,geneDR021561,geneDR031827,geneDR010032,geneDR010031,geneDR009967,geneDR032340,geneDR024128,geneDR026762,geneDR010434,geneDR010750,geneDR027700,geneDR027803,geneDR013698,geneDR027054,geneDR031958,geneDR034579,geneDR029452,geneDR023541,geneDR023267,geneDR023262,geneDR032704,geneDR013025,geneDR009790,geneDR009750,geneDR009308,geneDR016441,geneDR029105,geneDR007583,geneDR022214,geneDR022410,geneDR005708	DNA-binding transcription activator activity, RNA polymerase II-specific	MF
GO:0004420	geneDR014299,geneDR002021,geneDR034239,geneDR030327,geneDR003782,geneDR033360,geneDR026761,geneDR027738,geneDR009751,geneDR005488	hydroxymethylglutaryl-CoA reductase (NADPH) activity	MF
GO:0005216	geneDR014301,geneDR014443,geneDR000306,geneDR000701,geneDR000794,geneDR000795,geneDR000948,geneDR001023,geneDR001071,geneDR001335,geneDR028367,geneDR008016,geneDR003066,geneDR002459,geneDR002200,geneDR002126,geneDR002109,geneDR001956,geneDR034276,geneDR030345,geneDR031683,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006553,geneDR006363,geneDR006351,geneDR006223,geneDR018244,geneDR018213,geneDR018050,geneDR031101,geneDR017458,geneDR017092,geneDR014934,geneDR014781,geneDR033141,geneDR027965,geneDR020575,geneDR008853,geneDR008588,geneDR008276,geneDR029999,geneDR033909,geneDR028897,geneDR028896,geneDR019701,geneDR026015,geneDR026018,geneDR032418,geneDR018835,geneDR003749,geneDR003771,geneDR004121,geneDR004204,geneDR004222,geneDR004479,geneDR004523,geneDR004559,geneDR004590,geneDR017775,geneDR021638,geneDR019135,geneDR010281,geneDR009996,geneDR034231,geneDR035072,geneDR026625,geneDR026758,geneDR024541,geneDR010378,geneDR010597,geneDR010694,geneDR011055,geneDR027456,geneDR027528,geneDR013801,geneDR027056,geneDR028960,geneDR023408,geneDR025644,geneDR009754,geneDR009626,geneDR016422,geneDR016295,geneDR007340,geneDR007241,geneDR034078,geneDR007093,geneDR022352,geneDR022522,geneDR005856,geneDR005770,geneDR005595	ion channel activity	MF
GO:0005244	geneDR014301,geneDR000306,geneDR000701,geneDR000948,geneDR001023,geneDR001071,geneDR001335,geneDR028367,geneDR008016,geneDR002200,geneDR002126,geneDR002109,geneDR001956,geneDR031683,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006553,geneDR006363,geneDR006351,geneDR006223,geneDR018050,geneDR031101,geneDR017092,geneDR014934,geneDR027965,geneDR020575,geneDR008853,geneDR008588,geneDR008276,geneDR033909,geneDR026015,geneDR003749,geneDR004121,geneDR004204,geneDR004222,geneDR004523,geneDR004559,geneDR004590,geneDR021638,geneDR019135,geneDR010281,geneDR026758,geneDR024541,geneDR010378,geneDR010597,geneDR027456,geneDR027056,geneDR028960,geneDR025644,geneDR009626,geneDR016295,geneDR007340,geneDR007241,geneDR022352,geneDR022522,geneDR005856,geneDR005770	voltage-gated ion channel activity	MF
GO:0005253	geneDR014301,geneDR001023,geneDR001071,geneDR001335,geneDR002200,geneDR002126,geneDR031683,geneDR006553,geneDR006223,geneDR027965,geneDR008588,geneDR029999,geneDR033909,geneDR019701,geneDR026015,geneDR026018,geneDR032418,geneDR003749,geneDR004121,geneDR004204,geneDR004559,geneDR021638,geneDR010281,geneDR026758,geneDR024541,geneDR010597,geneDR028960,geneDR023408,geneDR007340,geneDR022522,geneDR005856	anion channel activity	MF
GO:0008308	geneDR014301,geneDR001023,geneDR001071,geneDR001335,geneDR002200,geneDR002126,geneDR031683,geneDR006553,geneDR006223,geneDR027965,geneDR008588,geneDR033909,geneDR026015,geneDR003749,geneDR004121,geneDR004204,geneDR004559,geneDR021638,geneDR010281,geneDR026758,geneDR024541,geneDR010597,geneDR028960,geneDR007340,geneDR022522,geneDR005856	voltage-gated anion channel activity	MF
GO:0015267	geneDR014301,geneDR014443,geneDR000028,geneDR000306,geneDR000519,geneDR000701,geneDR000758,geneDR000794,geneDR000795,geneDR000948,geneDR001023,geneDR001071,geneDR001231,geneDR001335,geneDR028367,geneDR028316,geneDR028244,geneDR008016,geneDR016991,geneDR016947,geneDR016929,geneDR003066,geneDR002774,geneDR002459,geneDR002200,geneDR002126,geneDR002109,geneDR001956,geneDR034276,geneDR030345,geneDR030562,geneDR031683,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012103,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006907,geneDR006688,geneDR006553,geneDR006457,geneDR006363,geneDR006351,geneDR006223,geneDR018393,geneDR018244,geneDR018213,geneDR018050,geneDR031101,geneDR031137,geneDR017458,geneDR017444,geneDR017241,geneDR017092,geneDR014934,geneDR014781,geneDR033141,geneDR027965,geneDR030270,geneDR020575,geneDR020552,geneDR008853,geneDR008663,geneDR008588,geneDR008483,geneDR008276,geneDR029999,geneDR033909,geneDR028897,geneDR028896,geneDR020826,geneDR019701,geneDR015986,geneDR015444,geneDR033288,geneDR021308,geneDR026015,geneDR026018,geneDR032418,geneDR030791,geneDR030720,geneDR018835,geneDR026568,geneDR003749,geneDR003771,geneDR003837,geneDR004121,geneDR004191,geneDR004204,geneDR004222,geneDR004479,geneDR004523,geneDR004559,geneDR004590,geneDR004803,geneDR017775,geneDR022777,geneDR021638,geneDR019135,geneDR010281,geneDR009996,geneDR031313,geneDR031265,geneDR034231,geneDR035072,geneDR026625,geneDR026758,geneDR024541,geneDR010361,geneDR010378,geneDR010525,geneDR010597,geneDR010694,geneDR011055,geneDR027456,geneDR027528,geneDR013568,geneDR013801,geneDR027158,geneDR027056,geneDR028960,geneDR023408,geneDR025644,geneDR009754,geneDR009626,geneDR016422,geneDR016393,geneDR016295,geneDR007340,geneDR007241,geneDR034078,geneDR007093,geneDR022352,geneDR022522,geneDR005856,geneDR005770,geneDR005595	channel activity	MF
GO:0015288	geneDR014301,geneDR008853,geneDR026758,geneDR022352,geneDR022522	porin activity	MF
GO:0022803	geneDR014301,geneDR014443,geneDR000028,geneDR000306,geneDR000519,geneDR000701,geneDR000758,geneDR000794,geneDR000795,geneDR000948,geneDR001023,geneDR001071,geneDR001231,geneDR001335,geneDR028367,geneDR028316,geneDR028244,geneDR008016,geneDR016991,geneDR016947,geneDR016929,geneDR003066,geneDR002774,geneDR002459,geneDR002200,geneDR002126,geneDR002109,geneDR001956,geneDR034276,geneDR030345,geneDR030562,geneDR031683,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012103,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006907,geneDR006688,geneDR006553,geneDR006457,geneDR006363,geneDR006351,geneDR006223,geneDR018393,geneDR018244,geneDR018213,geneDR018050,geneDR031101,geneDR031137,geneDR017458,geneDR017444,geneDR017241,geneDR017092,geneDR014934,geneDR014781,geneDR033141,geneDR027965,geneDR030270,geneDR020575,geneDR020552,geneDR008853,geneDR008663,geneDR008588,geneDR008483,geneDR008276,geneDR029999,geneDR033909,geneDR028897,geneDR028896,geneDR020826,geneDR019701,geneDR015986,geneDR015444,geneDR033288,geneDR021308,geneDR026015,geneDR026018,geneDR032418,geneDR030791,geneDR030720,geneDR018835,geneDR026568,geneDR003749,geneDR003771,geneDR003837,geneDR004121,geneDR004191,geneDR004204,geneDR004222,geneDR004479,geneDR004523,geneDR004559,geneDR004590,geneDR004803,geneDR017775,geneDR022777,geneDR021638,geneDR019135,geneDR010281,geneDR009996,geneDR031313,geneDR031265,geneDR034231,geneDR035072,geneDR026625,geneDR026758,geneDR024541,geneDR010361,geneDR010378,geneDR010525,geneDR010597,geneDR010694,geneDR011055,geneDR027456,geneDR027528,geneDR013568,geneDR013801,geneDR027158,geneDR027056,geneDR028960,geneDR023408,geneDR025644,geneDR009754,geneDR009626,geneDR016422,geneDR016393,geneDR016295,geneDR007340,geneDR007241,geneDR034078,geneDR007093,geneDR022352,geneDR022522,geneDR005856,geneDR005770,geneDR005595	passive transmembrane transporter activity	MF
GO:0022829	geneDR014301,geneDR008853,geneDR026758,geneDR022352,geneDR022522	wide pore channel activity	MF
GO:0022832	geneDR014301,geneDR000306,geneDR000701,geneDR000948,geneDR001023,geneDR001071,geneDR001335,geneDR028367,geneDR008016,geneDR002200,geneDR002126,geneDR002109,geneDR001956,geneDR031683,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006553,geneDR006363,geneDR006351,geneDR006223,geneDR018050,geneDR031101,geneDR017092,geneDR014934,geneDR027965,geneDR020575,geneDR008853,geneDR008588,geneDR008276,geneDR033909,geneDR026015,geneDR003749,geneDR004121,geneDR004204,geneDR004222,geneDR004523,geneDR004559,geneDR004590,geneDR021638,geneDR019135,geneDR010281,geneDR026758,geneDR024541,geneDR010378,geneDR010597,geneDR027456,geneDR027056,geneDR028960,geneDR025644,geneDR009626,geneDR016295,geneDR007340,geneDR007241,geneDR022352,geneDR022522,geneDR005856,geneDR005770	voltage-gated channel activity	MF
GO:0022836	geneDR014301,geneDR000306,geneDR000701,geneDR000948,geneDR001023,geneDR001071,geneDR001335,geneDR028367,geneDR008016,geneDR002200,geneDR002126,geneDR002109,geneDR001956,geneDR031683,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006553,geneDR006457,geneDR006363,geneDR006351,geneDR006223,geneDR018050,geneDR031101,geneDR017092,geneDR014934,geneDR033141,geneDR027965,geneDR020575,geneDR008853,geneDR008588,geneDR008276,geneDR033909,geneDR020826,geneDR033288,geneDR026015,geneDR026568,geneDR003749,geneDR003837,geneDR004121,geneDR004204,geneDR004222,geneDR004523,geneDR004559,geneDR004590,geneDR021638,geneDR019135,geneDR010281,geneDR026758,geneDR024541,geneDR010378,geneDR010597,geneDR010694,geneDR027456,geneDR027056,geneDR028960,geneDR025644,geneDR009626,geneDR016295,geneDR007340,geneDR007241,geneDR034078,geneDR007093,geneDR022352,geneDR022522,geneDR005856,geneDR005770	gated channel activity	MF
GO:0022838	geneDR014301,geneDR014443,geneDR000028,geneDR000306,geneDR000519,geneDR000701,geneDR000758,geneDR000794,geneDR000795,geneDR000948,geneDR001023,geneDR001071,geneDR001231,geneDR001335,geneDR028367,geneDR028316,geneDR028244,geneDR008016,geneDR016991,geneDR016947,geneDR016929,geneDR003066,geneDR002774,geneDR002459,geneDR002200,geneDR002126,geneDR002109,geneDR001956,geneDR034276,geneDR030345,geneDR030562,geneDR031683,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012103,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006907,geneDR006688,geneDR006553,geneDR006363,geneDR006351,geneDR006223,geneDR018393,geneDR018244,geneDR018213,geneDR018050,geneDR031101,geneDR031137,geneDR017458,geneDR017444,geneDR017241,geneDR017092,geneDR014934,geneDR014781,geneDR033141,geneDR027965,geneDR030270,geneDR020575,geneDR020552,geneDR008853,geneDR008663,geneDR008588,geneDR008483,geneDR008276,geneDR029999,geneDR033909,geneDR028897,geneDR028896,geneDR019701,geneDR015986,geneDR015444,geneDR021308,geneDR026015,geneDR026018,geneDR032418,geneDR030791,geneDR030720,geneDR018835,geneDR003749,geneDR003771,geneDR004121,geneDR004191,geneDR004204,geneDR004222,geneDR004479,geneDR004523,geneDR004559,geneDR004590,geneDR004803,geneDR017775,geneDR022777,geneDR021638,geneDR019135,geneDR010281,geneDR009996,geneDR031313,geneDR031265,geneDR034231,geneDR035072,geneDR026625,geneDR026758,geneDR024541,geneDR010361,geneDR010378,geneDR010525,geneDR010597,geneDR010694,geneDR011055,geneDR027456,geneDR027528,geneDR013568,geneDR013801,geneDR027158,geneDR027056,geneDR028960,geneDR023408,geneDR025644,geneDR009754,geneDR009626,geneDR016422,geneDR016393,geneDR016295,geneDR007340,geneDR007241,geneDR034078,geneDR007093,geneDR022352,geneDR022522,geneDR005856,geneDR005770,geneDR005595	channel activity	MF
GO:0022839	geneDR014301,geneDR000306,geneDR000701,geneDR000948,geneDR001023,geneDR001071,geneDR001335,geneDR028367,geneDR008016,geneDR002200,geneDR002126,geneDR002109,geneDR001956,geneDR031683,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006553,geneDR006363,geneDR006351,geneDR006223,geneDR018050,geneDR031101,geneDR017092,geneDR014934,geneDR033141,geneDR027965,geneDR020575,geneDR008853,geneDR008588,geneDR008276,geneDR033909,geneDR026015,geneDR003749,geneDR004121,geneDR004204,geneDR004222,geneDR004523,geneDR004559,geneDR004590,geneDR021638,geneDR019135,geneDR010281,geneDR026758,geneDR024541,geneDR010378,geneDR010597,geneDR010694,geneDR027456,geneDR027056,geneDR028960,geneDR025644,geneDR009626,geneDR016295,geneDR007340,geneDR007241,geneDR022352,geneDR022522,geneDR005856,geneDR005770	ion gated channel activity	MF
GO:0004576	geneDR014302,geneDR000921,geneDR002770,geneDR006719,geneDR008421,geneDR004796,geneDR026757,geneDR011129,geneDR034577,geneDR029451,geneDR022523	oligosaccharyl transferase activity	MF
GO:0004579	geneDR014302,geneDR000921,geneDR002770,geneDR006719,geneDR008421,geneDR004796,geneDR026757,geneDR011129,geneDR034577,geneDR029451,geneDR022523	dolichyl-diphosphooligosaccharide-protein glycotransferase activity	MF
GO:0070696	geneDR014311,geneDR001293,geneDR001762,geneDR007845,geneDR017012,geneDR002787,geneDR020312,geneDR006893,geneDR006322,geneDR014746,geneDR025359,geneDR034025,geneDR020543,geneDR008507,geneDR014087,geneDR019644,geneDR026350,geneDR004814,geneDR004970,geneDR033547,geneDR021730,geneDR019102,geneDR023827,geneDR026750,geneDR011105,geneDR011229,geneDR027171,geneDR027170,geneDR005481	transmembrane receptor protein serine/threonine kinase binding	MF
GO:0003844	geneDR014314,geneDR020843,geneDR030090,geneDR026429,geneDR026747	1,4-alpha-glucan branching enzyme activity	MF
GO:0003755	geneDR014335,geneDR032148,geneDR032126,geneDR000842,geneDR034671,geneDR034544,geneDR003496,geneDR003495,geneDR002817,geneDR002788,geneDR002735,geneDR001887,geneDR030519,geneDR028633,geneDR012693,geneDR006799,geneDR006567,geneDR031065,geneDR015123,geneDR014858,geneDR020731,geneDR008626,geneDR008618,geneDR008371,geneDR008312,geneDR030799,geneDR003542,geneDR004780,geneDR004815,geneDR004841,geneDR025229,geneDR017733,geneDR024791,geneDR021911,geneDR019078,geneDR024335,geneDR023825,geneDR026729,geneDR011100,geneDR027671,geneDR027809,geneDR032531,geneDR029508,geneDR012925,geneDR013012,geneDR009363,geneDR009106,geneDR016641,geneDR029036,geneDR029119,geneDR022211,geneDR005236	peptidyl-prolyl cis-trans isomerase activity	MF
GO:0016859	geneDR014335,geneDR035555,geneDR032148,geneDR032126,geneDR000680,geneDR000842,geneDR034671,geneDR034544,geneDR003496,geneDR003495,geneDR002817,geneDR002788,geneDR002735,geneDR001887,geneDR030519,geneDR028633,geneDR012693,geneDR006799,geneDR006567,geneDR031065,geneDR015123,geneDR014860,geneDR014858,geneDR020731,geneDR008626,geneDR008618,geneDR008371,geneDR008312,geneDR014127,geneDR021328,geneDR031414,geneDR030799,geneDR003542,geneDR004780,geneDR004815,geneDR004841,geneDR025229,geneDR017733,geneDR024791,geneDR021911,geneDR019078,geneDR024335,geneDR023825,geneDR026729,geneDR010974,geneDR011100,geneDR027671,geneDR027809,geneDR032531,geneDR029508,geneDR012925,geneDR013012,geneDR009363,geneDR009106,geneDR016641,geneDR029036,geneDR029119,geneDR022211,geneDR005236	cis-trans isomerase activity	MF
GO:0004707	geneDR014354,geneDR034500,geneDR032072,geneDR000039,geneDR001803,geneDR016775,geneDR003073,geneDR019982,geneDR019993,geneDR019995,geneDR012219,geneDR017281,geneDR019523,geneDR019682,geneDR033208,geneDR021007,geneDR026003,geneDR004661,geneDR004664,geneDR033695,geneDR024113,geneDR025082,geneDR013608,geneDR022556,geneDR005742,geneDR005434,geneDR005292,geneDR005107	MAP kinase activity	MF
GO:0045552	geneDR014356,geneDR026708	dihydrokaempferol 4-reductase activity	MF
GO:0005351	geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR003088,geneDR003087,geneDR002207,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR033904,geneDR027307,geneDR020810,geneDR013878,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR003995,geneDR004663,geneDR017896,geneDR021946,geneDR019411,geneDR023824,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR027712,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR029002,geneDR030618,geneDR007562,geneDR034075,geneDR007096,geneDR022561,geneDR022672,geneDR005964,geneDR005798,geneDR005484	carbohydrate:proton symporter activity	MF
GO:0005355	geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR003088,geneDR003087,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR033904,geneDR027307,geneDR020810,geneDR013878,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR003995,geneDR004663,geneDR017896,geneDR021946,geneDR019411,geneDR023824,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR027712,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR029002,geneDR030618,geneDR007562,geneDR034075,geneDR007096,geneDR022561,geneDR022672,geneDR005964,geneDR005798,geneDR005484	glucose transmembrane transporter activity	MF
GO:0005402	geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR003088,geneDR003087,geneDR002207,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR033904,geneDR027307,geneDR020810,geneDR013878,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR003995,geneDR004663,geneDR017896,geneDR021946,geneDR019411,geneDR023824,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR027712,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR029002,geneDR030618,geneDR007562,geneDR034075,geneDR007096,geneDR022561,geneDR022672,geneDR005964,geneDR005798,geneDR005484	carbohydrate:cation symporter activity	MF
GO:0015145	geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR008002,geneDR003088,geneDR003087,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR033904,geneDR027307,geneDR020810,geneDR013878,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR026562,geneDR003995,geneDR004663,geneDR017896,geneDR021946,geneDR019411,geneDR023824,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR027712,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR029002,geneDR030618,geneDR007562,geneDR034075,geneDR007096,geneDR022561,geneDR022672,geneDR005964,geneDR005798,geneDR005484	monosaccharide transmembrane transporter activity	MF
GO:0015149	geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR003088,geneDR003087,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR033904,geneDR027307,geneDR020810,geneDR013878,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR003995,geneDR004663,geneDR017896,geneDR021946,geneDR019411,geneDR023824,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR027712,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR029002,geneDR030618,geneDR007562,geneDR034075,geneDR007096,geneDR022561,geneDR022672,geneDR005964,geneDR005798,geneDR005484	hexose transmembrane transporter activity	MF
GO:0015294	geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR003536,geneDR003534,geneDR003088,geneDR003087,geneDR002916,geneDR002690,geneDR002207,geneDR002200,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR033754,geneDR018557,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020593,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR033909,geneDR033904,geneDR027307,geneDR020810,geneDR013878,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR003995,geneDR004121,geneDR004663,geneDR004950,geneDR017896,geneDR021946,geneDR019411,geneDR023824,geneDR026679,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR011016,geneDR027712,geneDR013261,geneDR013430,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR027084,geneDR031936,geneDR031937,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR029002,geneDR030618,geneDR007562,geneDR034064,geneDR034075,geneDR007096,geneDR022561,geneDR022584,geneDR022672,geneDR005964,geneDR005798,geneDR005484	solute:cation symporter activity	MF
GO:0015295	geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR003536,geneDR003534,geneDR003088,geneDR003087,geneDR002916,geneDR002690,geneDR002207,geneDR002200,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR018557,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR033909,geneDR033904,geneDR027307,geneDR020810,geneDR013878,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR003995,geneDR004121,geneDR004663,geneDR004950,geneDR017896,geneDR021946,geneDR019411,geneDR023824,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR027712,geneDR013430,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR029002,geneDR030618,geneDR007562,geneDR034075,geneDR007096,geneDR022561,geneDR022672,geneDR005964,geneDR005798,geneDR005484	solute:proton symporter activity	MF
GO:0051119	geneDR014359,geneDR032159,geneDR032062,geneDR000310,geneDR000669,geneDR000676,geneDR033815,geneDR033851,geneDR008002,geneDR007847,geneDR003088,geneDR003087,geneDR002106,geneDR002014,geneDR031726,geneDR028596,geneDR033340,geneDR030685,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR006500,geneDR018248,geneDR018206,geneDR018205,geneDR017361,geneDR015155,geneDR020547,geneDR020546,geneDR020444,geneDR008855,geneDR008463,geneDR029937,geneDR033904,geneDR027307,geneDR020810,geneDR013878,geneDR016081,geneDR015854,geneDR015380,geneDR015379,geneDR026217,geneDR026255,geneDR018738,geneDR018885,geneDR018944,geneDR026291,geneDR026562,geneDR003995,geneDR004090,geneDR004663,geneDR017896,geneDR021946,geneDR019411,geneDR009992,geneDR024330,geneDR023646,geneDR023824,geneDR026702,geneDR025129,geneDR024476,geneDR010733,geneDR010734,geneDR027712,geneDR013229,geneDR013553,geneDR013711,geneDR013712,geneDR027271,geneDR027270,geneDR027162,geneDR032571,geneDR023329,geneDR025774,geneDR013008,geneDR013009,geneDR013011,geneDR013024,geneDR026983,geneDR009809,geneDR016234,geneDR029002,geneDR030618,geneDR007562,geneDR034075,geneDR007096,geneDR006961,geneDR022190,geneDR022561,geneDR022672,geneDR005964,geneDR005798,geneDR005484	sugar transmembrane transporter activity	MF
GO:0030544	geneDR014360,geneDR035609,geneDR001055,geneDR007891,geneDR031758,geneDR006566,geneDR031031,geneDR025561,geneDR018636,geneDR003581,geneDR023023,geneDR021705,geneDR024188,geneDR026701,geneDR010775,geneDR013332,geneDR027258,geneDR027032,geneDR029623,geneDR022563,geneDR005422	Hsp70 protein binding	MF
GO:0031072	geneDR014360,geneDR034504,geneDR035602,geneDR035609,geneDR034796,geneDR000235,geneDR001055,geneDR030879,geneDR007902,geneDR007891,geneDR002842,geneDR031758,geneDR028578,geneDR006566,geneDR030969,geneDR031031,geneDR014814,geneDR025561,geneDR020663,geneDR029850,geneDR026109,geneDR026110,geneDR018636,geneDR026373,geneDR003581,geneDR025215,geneDR022960,geneDR023023,geneDR021705,geneDR024188,geneDR026701,geneDR010775,geneDR011024,geneDR013332,geneDR027258,geneDR027032,geneDR029623,geneDR009160,geneDR016589,geneDR022563,geneDR005422	heat shock protein binding	MF
GO:0004347	geneDR014363,geneDR002296,geneDR004289,geneDR026698,geneDR022565	glucose-6-phosphate isomerase activity	MF
GO:0016861	geneDR014363,geneDR034737,geneDR032888,geneDR002296,geneDR001996,geneDR020383,geneDR012053,geneDR012223,geneDR012563,geneDR020537,geneDR033213,geneDR004289,geneDR022826,geneDR021514,geneDR014591,geneDR026698,geneDR027175,geneDR022565,geneDR006038,geneDR005933	intramolecular oxidoreductase activity, interconverting aldoses and ketoses	MF
GO:0004497	geneDR014365,geneDR014373,geneDR014393,geneDR014403,geneDR014407,geneDR035139,geneDR000339,geneDR000571,geneDR000814,geneDR000951,geneDR001169,geneDR001443,geneDR001634,geneDR035352,geneDR034677,geneDR030878,geneDR030877,geneDR030838,geneDR008105,geneDR007760,geneDR007759,geneDR007704,geneDR007698,geneDR016994,geneDR016902,geneDR016700,geneDR016699,geneDR016698,geneDR016695,geneDR003246,geneDR003241,geneDR003240,geneDR003175,geneDR003047,geneDR003046,geneDR002984,geneDR002945,geneDR002364,geneDR002363,geneDR002359,geneDR002159,geneDR002006,geneDR001898,geneDR001880,geneDR028486,geneDR020073,geneDR020322,geneDR020356,geneDR020387,geneDR020388,geneDR020389,geneDR012057,geneDR012460,geneDR006835,geneDR006651,geneDR006184,geneDR018394,geneDR018303,geneDR018149,geneDR018021,geneDR031172,geneDR017650,geneDR017649,geneDR017632,geneDR017529,geneDR017154,geneDR015084,geneDR014773,geneDR027947,geneDR020529,geneDR020493,geneDR008728,geneDR030036,geneDR029754,geneDR027872,geneDR027880,geneDR030120,geneDR019794,geneDR019804,geneDR015872,geneDR015666,geneDR015600,geneDR033280,geneDR026115,geneDR033390,geneDR023970,geneDR030822,geneDR030796,geneDR018676,geneDR026410,geneDR003862,geneDR003863,geneDR004163,geneDR004372,geneDR004374,geneDR004377,geneDR004432,geneDR004831,geneDR025269,geneDR025268,geneDR025213,geneDR025212,geneDR025177,geneDR017933,geneDR024991,geneDR022897,geneDR021816,geneDR022048,geneDR019349,geneDR019059,geneDR021469,geneDR021468,geneDR010291,geneDR010201,geneDR010080,geneDR009938,geneDR009936,geneDR032370,geneDR032371,geneDR032373,geneDR031328,geneDR031264,geneDR031257,geneDR023917,geneDR023918,geneDR023940,geneDR026658,geneDR026661,geneDR026668,geneDR026685,geneDR026696,geneDR025085,geneDR024638,geneDR024509,geneDR024479,geneDR010417,geneDR010576,geneDR010736,geneDR011008,geneDR011070,geneDR011165,geneDR027632,geneDR027636,geneDR027638,geneDR027705,geneDR027706,geneDR013052,geneDR013069,geneDR013213,geneDR013394,geneDR013650,geneDR013681,geneDR013746,geneDR027239,geneDR027209,geneDR027207,geneDR027206,geneDR027181,geneDR031953,geneDR028952,geneDR032525,geneDR032523,geneDR023478,geneDR025866,geneDR025860,geneDR025646,geneDR012896,geneDR012897,geneDR012898,geneDR012899,geneDR012901,geneDR012902,geneDR012904,geneDR012951,geneDR012961,geneDR012963,geneDR012985,geneDR013031,geneDR009895,geneDR009812,geneDR009789,geneDR009494,geneDR009437,geneDR009378,geneDR009377,geneDR009376,geneDR009375,geneDR009359,geneDR016440,geneDR016439,geneDR029023,geneDR029024,geneDR029025,geneDR029026,geneDR029042,geneDR029148,geneDR029149,geneDR007538,geneDR007537,geneDR007536,geneDR007507,geneDR007415,geneDR007395,geneDR007383,geneDR022361,geneDR022599,geneDR005949,geneDR005831,geneDR005803,geneDR005572,geneDR005557,geneDR005542,geneDR005539,geneDR005403,geneDR005079	monooxygenase activity	MF
GO:0008395	geneDR014365,geneDR035139,geneDR000951,geneDR001443,geneDR016700,geneDR016699,geneDR016698,geneDR016695,geneDR012460,geneDR018303,geneDR027947,geneDR015666,geneDR033280,geneDR021469,geneDR021468,geneDR009938,geneDR009936,geneDR032370,geneDR032371,geneDR032373,geneDR026696,geneDR025085,geneDR010576,geneDR009812,geneDR009437	steroid hydroxylase activity	MF
GO:0047184	geneDR014367,geneDR008850,geneDR004388,geneDR023901,geneDR026694	1-acylglycerophosphocholine O-acyltransferase activity	MF
GO:0050200	geneDR014367,geneDR008850,geneDR008275,geneDR004388,geneDR023901,geneDR026694	plasmalogen synthase activity	MF
GO:0071617	geneDR014367,geneDR008850,geneDR008275,geneDR019817,geneDR026132,geneDR004388,geneDR023901,geneDR026694,geneDR032596,geneDR022552,geneDR005444	lysophospholipid acyltransferase activity	MF
GO:0071618	geneDR014367,geneDR008850,geneDR008275,geneDR004388,geneDR023901,geneDR026694	lysophosphatidylethanolamine acyltransferase activity	MF
GO:0009978	geneDR014373,geneDR023917,geneDR023918,geneDR026685,geneDR029148,geneDR005403	allene oxide synthase activity	MF
GO:0019825	geneDR014373,geneDR023917,geneDR023918,geneDR026685,geneDR029148,geneDR005403	oxygen binding	MF
GO:0004683	geneDR014374,geneDR035576,geneDR032958,geneDR000107,geneDR033823,geneDR007683,geneDR002688,geneDR030333,geneDR030528,geneDR031738,geneDR031747,geneDR018456,geneDR018333,geneDR018258,geneDR030960,geneDR025350,geneDR025438,geneDR025491,geneDR027996,geneDR027923,geneDR029688,geneDR020656,geneDR008189,geneDR008144,geneDR027345,geneDR013841,geneDR021122,geneDR026178,geneDR026179,geneDR003596,geneDR004713,geneDR017875,geneDR022849,geneDR022853,geneDR022968,geneDR023149,geneDR023186,geneDR033570,geneDR021693,geneDR009982,geneDR032305,geneDR032404,geneDR031337,geneDR031192,geneDR024453,geneDR024253,geneDR024223,geneDR024075,geneDR023919,geneDR014678,geneDR014513,geneDR026683,geneDR010459,geneDR010631,geneDR010847,geneDR010912,geneDR011217,geneDR027717,geneDR033627,geneDR027029,geneDR023578,geneDR023529,geneDR023528,geneDR009833,geneDR009778,geneDR009136,geneDR029120,geneDR022578,geneDR006102,geneDR005635,geneDR005460,geneDR005402,geneDR005369	calmodulin-dependent protein kinase activity	MF
GO:0016905	geneDR014374,geneDR030528,geneDR029688,geneDR003596,geneDR033570,geneDR023919,geneDR026683,geneDR033627,geneDR022578,geneDR005402	myosin heavy chain kinase activity	MF
GO:0017022	geneDR014374,geneDR000193,geneDR000858,geneDR001574,geneDR007738,geneDR002877,geneDR034238,geneDR030328,geneDR030528,geneDR019931,geneDR006775,geneDR025439,geneDR029688,geneDR020418,geneDR030050,geneDR014124,geneDR013849,geneDR013848,geneDR021326,geneDR021124,geneDR031397,geneDR026401,geneDR003596,geneDR003781,geneDR033356,geneDR033357,geneDR033359,geneDR022789,geneDR022934,geneDR033570,geneDR031271,geneDR023919,geneDR026683,geneDR010911,geneDR033627,geneDR022578,geneDR005402	myosin binding	MF
GO:0045159	geneDR014374,geneDR007738,geneDR030528,geneDR019931,geneDR029688,geneDR030050,geneDR031397,geneDR003596,geneDR033570,geneDR031271,geneDR023919,geneDR026683,geneDR033627,geneDR022578,geneDR005402	myosin II binding	MF
GO:0015035	geneDR014392,geneDR032137,geneDR028264,geneDR016854,geneDR002221,geneDR017536,geneDR017475,geneDR014965,geneDR008900,geneDR015919,geneDR018894,geneDR003618,geneDR003918,geneDR004092,geneDR004606,geneDR023873,geneDR032555,geneDR027484,geneDR027485,geneDR033644,geneDR013332,geneDR029578,geneDR025918,geneDR012794,geneDR012989,geneDR007539,geneDR006970,geneDR022207,geneDR022296,geneDR022364	protein-disulfide reductase activity	MF
GO:0016671	geneDR014392,geneDR032137,geneDR000270,geneDR008032,geneDR016854,geneDR002221,geneDR012520,geneDR018442,geneDR017536,geneDR014965,geneDR008900,geneDR016087,geneDR018894,geneDR003618,geneDR004092,geneDR004606,geneDR023004,geneDR031206,geneDR023873,geneDR025083,geneDR032555,geneDR010805,geneDR027484,geneDR027485,geneDR033644,geneDR013146,geneDR013332,geneDR029578,geneDR029623,geneDR012794,geneDR012989,geneDR028995,geneDR007539,geneDR022207,geneDR022296,geneDR022364,geneDR005108	oxidoreductase activity, acting on a sulfur group of donors, disulfide as acceptor	MF
GO:0047134	geneDR014392,geneDR032137,geneDR016854,geneDR002221,geneDR017536,geneDR014965,geneDR008900,geneDR018852,geneDR018894,geneDR003618,geneDR004092,geneDR004606,geneDR019235,geneDR023873,geneDR032555,geneDR027484,geneDR027485,geneDR033644,geneDR029578,geneDR012794,geneDR012989,geneDR007539,geneDR022207,geneDR022296,geneDR022364	protein-disulfide reductase (NAD(P)) activity	MF
GO:0010295	geneDR014393,geneDR030838,geneDR020322,geneDR008728,geneDR018676,geneDR023940,geneDR026668,geneDR022599,geneDR005557,geneDR005079	(+)-abscisic acid 8'-hydroxylase activity	MF
GO:0016709	geneDR014393,geneDR000571,geneDR000814,geneDR001634,geneDR035352,geneDR034677,geneDR030878,geneDR030877,geneDR030838,geneDR008105,geneDR007760,geneDR007759,geneDR007704,geneDR007698,geneDR016902,geneDR003246,geneDR003241,geneDR003240,geneDR002984,geneDR002945,geneDR002364,geneDR002363,geneDR002359,geneDR028486,geneDR020073,geneDR020322,geneDR006835,geneDR006184,geneDR018394,geneDR018149,geneDR018021,geneDR017650,geneDR017649,geneDR017529,geneDR015084,geneDR014773,geneDR020529,geneDR020493,geneDR008728,geneDR030036,geneDR027872,geneDR027880,geneDR019804,geneDR015872,geneDR015600,geneDR026115,geneDR033390,geneDR018676,geneDR004372,geneDR004374,geneDR004377,geneDR004432,geneDR004831,geneDR025269,geneDR025268,geneDR025213,geneDR025212,geneDR025177,geneDR017933,geneDR024991,geneDR022048,geneDR019349,geneDR010291,geneDR010201,geneDR010080,geneDR031328,geneDR031264,geneDR031257,geneDR023940,geneDR026668,geneDR025085,geneDR010417,geneDR011008,geneDR011070,geneDR011165,geneDR027632,geneDR027636,geneDR027638,geneDR013052,geneDR013213,geneDR013394,geneDR013681,geneDR013746,geneDR027239,geneDR027209,geneDR027207,geneDR027206,geneDR027181,geneDR023478,geneDR025860,geneDR025646,geneDR012898,geneDR012899,geneDR012901,geneDR012902,geneDR012904,geneDR012951,geneDR012963,geneDR012985,geneDR013031,geneDR009895,geneDR009789,geneDR009494,geneDR009378,geneDR009377,geneDR009376,geneDR009375,geneDR009359,geneDR016440,geneDR016439,geneDR029023,geneDR029024,geneDR029025,geneDR029026,geneDR029042,geneDR007538,geneDR007537,geneDR007536,geneDR007507,geneDR007415,geneDR007395,geneDR007383,geneDR022361,geneDR022599,geneDR005572,geneDR005557,geneDR005542,geneDR005539,geneDR005079	oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, NAD(P)H as one donor, and incorporation of one atom of oxygen	MF
GO:0031624	geneDR014400,geneDR001655,geneDR007682,geneDR012663,geneDR006859,geneDR015282,geneDR008145,geneDR027379,geneDR027381,geneDR028918,geneDR019725,geneDR033371,geneDR018896,geneDR003591,geneDR004349,geneDR019123,geneDR026662,geneDR033647,geneDR033623,geneDR023530,geneDR022371,geneDR022602,geneDR022695,geneDR022704,geneDR006113,geneDR005563	ubiquitin conjugating enzyme binding	MF
GO:0044390	geneDR014400,geneDR000309,geneDR001655,geneDR030880,geneDR007682,geneDR019938,geneDR012663,geneDR006859,geneDR018318,geneDR015282,geneDR025459,geneDR008145,geneDR027379,geneDR027381,geneDR028918,geneDR014111,geneDR019725,geneDR033371,geneDR018896,geneDR026371,geneDR003591,geneDR004349,geneDR004383,geneDR025220,geneDR023053,geneDR022146,geneDR019123,geneDR032392,geneDR023705,geneDR023909,geneDR026662,geneDR033647,geneDR033623,geneDR023530,geneDR009558,geneDR029112,geneDR022371,geneDR022572,geneDR022602,geneDR022695,geneDR022704,geneDR006113,geneDR005563	ubiquitin-like protein conjugating enzyme binding	MF
GO:0005516	geneDR014405,geneDR014411,geneDR035576,geneDR034608,geneDR034899,geneDR034971,geneDR032958,geneDR035254,geneDR032069,geneDR000107,geneDR000241,geneDR000259,geneDR000452,geneDR001270,geneDR001745,geneDR033823,geneDR033840,geneDR033841,geneDR033842,geneDR008034,geneDR007683,geneDR016838,geneDR003071,geneDR003010,geneDR002688,geneDR002678,geneDR002559,geneDR002556,geneDR002331,geneDR030333,geneDR030428,geneDR031738,geneDR031747,geneDR028633,geneDR019913,geneDR012187,geneDR012312,geneDR012696,geneDR012697,geneDR028202,geneDR030650,geneDR034452,geneDR006896,geneDR006277,geneDR006140,geneDR018560,geneDR018456,geneDR018351,geneDR018333,geneDR018258,geneDR018195,geneDR018144,geneDR017949,geneDR030946,geneDR030960,geneDR034157,geneDR015234,geneDR025350,geneDR025390,geneDR025438,geneDR025491,geneDR027996,geneDR027923,geneDR030288,geneDR020656,geneDR020418,geneDR009062,geneDR008208,geneDR008189,geneDR008144,geneDR029972,geneDR029893,geneDR027345,geneDR027395,geneDR013921,geneDR013841,geneDR015848,geneDR015846,geneDR015844,geneDR015843,geneDR015792,geneDR021177,geneDR021122,geneDR021002,geneDR020881,geneDR026178,geneDR026179,geneDR032452,geneDR018689,geneDR018765,geneDR018825,geneDR026444,geneDR004713,geneDR004723,geneDR004819,geneDR017692,geneDR017846,geneDR017856,geneDR017857,geneDR017875,geneDR024852,geneDR022743,geneDR022849,geneDR022853,geneDR022957,geneDR022968,geneDR022992,geneDR023069,geneDR023149,geneDR023186,geneDR021693,geneDR021911,geneDR019083,geneDR021574,geneDR021557,geneDR010086,geneDR010036,geneDR009982,geneDR032305,geneDR032404,geneDR031337,geneDR031317,geneDR031262,geneDR031231,geneDR031192,geneDR024453,geneDR024253,geneDR024223,geneDR024075,geneDR023950,geneDR034817,geneDR014678,geneDR014513,geneDR026654,geneDR025031,geneDR025136,geneDR033505,geneDR024627,geneDR024613,geneDR010427,geneDR010459,geneDR010631,geneDR010741,geneDR010847,geneDR010912,geneDR011217,geneDR027565,geneDR027717,geneDR027803,geneDR013383,geneDR013386,geneDR013563,geneDR013609,geneDR027029,geneDR023578,geneDR023529,geneDR023528,geneDR023369,geneDR023267,geneDR032634,geneDR025818,geneDR012836,geneDR009850,geneDR009833,geneDR009778,geneDR009547,geneDR009460,geneDR009386,geneDR009365,geneDR009136,geneDR016667,geneDR016358,geneDR016227,geneDR029013,geneDR029034,geneDR029120,geneDR007473,geneDR007310,geneDR007064,geneDR022606,geneDR006102,geneDR005713,geneDR005635,geneDR005568,geneDR005460,geneDR005369,geneDR005350,geneDR005349,geneDR005153,geneDR005065	calmodulin binding	MF
GO:0016627	geneDR014418,geneDR000356,geneDR000631,geneDR001548,geneDR028329,geneDR030875,geneDR007805,geneDR003013,geneDR003012,geneDR001894,geneDR031720,geneDR006451,geneDR006449,geneDR006202,geneDR018302,geneDR030976,geneDR025575,geneDR028016,geneDR027939,geneDR020687,geneDR008540,geneDR008247,geneDR008163,geneDR027846,geneDR013988,geneDR019477,geneDR019478,geneDR019577,geneDR015440,geneDR021321,geneDR021046,geneDR020942,geneDR032451,geneDR003859,geneDR025209,geneDR017731,geneDR024972,geneDR021691,geneDR021692,geneDR019335,geneDR019334,geneDR019329,geneDR010340,geneDR009940,geneDR009939,geneDR032297,geneDR032368,geneDR032369,geneDR031223,geneDR024238,geneDR034216,geneDR034802,geneDR026647,geneDR025119,geneDR024598,geneDR010472,geneDR010758,geneDR011139,geneDR013694,geneDR032582,geneDR032581,geneDR023551,geneDR012734,geneDR012920,geneDR012944,geneDR009811,geneDR009608,geneDR009141,geneDR016575,geneDR016276,geneDR007404,geneDR022496,geneDR022617,geneDR005899,geneDR005736,geneDR005676,geneDR005337,geneDR005232	oxidoreductase activity, acting on the CH-CH group of donors	MF
GO:0016628	geneDR014418,geneDR000631,geneDR001548,geneDR028329,geneDR030875,geneDR003013,geneDR003012,geneDR031720,geneDR006451,geneDR006449,geneDR006202,geneDR027939,geneDR020687,geneDR008247,geneDR027846,geneDR019577,geneDR021321,geneDR020942,geneDR025209,geneDR017731,geneDR010340,geneDR034216,geneDR034802,geneDR026647,geneDR024598,geneDR011139,geneDR013694,geneDR032582,geneDR032581,geneDR012734,geneDR022617,geneDR005899,geneDR005736,geneDR005337,geneDR005232	oxidoreductase activity, acting on the CH-CH group of donors, NAD or NADP as acceptor	MF
GO:0035671	geneDR014418,geneDR031720,geneDR008247,geneDR034216,geneDR034802,geneDR026647,geneDR022617	enone reductase activity	MF
GO:0016273	geneDR014421,geneDR034847,geneDR035141,geneDR032049,geneDR001134,geneDR001441,geneDR028669,geneDR012462,geneDR028070,geneDR006483,geneDR021042,geneDR024716,geneDR021588,geneDR026645,geneDR016673	arginine N-methyltransferase activity	MF
GO:0016274	geneDR014421,geneDR034847,geneDR035141,geneDR032049,geneDR001134,geneDR001441,geneDR028669,geneDR012462,geneDR028070,geneDR006483,geneDR021042,geneDR024716,geneDR021588,geneDR026645,geneDR016673	protein-arginine N-methyltransferase activity	MF
GO:0019702	geneDR014421,geneDR026645	protein-arginine N5-methyltransferase activity	MF
GO:0005261	geneDR014443,geneDR000306,geneDR000701,geneDR000794,geneDR000795,geneDR000948,geneDR028367,geneDR008016,geneDR002459,geneDR002109,geneDR001956,geneDR034276,geneDR030345,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006363,geneDR006351,geneDR018244,geneDR018213,geneDR018050,geneDR031101,geneDR017458,geneDR017092,geneDR014934,geneDR014781,geneDR033141,geneDR020575,geneDR008853,geneDR008276,geneDR028897,geneDR028896,geneDR018835,geneDR003771,geneDR004222,geneDR004479,geneDR004523,geneDR004590,geneDR017775,geneDR019135,geneDR009996,geneDR034231,geneDR035072,geneDR026625,geneDR010378,geneDR010694,geneDR011055,geneDR027456,geneDR027528,geneDR013801,geneDR027056,geneDR025644,geneDR009754,geneDR009626,geneDR016422,geneDR016295,geneDR007241,geneDR034078,geneDR007093,geneDR022352,geneDR005770,geneDR005595	cation channel activity	MF
GO:0005262	geneDR014443,geneDR000306,geneDR000701,geneDR000794,geneDR000795,geneDR002459,geneDR002109,geneDR034276,geneDR030345,geneDR028516,geneDR028515,geneDR020275,geneDR030666,geneDR018244,geneDR018213,geneDR014781,geneDR033141,geneDR028897,geneDR028896,geneDR018835,geneDR003771,geneDR004222,geneDR004479,geneDR009996,geneDR034231,geneDR035072,geneDR026625,geneDR010694,geneDR011055,geneDR027528,geneDR009754,geneDR016422,geneDR005595	calcium channel activity	MF
GO:0005388	geneDR014443,geneDR034499,geneDR035254,geneDR008081,geneDR002327,geneDR020297,geneDR012312,geneDR034157,geneDR017625,geneDR020470,geneDR020469,geneDR019556,geneDR019655,geneDR020967,geneDR033694,geneDR033693,geneDR022957,geneDR034231,geneDR035072,geneDR026625,geneDR013077,geneDR032594,geneDR032506,geneDR012733,geneDR009365,geneDR029034,geneDR007328,geneDR007310,geneDR005595	P-type calcium transporter activity	MF
GO:0015662	geneDR014443,geneDR034499,geneDR035007,geneDR035254,geneDR001790,geneDR008081,geneDR002689,geneDR002327,geneDR002046,geneDR020297,geneDR012312,geneDR028153,geneDR006355,geneDR034157,geneDR017625,geneDR025349,geneDR020470,geneDR020469,geneDR019556,geneDR019655,geneDR020967,geneDR004011,geneDR004712,geneDR033694,geneDR033693,geneDR022957,geneDR021416,geneDR034231,geneDR035072,geneDR014634,geneDR026625,geneDR011215,geneDR013077,geneDR032594,geneDR032506,geneDR012733,geneDR009744,geneDR009365,geneDR009260,geneDR016399,geneDR029034,geneDR007328,geneDR007310,geneDR005999,geneDR005934,geneDR005595	P-type ion transporter activity	MF
GO:0005310	geneDR014444,geneDR014464,geneDR035523,geneDR034629,geneDR035626,geneDR035116,geneDR000528,geneDR033818,geneDR016753,geneDR001918,geneDR030955,geneDR031035,geneDR008803,geneDR008201,geneDR029999,geneDR019657,geneDR019701,geneDR020984,geneDR026018,geneDR032418,geneDR017892,geneDR024941,geneDR024254,geneDR024186,geneDR026608,geneDR010923,geneDR013222,geneDR027279,geneDR023408,geneDR022636,geneDR022653,geneDR005628	dicarboxylic acid transmembrane transporter activity	MF
GO:0005313	geneDR014444,geneDR034629,geneDR035626,geneDR016753,geneDR008803,geneDR022636	L-glutamate transmembrane transporter activity	MF
GO:0005326	geneDR014444,geneDR034629,geneDR035626,geneDR016753,geneDR008803,geneDR023706,geneDR025045,geneDR022636,geneDR005228	neurotransmitter transmembrane transporter activity	MF
GO:0015171	geneDR014444,geneDR034629,geneDR035626,geneDR035225,geneDR000119,geneDR000522,geneDR000683,geneDR001451,geneDR001452,geneDR028414,geneDR016923,geneDR016889,geneDR016753,geneDR016730,geneDR002928,geneDR002641,geneDR002362,geneDR002240,geneDR031654,geneDR018418,geneDR018399,geneDR018063,geneDR014926,geneDR014911,geneDR014910,geneDR014909,geneDR014908,geneDR025440,geneDR025514,geneDR009020,geneDR009019,geneDR009018,geneDR008803,geneDR008750,geneDR008466,geneDR008364,geneDR008345,geneDR008183,geneDR019743,geneDR015999,geneDR033247,geneDR033246,geneDR026052,geneDR030717,geneDR018595,geneDR003834,geneDR003916,geneDR004048,geneDR004190,geneDR004236,geneDR004371,geneDR004373,geneDR004965,geneDR034775,geneDR025198,geneDR017822,geneDR022868,geneDR010162,geneDR031256,geneDR025149,geneDR032539,geneDR024634,geneDR024624,geneDR024498,geneDR010910,geneDR011297,geneDR011298,geneDR011300,geneDR027607,geneDR027755,geneDR013039,geneDR013233,geneDR013573,geneDR029495,geneDR029543,geneDR023574,geneDR032701,geneDR009896,geneDR009671,geneDR009620,geneDR009294,geneDR009127,geneDR016566,geneDR016476,geneDR029174,geneDR007431,geneDR007166,geneDR022636,geneDR005943,geneDR005820,geneDR005193,geneDR030175,geneDR032212	amino acid transmembrane transporter activity	MF
GO:0015172	geneDR014444,geneDR034629,geneDR035626,geneDR016753,geneDR008803,geneDR022636	acidic amino acid transmembrane transporter activity	MF
GO:0015175	geneDR014444,geneDR034629,geneDR035626,geneDR035225,geneDR000683,geneDR001451,geneDR001452,geneDR016753,geneDR018399,geneDR025440,geneDR008803,geneDR008466,geneDR008364,geneDR031256,geneDR010910,geneDR013573,geneDR029495,geneDR009896,geneDR009620,geneDR029174,geneDR007431,geneDR007166,geneDR022636,geneDR030175,geneDR032212	neutral amino acid transmembrane transporter activity	MF
GO:0015179	geneDR014444,geneDR034629,geneDR035626,geneDR035225,geneDR000522,geneDR000683,geneDR001451,geneDR001452,geneDR028414,geneDR016753,geneDR018399,geneDR008803,geneDR008364,geneDR019743,geneDR015999,geneDR026052,geneDR003916,geneDR004048,geneDR017822,geneDR031256,geneDR025149,geneDR024634,geneDR027607,geneDR027755,geneDR013039,geneDR013573,geneDR029495,geneDR009896,geneDR009671,geneDR009620,geneDR009294,geneDR016476,geneDR029174,geneDR007166,geneDR022636,geneDR005943	L-amino acid transmembrane transporter activity	MF
GO:0015180	geneDR014444,geneDR034629,geneDR016753,geneDR008803,geneDR022636	L-alanine transmembrane transporter activity	MF
GO:0015186	geneDR014444,geneDR018399,geneDR008803,geneDR031256,geneDR029495,geneDR009896,geneDR029174,geneDR022636	L-glutamine transmembrane transporter activity	MF
GO:0015193	geneDR014444,geneDR008803,geneDR008364,geneDR022636	L-proline transmembrane transporter activity	MF
GO:0015194	geneDR014444,geneDR035626,geneDR035225,geneDR000683,geneDR001451,geneDR001452,geneDR008803,geneDR013573,geneDR009620,geneDR007166,geneDR022636	L-serine transmembrane transporter activity	MF
GO:0022858	geneDR014444,geneDR034629,geneDR016753,geneDR008803,geneDR022636	alanine transmembrane transporter activity	MF
GO:0022889	geneDR014444,geneDR035626,geneDR035225,geneDR000683,geneDR001451,geneDR001452,geneDR008803,geneDR013573,geneDR009620,geneDR007166,geneDR022636	serine transmembrane transporter activity	MF
GO:0001653	geneDR014446,geneDR012179,geneDR012180,geneDR008649,geneDR021566,geneDR010037,geneDR023691,geneDR023695,geneDR026624,geneDR025052,geneDR010801,geneDR009747,geneDR016401,geneDR022405,geneDR022638,geneDR005602,geneDR005327,geneDR030248	peptide receptor activity	MF
GO:0008515	geneDR014447,geneDR007847,geneDR002207,geneDR031726,geneDR018248,geneDR029937,geneDR026255,geneDR019373,geneDR009992,geneDR024330,geneDR034236,geneDR034237,geneDR035078,geneDR026623,geneDR023329,geneDR016234,geneDR022639	sucrose transmembrane transporter activity	MF
GO:0015154	geneDR014447,geneDR007847,geneDR002207,geneDR031726,geneDR018248,geneDR034168,geneDR029937,geneDR026255,geneDR019373,geneDR009992,geneDR024330,geneDR034236,geneDR034237,geneDR035078,geneDR026623,geneDR023329,geneDR016234,geneDR007300,geneDR022639	disaccharide transmembrane transporter activity	MF
GO:0015157	geneDR014447,geneDR007847,geneDR002207,geneDR031726,geneDR018248,geneDR034168,geneDR029937,geneDR026255,geneDR019373,geneDR009992,geneDR024330,geneDR034236,geneDR034237,geneDR035078,geneDR026623,geneDR023329,geneDR016234,geneDR007300,geneDR022639	oligosaccharide transmembrane transporter activity	MF
GO:0071568	geneDR014448,geneDR022640,geneDR005604	UFM1 transferase activity	MF
GO:0003712	geneDR014453,geneDR035008,geneDR035048,geneDR000598,geneDR000616,geneDR000622,geneDR000668,geneDR000823,geneDR000857,geneDR000876,geneDR001073,geneDR001164,geneDR001193,geneDR001467,geneDR001558,geneDR001832,geneDR033812,geneDR028308,geneDR028262,geneDR028261,geneDR008054,geneDR008053,geneDR007693,geneDR007610,geneDR003506,geneDR003505,geneDR003503,geneDR003361,geneDR003129,geneDR002949,geneDR002206,geneDR001859,geneDR028809,geneDR028483,geneDR028459,geneDR019859,geneDR020105,geneDR012208,geneDR012440,geneDR012567,geneDR012583,geneDR012684,geneDR028132,geneDR028110,geneDR028097,geneDR033333,geneDR006819,geneDR006759,geneDR006442,geneDR006440,geneDR006203,geneDR006131,geneDR033742,geneDR018397,geneDR017624,geneDR017613,geneDR017199,geneDR015251,geneDR014971,geneDR014888,geneDR014780,geneDR025589,geneDR025590,geneDR008273,geneDR008165,geneDR030022,geneDR026902,geneDR030163,geneDR014195,geneDR014019,geneDR013975,geneDR013844,geneDR019576,geneDR016047,geneDR015976,geneDR015729,geneDR015519,geneDR015483,geneDR015356,geneDR021123,geneDR020946,geneDR034522,geneDR033379,geneDR018643,geneDR004109,geneDR004340,geneDR025249,geneDR017767,geneDR017900,geneDR017944,geneDR034851,geneDR033739,geneDR021743,geneDR022053,geneDR019371,geneDR019060,geneDR010290,geneDR031260,geneDR024323,geneDR023912,geneDR014695,geneDR026618,geneDR024628,geneDR010732,geneDR010947,geneDR011057,geneDR013074,geneDR013084,geneDR013100,geneDR013530,geneDR028941,geneDR029470,geneDR029622,geneDR023553,geneDR023435,geneDR025613,geneDR009722,geneDR009373,geneDR016371,geneDR030641,geneDR007429,geneDR007326,geneDR007262,geneDR005873	transcription coregulator activity	MF
GO:0003713	geneDR014453,geneDR035008,geneDR035048,geneDR000598,geneDR000668,geneDR000823,geneDR000876,geneDR001467,geneDR001832,geneDR033812,geneDR028308,geneDR007610,geneDR002949,geneDR002206,geneDR028483,geneDR028459,geneDR019859,geneDR020105,geneDR012208,geneDR012440,geneDR028132,geneDR033333,geneDR006819,geneDR006759,geneDR018397,geneDR017624,geneDR014888,geneDR025589,geneDR025590,geneDR030022,geneDR026902,geneDR030163,geneDR013975,geneDR013844,geneDR019576,geneDR015976,geneDR021123,geneDR020946,geneDR018643,geneDR004109,geneDR004340,geneDR025249,geneDR017900,geneDR017944,geneDR034851,geneDR033739,geneDR022053,geneDR019371,geneDR019060,geneDR031260,geneDR014695,geneDR026618,geneDR010732,geneDR010947,geneDR013084,geneDR028941,geneDR029470,geneDR023435,geneDR009722,geneDR016371,geneDR030641,geneDR007429,geneDR007326,geneDR005873	transcription coactivator activity	MF
GO:0004661	geneDR014456,geneDR032923,geneDR007687,geneDR016960,geneDR033375,geneDR026614,geneDR022646	protein geranylgeranyltransferase activity	MF
GO:0004663	geneDR014456,geneDR032923,geneDR016960,geneDR026614,geneDR022646	Rab geranylgeranyltransferase activity	MF
GO:0008318	geneDR014456,geneDR032923,geneDR007687,geneDR016960,geneDR033375,geneDR026614,geneDR024581,geneDR022646,geneDR005890	protein prenyltransferase activity	MF
GO:0017137	geneDR014456,geneDR034740,geneDR034957,geneDR032923,geneDR035201,geneDR000957,geneDR000961,geneDR001426,geneDR017005,geneDR003083,geneDR003063,geneDR002930,geneDR002534,geneDR028440,geneDR019874,geneDR012089,geneDR012485,geneDR006677,geneDR017292,geneDR027961,geneDR020422,geneDR020418,geneDR008239,geneDR008238,geneDR014042,geneDR015801,geneDR015781,geneDR021292,geneDR020901,geneDR026243,geneDR024020,geneDR030808,geneDR030732,geneDR004565,geneDR022037,geneDR022086,geneDR018985,geneDR023733,geneDR014649,geneDR014502,geneDR026576,geneDR026614,geneDR010594,geneDR013281,geneDR013619,geneDR026993,geneDR026928,geneDR009140,geneDR016410,geneDR016197,geneDR032270,geneDR022646,geneDR005984,geneDR005357	small GTPase binding	MF
GO:0001671	geneDR014457,geneDR035609,geneDR034914,geneDR034917,geneDR035259,geneDR030879,geneDR019887,geneDR006429,geneDR030969,geneDR020663,geneDR026373,geneDR025215,geneDR022099,geneDR022100,geneDR026613,geneDR013332,geneDR025904,geneDR022649	ATPase activator activity	MF
GO:0008810	geneDR014462,geneDR014463,geneDR016793,geneDR001968,geneDR030364,geneDR012206,geneDR025479,geneDR029729,geneDR003959,geneDR025734	cellulase activity	MF
GO:0015116	geneDR014464,geneDR016777,geneDR003127,geneDR001918,geneDR033346,geneDR017205,geneDR008391,geneDR033206,geneDR014655,geneDR026608,geneDR013534,geneDR029489,geneDR025801,geneDR012923,geneDR016479,geneDR022653,geneDR022681,geneDR005976,geneDR005628	sulfate transmembrane transporter activity	MF
GO:0015117	geneDR014464,geneDR001918,geneDR026608,geneDR022653,geneDR005628	thiosulfate transmembrane transporter activity	MF
GO:0015131	geneDR014464,geneDR001918,geneDR030955,geneDR024254,geneDR026608,geneDR022653,geneDR005628	oxaloacetate transmembrane transporter activity	MF
GO:0015140	geneDR014464,geneDR035523,geneDR000528,geneDR033818,geneDR001918,geneDR030955,geneDR031035,geneDR029999,geneDR019657,geneDR019701,geneDR026018,geneDR032418,geneDR017892,geneDR024941,geneDR024254,geneDR024186,geneDR026608,geneDR010923,geneDR013222,geneDR027279,geneDR023408,geneDR022653,geneDR005628	malate transmembrane transporter activity	MF
GO:0015141	geneDR014464,geneDR001918,geneDR008201,geneDR026608,geneDR022653,geneDR005628	succinate transmembrane transporter activity	MF
GO:0015556	geneDR014464,geneDR035523,geneDR035626,geneDR000528,geneDR033818,geneDR001918,geneDR030955,geneDR031035,geneDR008201,geneDR029999,geneDR019657,geneDR019701,geneDR026018,geneDR032418,geneDR017892,geneDR024941,geneDR024254,geneDR024186,geneDR026608,geneDR010923,geneDR013222,geneDR027279,geneDR023408,geneDR022653,geneDR005628	C4-dicarboxylate transmembrane transporter activity	MF
GO:0017077	geneDR014464,geneDR002928,geneDR001918,geneDR004965,geneDR034775,geneDR026608,geneDR022653,geneDR005628	oxidative phosphorylation uncoupler activity	MF
GO:1901682	geneDR014464,geneDR008093,geneDR016777,geneDR003127,geneDR002690,geneDR001918,geneDR033346,geneDR031136,geneDR017639,geneDR017205,geneDR020554,geneDR008391,geneDR016032,geneDR033206,geneDR004048,geneDR014655,geneDR026608,geneDR013430,geneDR013534,geneDR027156,geneDR029489,geneDR025801,geneDR012923,geneDR016479,geneDR022653,geneDR022681,geneDR005976,geneDR005628	sulfur compound transmembrane transporter activity	MF
GO:0002020	geneDR014479,geneDR034988,geneDR032090,geneDR001055,geneDR001220,geneDR001705,geneDR008020,geneDR016961,geneDR016786,geneDR003428,geneDR020296,geneDR012210,geneDR006566,geneDR018398,geneDR030994,geneDR015282,geneDR014943,geneDR014942,geneDR030285,geneDR027886,geneDR015419,geneDR033193,geneDR034882,geneDR024003,geneDR030752,geneDR004113,geneDR017893,geneDR024707,geneDR022743,geneDR019116,geneDR019083,geneDR021528,geneDR031258,geneDR026594,geneDR010431,geneDR033647,geneDR029470,geneDR005711	protease binding	MF
GO:0004866	geneDR014479,geneDR032090,geneDR008020,geneDR002666,geneDR002665,geneDR018398,geneDR030994,geneDR025372,geneDR027371,geneDR027372,geneDR027418,geneDR024003,geneDR004698,geneDR017893,geneDR024707,geneDR031258,geneDR026594,geneDR011247,geneDR022583,geneDR005395	endopeptidase inhibitor activity	MF
GO:0004869	geneDR014479,geneDR032090,geneDR008020,geneDR002666,geneDR002665,geneDR018398,geneDR030994,geneDR025372,geneDR024003,geneDR004698,geneDR017893,geneDR024707,geneDR031258,geneDR026594,geneDR011247,geneDR022583,geneDR005395	cysteine-type endopeptidase inhibitor activity	MF
GO:0030414	geneDR014479,geneDR035000,geneDR032090,geneDR008020,geneDR002666,geneDR002665,geneDR018398,geneDR030994,geneDR025372,geneDR008157,geneDR027371,geneDR027372,geneDR027418,geneDR024050,geneDR024003,geneDR004698,geneDR017893,geneDR024707,geneDR031258,geneDR026594,geneDR011247,geneDR022583,geneDR005395	peptidase inhibitor activity	MF
GO:0061134	geneDR014479,geneDR035000,geneDR032090,geneDR001307,geneDR008020,geneDR002666,geneDR002665,geneDR034249,geneDR006197,geneDR018398,geneDR030994,geneDR015165,geneDR025372,geneDR008157,geneDR027371,geneDR027372,geneDR027418,geneDR024050,geneDR024003,geneDR003794,geneDR004698,geneDR017893,geneDR024707,geneDR031258,geneDR024309,geneDR026594,geneDR024580,geneDR011247,geneDR027726,geneDR022583,geneDR005512,geneDR005395	peptidase regulator activity	MF
GO:0061135	geneDR014479,geneDR032090,geneDR001307,geneDR008020,geneDR002666,geneDR002665,geneDR006197,geneDR018398,geneDR030994,geneDR025372,geneDR027371,geneDR027372,geneDR027418,geneDR024003,geneDR004698,geneDR017893,geneDR024707,geneDR031258,geneDR026594,geneDR024580,geneDR011247,geneDR022583,geneDR005395	endopeptidase regulator activity	MF
GO:0015020	geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR032965,geneDR002123,geneDR031774,geneDR033751,geneDR033750,geneDR031091,geneDR033122,geneDR008654,geneDR029947,geneDR013984,geneDR026318,geneDR004206,geneDR021716,geneDR023938,geneDR014507,geneDR026592,geneDR026593,geneDR024640,geneDR013364,geneDR033923,geneDR012971,geneDR007377,geneDR007376,geneDR022465,geneDR022597,geneDR022666,geneDR022689,geneDR005951,geneDR005556	glucuronosyltransferase activity	MF
GO:0035251	geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR034907,geneDR032965,geneDR032007,geneDR032002,geneDR031989,geneDR000010,geneDR000035,geneDR000043,geneDR000580,geneDR001172,geneDR001567,geneDR035351,geneDR034676,geneDR033839,geneDR028235,geneDR030886,geneDR030849,geneDR007909,geneDR016996,geneDR016839,geneDR016783,geneDR003474,geneDR003393,geneDR002937,geneDR002936,geneDR002601,geneDR002147,geneDR031724,geneDR028780,geneDR028532,geneDR020232,geneDR012534,geneDR012575,geneDR028101,geneDR006431,geneDR018437,geneDR018313,geneDR031160,geneDR017409,geneDR017031,geneDR015212,geneDR008949,geneDR008677,geneDR008628,geneDR008624,geneDR008616,geneDR008615,geneDR008227,geneDR008226,geneDR029947,geneDR029837,geneDR035162,geneDR034410,geneDR020829,geneDR014012,geneDR013927,geneDR016008,geneDR015893,geneDR015796,geneDR015345,geneDR033305,geneDR021188,geneDR026408,geneDR003627,geneDR004177,geneDR004540,geneDR004626,geneDR004687,geneDR004688,geneDR022739,geneDR022741,geneDR022790,geneDR021666,geneDR021934,geneDR019446,geneDR019398,geneDR019180,geneDR010336,geneDR032385,geneDR031211,geneDR024380,geneDR024066,geneDR023751,geneDR023752,geneDR023938,geneDR014517,geneDR014507,geneDR026592,geneDR026593,geneDR025110,geneDR025115,geneDR024519,geneDR024508,geneDR010400,geneDR010401,geneDR010402,geneDR011060,geneDR011232,geneDR011254,geneDR027785,geneDR033649,geneDR032590,geneDR029517,geneDR029651,geneDR029652,geneDR029665,geneDR023212,geneDR032726,geneDR032627,geneDR025717,geneDR025693,geneDR012971,geneDR009556,geneDR009458,geneDR009457,geneDR009228,geneDR009226,geneDR007377,geneDR007376,geneDR007183,geneDR007162,geneDR022465,geneDR022597,geneDR022666,geneDR022689,geneDR006013,geneDR005830,geneDR005746,geneDR005556,geneDR005379,geneDR005378,geneDR005377,geneDR005376,geneDR005132,geneDR005012,geneDR005007	UDP-glucosyltransferase activity	MF
GO:0046527	geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR034907,geneDR032965,geneDR035213,geneDR032007,geneDR032002,geneDR031989,geneDR000010,geneDR000035,geneDR000043,geneDR000112,geneDR000580,geneDR001172,geneDR001260,geneDR001340,geneDR001370,geneDR001567,geneDR035351,geneDR034676,geneDR033839,geneDR028253,geneDR028235,geneDR030886,geneDR030849,geneDR030833,geneDR007975,geneDR007909,geneDR016996,geneDR016839,geneDR016783,geneDR003474,geneDR003393,geneDR002948,geneDR002937,geneDR002936,geneDR002601,geneDR002147,geneDR031724,geneDR028780,geneDR028627,geneDR028532,geneDR019911,geneDR020232,geneDR012534,geneDR012575,geneDR028101,geneDR006625,geneDR006431,geneDR006344,geneDR006256,geneDR018437,geneDR018313,geneDR031160,geneDR017409,geneDR017031,geneDR015212,geneDR033154,geneDR033132,geneDR027980,geneDR008949,geneDR008677,geneDR008628,geneDR008624,geneDR008616,geneDR008615,geneDR008288,geneDR008227,geneDR008226,geneDR030011,geneDR029947,geneDR029837,geneDR035162,geneDR034410,geneDR034769,geneDR033987,geneDR020814,geneDR020829,geneDR030164,geneDR014012,geneDR013927,geneDR019572,geneDR016008,geneDR015893,geneDR015796,geneDR015345,geneDR033305,geneDR021188,geneDR020955,geneDR026299,geneDR026408,geneDR003627,geneDR004177,geneDR004499,geneDR004540,geneDR004626,geneDR004687,geneDR004688,geneDR025265,geneDR017708,geneDR022739,geneDR022741,geneDR022790,geneDR022859,geneDR023070,geneDR023084,geneDR023085,geneDR021666,geneDR021914,geneDR021934,geneDR019446,geneDR019398,geneDR019180,geneDR010336,geneDR032385,geneDR031211,geneDR031194,geneDR024455,geneDR024380,geneDR024303,geneDR024066,geneDR023751,geneDR023752,geneDR023938,geneDR014517,geneDR014507,geneDR026592,geneDR026593,geneDR025110,geneDR025115,geneDR024519,geneDR024508,geneDR010400,geneDR010401,geneDR010402,geneDR010687,geneDR010707,geneDR011060,geneDR011232,geneDR011254,geneDR027785,geneDR033649,geneDR032590,geneDR031932,geneDR029517,geneDR029608,geneDR029651,geneDR029652,geneDR029665,geneDR023420,geneDR023212,geneDR032726,geneDR032627,geneDR025717,geneDR025693,geneDR012971,geneDR009556,geneDR009458,geneDR009457,geneDR009228,geneDR009226,geneDR016556,geneDR007377,geneDR007376,geneDR007197,geneDR007183,geneDR007162,geneDR022270,geneDR022465,geneDR022597,geneDR022666,geneDR022689,geneDR006034,geneDR006013,geneDR005830,geneDR005746,geneDR005556,geneDR005379,geneDR005378,geneDR005377,geneDR005376,geneDR005132,geneDR005012,geneDR005007,geneDR004995	glucosyltransferase activity	MF
GO:0050403	geneDR014481,geneDR014483,geneDR014484,geneDR018437,geneDR022790,geneDR031211,geneDR026592,geneDR026593,geneDR022666	trans-zeatin O-beta-D-glucosyltransferase activity	MF
GO:0050502	geneDR014481,geneDR014483,geneDR014484,geneDR022790,geneDR026592,geneDR026593,geneDR022666	cis-zeatin O-beta-D-glucosyltransferase activity	MF
GO:0080043	geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR032965,geneDR032007,geneDR031989,geneDR000010,geneDR000035,geneDR000043,geneDR000580,geneDR035351,geneDR034676,geneDR030886,geneDR016996,geneDR016839,geneDR003474,geneDR003393,geneDR002937,geneDR002936,geneDR002147,geneDR028532,geneDR020232,geneDR012534,geneDR018313,geneDR031160,geneDR017409,geneDR017031,geneDR008677,geneDR008628,geneDR008624,geneDR008616,geneDR008615,geneDR008227,geneDR008226,geneDR035162,geneDR034410,geneDR020829,geneDR016008,geneDR015345,geneDR033305,geneDR026408,geneDR003627,geneDR004177,geneDR022739,geneDR022741,geneDR022790,geneDR021934,geneDR019398,geneDR019180,geneDR010336,geneDR032385,geneDR024380,geneDR024066,geneDR014517,geneDR014507,geneDR026592,geneDR026593,geneDR025110,geneDR025115,geneDR024519,geneDR011232,geneDR033649,geneDR032590,geneDR029517,geneDR029651,geneDR029652,geneDR029665,geneDR032627,geneDR025693,geneDR009556,geneDR009458,geneDR009457,geneDR009228,geneDR009226,geneDR007183,geneDR022666,geneDR022689,geneDR006013,geneDR005132,geneDR005012,geneDR005007	quercetin 3-O-glucosyltransferase activity	MF
GO:0080044	geneDR014481,geneDR014482,geneDR014483,geneDR014484,geneDR032965,geneDR032007,geneDR031989,geneDR000010,geneDR000035,geneDR000043,geneDR000580,geneDR035351,geneDR034676,geneDR030886,geneDR016996,geneDR016839,geneDR003474,geneDR003393,geneDR002937,geneDR002936,geneDR002147,geneDR028532,geneDR020232,geneDR012534,geneDR018313,geneDR031160,geneDR017409,geneDR017031,geneDR008677,geneDR008628,geneDR008624,geneDR008616,geneDR008615,geneDR008227,geneDR008226,geneDR035162,geneDR034410,geneDR020829,geneDR016008,geneDR015345,geneDR033305,geneDR026408,geneDR003627,geneDR004177,geneDR022739,geneDR022741,geneDR022790,geneDR021934,geneDR019398,geneDR019180,geneDR010336,geneDR032385,geneDR024380,geneDR024066,geneDR014517,geneDR014507,geneDR026592,geneDR026593,geneDR025110,geneDR025115,geneDR024519,geneDR011232,geneDR033649,geneDR032590,geneDR029517,geneDR029651,geneDR029652,geneDR029665,geneDR032627,geneDR025693,geneDR009556,geneDR009458,geneDR009457,geneDR009228,geneDR009226,geneDR007183,geneDR022666,geneDR022689,geneDR006013,geneDR005132,geneDR005012,geneDR005007	quercetin 7-O-glucosyltransferase activity	MF
GO:0000295	geneDR014487,geneDR034487,geneDR034845,geneDR000301,geneDR000654,geneDR000837,geneDR000839,geneDR001601,geneDR008093,geneDR002033,geneDR028778,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR028072,geneDR006800,geneDR018161,geneDR018090,geneDR031136,geneDR017639,geneDR025583,geneDR020554,geneDR008284,geneDR008186,geneDR016032,geneDR004004,geneDR023042,geneDR021811,geneDR021402,geneDR010142,geneDR010069,geneDR026590,geneDR010745,geneDR027156,geneDR025624,geneDR016327,geneDR022668,geneDR030181	adenine nucleotide transmembrane transporter activity	MF
GO:0005346	geneDR014487,geneDR034487,geneDR034845,geneDR000301,geneDR000654,geneDR000837,geneDR000839,geneDR001601,geneDR008093,geneDR002033,geneDR028778,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR028072,geneDR006800,geneDR018161,geneDR018090,geneDR031136,geneDR017639,geneDR025583,geneDR020554,geneDR008284,geneDR008186,geneDR016032,geneDR004004,geneDR023042,geneDR021811,geneDR021402,geneDR010142,geneDR010069,geneDR026590,geneDR010745,geneDR027156,geneDR025624,geneDR016327,geneDR022668,geneDR030181	purine ribonucleotide transmembrane transporter activity	MF
GO:0005347	geneDR014487,geneDR034487,geneDR000301,geneDR000837,geneDR001601,geneDR002033,geneDR028778,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR018090,geneDR025583,geneDR008284,geneDR008186,geneDR004004,geneDR023042,geneDR021811,geneDR021402,geneDR010142,geneDR026590,geneDR010745,geneDR025624,geneDR016327,geneDR022668,geneDR030181	ATP transmembrane transporter activity	MF
GO:0015215	geneDR014487,geneDR034487,geneDR035560,geneDR034630,geneDR034845,geneDR035116,geneDR000301,geneDR000654,geneDR000837,geneDR000839,geneDR001601,geneDR008093,geneDR002033,geneDR028778,geneDR012243,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR028072,geneDR006820,geneDR006800,geneDR018161,geneDR018090,geneDR031136,geneDR017639,geneDR025583,geneDR020554,geneDR008284,geneDR008186,geneDR016032,geneDR033227,geneDR004004,geneDR023042,geneDR021811,geneDR021502,geneDR021402,geneDR010142,geneDR010069,geneDR026590,geneDR010745,geneDR027156,geneDR025624,geneDR016327,geneDR022668,geneDR030181	nucleotide transmembrane transporter activity	MF
GO:0015216	geneDR014487,geneDR034487,geneDR034845,geneDR000301,geneDR000654,geneDR000837,geneDR000839,geneDR001601,geneDR008093,geneDR002033,geneDR028778,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR028072,geneDR006800,geneDR018161,geneDR018090,geneDR031136,geneDR017639,geneDR025583,geneDR020554,geneDR008284,geneDR008186,geneDR016032,geneDR004004,geneDR023042,geneDR021811,geneDR021402,geneDR010142,geneDR010069,geneDR026590,geneDR010745,geneDR027156,geneDR025624,geneDR016327,geneDR022668,geneDR030181	purine nucleotide transmembrane transporter activity	MF
GO:0015217	geneDR014487,geneDR034487,geneDR000301,geneDR000837,geneDR000839,geneDR001601,geneDR002033,geneDR028778,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR006800,geneDR018161,geneDR018090,geneDR025583,geneDR008284,geneDR004004,geneDR023042,geneDR021811,geneDR021402,geneDR010142,geneDR010069,geneDR026590,geneDR010745,geneDR025624,geneDR016327,geneDR022668,geneDR030181	ADP transmembrane transporter activity	MF
GO:0009881	geneDR014491,geneDR020561,geneDR014080,geneDR021196,geneDR003785,geneDR014665,geneDR026586,geneDR027735,geneDR022671	photoreceptor activity	MF
GO:0009882	geneDR014491,geneDR020561,geneDR003785,geneDR014665,geneDR026586,geneDR027735,geneDR022671	blue light photoreceptor activity	MF
GO:0071949	geneDR014491,geneDR035199,geneDR002169,geneDR018390,geneDR014665,geneDR026586,geneDR023512,geneDR016443,geneDR022671	FAD binding	MF
GO:0015114	geneDR034493,geneDR001273,geneDR001781,geneDR003156,geneDR002184,geneDR002015,geneDR020126,geneDR028162,geneDR006335,geneDR029703,geneDR008705,geneDR008445,geneDR020935,geneDR004141,geneDR019392,geneDR023823,geneDR028925,geneDR005485,geneDR005045,geneDR030188	phosphate ion transmembrane transporter activity	MF
GO:0004713	geneDR035514,geneDR034915,geneDR034916,geneDR035258,geneDR000490,geneDR012302,geneDR025388,geneDR030287,geneDR024908,geneDR024906,geneDR022743,geneDR019083,geneDR021442,geneDR010500,geneDR027717	protein tyrosine kinase activity	MF
GO:0004020	geneDR035517,geneDR020030,geneDR023853,geneDR013526,geneDR007471,geneDR005451	adenylylsulfate kinase activity	MF
GO:0015301	geneDR035523,geneDR000301,geneDR000837,geneDR001601,geneDR002098,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR018090,geneDR025371,geneDR025583,geneDR008284,geneDR013885,geneDR023042,geneDR021402,geneDR010142,geneDR010745,geneDR025624,geneDR016327	anion:anion antiporter activity	MF
GO:0015367	geneDR035523	oxoglutarate:malate antiporter activity	MF
GO:0030674	geneDR035524,geneDR035583,geneDR035662,geneDR000630,geneDR016826,geneDR002925,geneDR034284,geneDR030354,geneDR028449,geneDR019866,geneDR028094,geneDR028093,geneDR006447,geneDR018374,geneDR033149,geneDR003761,geneDR004959,geneDR021665,geneDR022079,geneDR021562,geneDR021467,geneDR031288,geneDR010485,geneDR010818,geneDR010904,geneDR010907,geneDR025770,geneDR012756,geneDR009238,geneDR016529,geneDR007352	protein-macromolecule adaptor activity	MF
GO:0031593	geneDR035524,geneDR035662,geneDR001055,geneDR034272,geneDR030340,geneDR012318,geneDR006566,geneDR018071,geneDR018070,geneDR034163,geneDR015180,geneDR008649,geneDR029930,geneDR003773,geneDR021423,geneDR023841,geneDR027746,geneDR025864,geneDR009640,geneDR009274,geneDR016497,geneDR016316,geneDR007305,geneDR007019,geneDR005467,geneDR030248	polyubiquitin modification-dependent protein binding	MF
GO:0060090	geneDR035524,geneDR035583,geneDR035662,geneDR035050,geneDR000418,geneDR000630,geneDR016826,geneDR002925,geneDR002229,geneDR034284,geneDR030354,geneDR028449,geneDR019866,geneDR028094,geneDR028093,geneDR006447,geneDR018374,geneDR014708,geneDR033149,geneDR027934,geneDR008743,geneDR003761,geneDR004227,geneDR004228,geneDR004959,geneDR021665,geneDR022079,geneDR021562,geneDR021467,geneDR031288,geneDR010485,geneDR010559,geneDR010818,geneDR010904,geneDR010907,geneDR011149,geneDR025770,geneDR012756,geneDR009238,geneDR016529,geneDR007352,geneDR022464	molecular adaptor activity	MF
GO:0017069	geneDR035525,geneDR035668,geneDR035669,geneDR016966,geneDR002206,geneDR031628,geneDR006186,geneDR018071,geneDR018070,geneDR014804,geneDR020523,geneDR008301,geneDR019630,geneDR004109,geneDR031309,geneDR031215,geneDR012768,geneDR009640,geneDR016316	snRNA binding	MF
GO:0030620	geneDR035525,geneDR035668,geneDR035669,geneDR031628,geneDR018071,geneDR018070,geneDR009640,geneDR016316	U2 snRNA binding	MF
GO:0008417	geneDR034495,geneDR034824,geneDR030508,geneDR012122,geneDR006300,geneDR006299,geneDR018191,geneDR003616,geneDR021622,geneDR010042,geneDR014522,geneDR025875,geneDR006094	fucosyltransferase activity	MF
GO:0046922	geneDR034495,geneDR034824,geneDR006300,geneDR006299,geneDR018191,geneDR010042	peptide-O-fucosyltransferase activity	MF
GO:0003689	geneDR035526	DNA clamp loader activity	MF
GO:0033170	geneDR035526,geneDR001859,geneDR019038,geneDR027720	DNA clamp loader activity	MF
GO:0061860	geneDR035526	DNA clamp unloader activity	MF
GO:0043531	geneDR034504,geneDR035602,geneDR034796,geneDR000618,geneDR001148,geneDR001186,geneDR030849,geneDR007820,geneDR012067,geneDR006461,geneDR018195,geneDR020472,geneDR020418,geneDR029956,geneDR034192,geneDR010036,geneDR027238,geneDR023348,geneDR025702,geneDR009861,geneDR007175	ADP binding	MF
GO:0051787	geneDR034504,geneDR035602,geneDR034796,geneDR001055,geneDR006566,geneDR013332	misfolded protein binding	MF
GO:0001786	geneDR035537,geneDR018283,geneDR009959,geneDR032349,geneDR026740	phosphatidylserine binding	MF
GO:0005547	geneDR035537,geneDR020418,geneDR021998,geneDR016132	phosphatidylinositol-3,4,5-trisphosphate binding	MF
GO:0043495	geneDR035537,geneDR016872,geneDR012152,geneDR031026,geneDR025435,geneDR021341,geneDR026080,geneDR021595,geneDR010187,geneDR024192,geneDR010920,geneDR023545	protein-membrane adaptor activity	MF
GO:0070273	geneDR035537,geneDR015156,geneDR027713	phosphatidylinositol-4-phosphate binding	MF
GO:0072341	geneDR035537,geneDR034778,geneDR034779,geneDR035663,geneDR000276,geneDR003058,geneDR033745,geneDR018283,geneDR017307,geneDR025542,geneDR008887,geneDR034772,geneDR033991,geneDR026834,geneDR016062,geneDR018706,geneDR004465,geneDR021769,geneDR009959,geneDR032349,geneDR024319,geneDR026740,geneDR010794,geneDR029487,geneDR029635,geneDR029636,geneDR034478,geneDR022306	modified amino acid binding	MF
GO:0004048	geneDR035543,geneDR013400,geneDR025943,geneDR006949	anthranilate phosphoribosyltransferase activity	MF
GO:0070990	geneDR035544,geneDR001908,geneDR003871,geneDR035438	snRNP binding	MF
GO:1990446	geneDR035544,geneDR001908,geneDR003871,geneDR035438	U1 snRNP binding	MF
GO:1990447	geneDR035544	U2 snRNP binding	MF
GO:0008889	geneDR035551,geneDR002505,geneDR002189,geneDR008946,geneDR008708,geneDR004134,geneDR004531,geneDR010098,geneDR023766,geneDR023767,geneDR007044,geneDR007043,geneDR022243,geneDR005051	glycerophosphodiester phosphodiesterase activity	MF
GO:0016034	geneDR035555,geneDR031414	maleylacetoacetate isomerase activity	MF
GO:0000285	geneDR034537,geneDR034538,geneDR034539,geneDR000619,geneDR001176,geneDR028104,geneDR006426,geneDR018478,geneDR027859,geneDR033477,geneDR024437,geneDR010465,geneDR026955,geneDR030640,geneDR005684	1-phosphatidylinositol-3-phosphate 5-kinase activity	MF
GO:0016307	geneDR034537,geneDR034538,geneDR034539,geneDR034615,geneDR000619,geneDR001176,geneDR020351,geneDR028104,geneDR006426,geneDR018478,geneDR008311,geneDR027859,geneDR024009,geneDR021883,geneDR019063,geneDR033477,geneDR024437,geneDR025143,geneDR024619,geneDR010465,geneDR026955,geneDR029185,geneDR030640,geneDR005929,geneDR005684,geneDR005159	phosphatidylinositol phosphate kinase activity	MF
GO:0032266	geneDR034537,geneDR034538,geneDR034539,geneDR000619,geneDR001176,geneDR001361,geneDR030854,geneDR002845,geneDR028783,geneDR020335,geneDR028104,geneDR006426,geneDR018478,geneDR014818,geneDR027859,geneDR013905,geneDR019081,geneDR019058,geneDR033477,geneDR024437,geneDR010465,geneDR011019,geneDR026955,geneDR030640,geneDR005684	phosphatidylinositol-3-phosphate binding	MF
GO:0015218	geneDR035560	pyrimidine nucleotide transmembrane transporter activity	MF
GO:0003968	geneDR035562,geneDR001264,geneDR001265,geneDR006341	RNA-directed 5'-3' RNA polymerase activity	MF
GO:0034062	geneDR035562,geneDR034588,geneDR031869,geneDR032868,geneDR001264,geneDR001265,geneDR028426,geneDR028343,geneDR016708,geneDR002960,geneDR002417,geneDR028670,geneDR006341,geneDR018166,geneDR018164,geneDR017202,geneDR008646,geneDR027348,geneDR027417,geneDR027425,geneDR019653,geneDR016016,geneDR033273,geneDR020865,geneDR024010,geneDR018857,geneDR025262,geneDR017749,geneDR017832,geneDR010004,geneDR014611,geneDR024500,geneDR012806,geneDR009429,geneDR022328,geneDR006022,geneDR005821	5'-3' RNA polymerase activity	MF
GO:0097747	geneDR035562,geneDR034588,geneDR031869,geneDR032868,geneDR001264,geneDR001265,geneDR028426,geneDR028343,geneDR016708,geneDR002960,geneDR002417,geneDR028670,geneDR006341,geneDR018166,geneDR018164,geneDR017202,geneDR008646,geneDR027348,geneDR027417,geneDR027425,geneDR019653,geneDR016016,geneDR033273,geneDR020865,geneDR024010,geneDR018857,geneDR025262,geneDR017749,geneDR017832,geneDR010004,geneDR014611,geneDR024500,geneDR012806,geneDR009429,geneDR022328,geneDR006022,geneDR005821	RNA polymerase activity	MF
GO:0035173	geneDR035564,geneDR034984,geneDR001223,geneDR028275,geneDR028122,geneDR006388,geneDR015937,geneDR032287	histone kinase activity	MF
GO:0035174	geneDR035564,geneDR034984,geneDR001223,geneDR028275,geneDR028122,geneDR006388,geneDR015937	histone serine kinase activity	MF
GO:0072371	geneDR035564	histone kinase activity (H2A-S121 specific)	MF
GO:0004652	geneDR035566,geneDR035567,geneDR031869,geneDR006269,geneDR014705,geneDR025286,geneDR035164,geneDR035165,geneDR035166,geneDR035167,geneDR034408,geneDR031822,geneDR035191,geneDR010014,geneDR023702,geneDR010445,geneDR011154,geneDR032625,geneDR009311,geneDR005334	polynucleotide adenylyltransferase activity	MF
GO:1990817	geneDR035566,geneDR035567,geneDR031869,geneDR035164,geneDR035165,geneDR035166,geneDR035167,geneDR034408,geneDR010445,geneDR032625	RNA adenylyltransferase activity	MF
GO:0003896	geneDR034588,geneDR028343,geneDR019653,geneDR020865,geneDR017749,geneDR012806	DNA primase activity	MF
GO:0003899	geneDR034588,geneDR032868,geneDR028426,geneDR028343,geneDR016708,geneDR002960,geneDR002417,geneDR028670,geneDR018166,geneDR018164,geneDR017202,geneDR008646,geneDR027348,geneDR027417,geneDR027425,geneDR019653,geneDR016016,geneDR033273,geneDR020865,geneDR024010,geneDR018857,geneDR025262,geneDR017749,geneDR017832,geneDR010004,geneDR014611,geneDR024500,geneDR012806,geneDR009429,geneDR022328,geneDR006022,geneDR005821	DNA-directed 5'-3' RNA polymerase activity	MF
GO:0048487	geneDR034595,geneDR028372,geneDR002537,geneDR020096,geneDR018287,geneDR017652,geneDR008965,geneDR013877,geneDR021146,geneDR020874,geneDR004569,geneDR017776,geneDR009957,geneDR032352,geneDR022223	beta-tubulin binding	MF
GO:0001691	geneDR034596,geneDR034597	pseudophosphatase activity	MF
GO:0019208	geneDR034596,geneDR034597,geneDR035006,geneDR032953,geneDR001069,geneDR001073,geneDR033819,geneDR030404,geneDR028523,geneDR020373,geneDR017429,geneDR029789,geneDR034763,geneDR033981,geneDR019742,geneDR025981,geneDR026050,geneDR026305,geneDR017884,geneDR022003,geneDR019037,geneDR010084,geneDR014519,geneDR010449,geneDR032680,geneDR009527,geneDR009468,geneDR016360,geneDR006098,geneDR005720	phosphatase regulator activity	MF
GO:0019212	geneDR034596,geneDR034597,geneDR035006,geneDR032953,geneDR001073,geneDR030404,geneDR028523,geneDR020373,geneDR017429,geneDR029789,geneDR034763,geneDR033981,geneDR019742,geneDR025981,geneDR026050,geneDR026305,geneDR022003,geneDR019037,geneDR014519,geneDR010449,geneDR032680,geneDR009468,geneDR006098	phosphatase inhibitor activity	MF
GO:0047262	geneDR034598,geneDR032870,geneDR016727,geneDR002865,geneDR002829,geneDR002790,geneDR002150,geneDR031696,geneDR019979,geneDR017545,geneDR015022,geneDR014797,geneDR014795,geneDR008675,geneDR008580,geneDR019647,geneDR033250,geneDR020875,geneDR003772,geneDR004174,geneDR004816,geneDR004846,geneDR004849,geneDR021648,geneDR019457,geneDR014608,geneDR025027,geneDR024524,geneDR024494,geneDR011039,geneDR011042,geneDR027552,geneDR013187,geneDR031980,geneDR029673,geneDR034937,geneDR025848,geneDR025815,geneDR009192,geneDR016627,geneDR007031,geneDR007030,geneDR005843,geneDR005814,geneDR005247,geneDR005009	polygalacturonate 4-alpha-galacturonosyltransferase activity	MF
GO:0016657	geneDR035570	oxidoreductase activity, acting on NAD(P)H, nitrogenous group as acceptor	MF
GO:0046556	geneDR035571,geneDR001901,geneDR001899,geneDR018511,geneDR020801,geneDR003865,geneDR024409,geneDR024405,geneDR024404,geneDR025120,geneDR025121,geneDR025122,geneDR010836,geneDR010837,geneDR027662,geneDR023266,geneDR009892,geneDR029172	alpha-L-arabinofuranosidase activity	MF
GO:0000010	geneDR035574	trans-hexaprenyltranstransferase activity	MF
GO:0044183	geneDR035577,geneDR032078,geneDR000072,geneDR001074,geneDR001631,geneDR007733,geneDR003298,geneDR003263,geneDR003115,geneDR002749,geneDR002448,geneDR020266,geneDR012141,geneDR012638,geneDR006552,geneDR006279,geneDR033776,geneDR017969,geneDR030956,geneDR031014,geneDR025311,geneDR008902,geneDR027327,geneDR015745,geneDR015585,geneDR015549,geneDR015455,geneDR021013,geneDR026159,geneDR026227,geneDR031393,geneDR023972,geneDR018924,geneDR004469,geneDR004777,geneDR024694,geneDR022824,geneDR019222,geneDR019142,geneDR010255,geneDR024382,geneDR024290,geneDR032540,geneDR024480,geneDR011176,geneDR013196,geneDR027138,geneDR034928,geneDR009712,geneDR022286,geneDR005806	protein folding chaperone	MF
GO:0032115	geneDR035581	sorbose reductase activity	MF
GO:0050085	geneDR035581	mannitol 2-dehydrogenase (NADP+) activity	MF
GO:0004723	geneDR035582	calcium-dependent protein serine/threonine phosphatase activity	MF
GO:0048531	geneDR034609,geneDR002472,geneDR004493,geneDR025137,geneDR024616,geneDR005925,geneDR005154	beta-1,3-galactosyltransferase activity	MF
GO:0005088	geneDR034610,geneDR007998,geneDR034285,geneDR030355,geneDR028768,geneDR031892,geneDR006510,geneDR015185,geneDR014736,geneDR027961,geneDR034181,geneDR027824,geneDR026243,geneDR030781,geneDR018668,geneDR026559,geneDR017682,geneDR021392,geneDR031856,geneDR023865,geneDR014649,geneDR014502,geneDR026576,geneDR010594,geneDR011121,geneDR027751,geneDR029516,geneDR026928,geneDR009300,geneDR009110,geneDR016471,geneDR032270,geneDR005984,geneDR005442,geneDR005155	guanyl-nucleotide exchange factor activity	MF
GO:0005089	geneDR034610,geneDR007998,geneDR034285,geneDR030355,geneDR028768,geneDR031892,geneDR006510,geneDR015185,geneDR014736,geneDR034181,geneDR027824,geneDR030781,geneDR018668,geneDR026559,geneDR017682,geneDR021392,geneDR031856,geneDR023865,geneDR011121,geneDR027751,geneDR029516,geneDR009300,geneDR009110,geneDR016471,geneDR005442,geneDR005155	guanyl-nucleotide exchange factor activity	MF
GO:0010314	geneDR034612,geneDR034980,geneDR020890,geneDR025138	phosphatidylinositol-5-phosphate binding	MF
GO:0004709	geneDR034613,geneDR034877,geneDR000761,geneDR003507,geneDR020092,geneDR006913,geneDR018332,geneDR017610,geneDR013860,geneDR015355,geneDR019355,geneDR019075,geneDR032306,geneDR031338,geneDR025139,geneDR013104,geneDR009831,geneDR007372,geneDR005927,geneDR005157	MAP kinase kinase kinase activity	MF
GO:0003785	geneDR034615,geneDR000764,geneDR001128,geneDR001701,geneDR028229,geneDR012711,geneDR012713,geneDR034379,geneDR015885,geneDR025143,geneDR024619,geneDR029096,geneDR005929,geneDR005159	actin monomer binding	MF
GO:0016308	geneDR034615,geneDR020351,geneDR008311,geneDR024009,geneDR021883,geneDR019063,geneDR025143,geneDR024619,geneDR029185,geneDR005929,geneDR005159	1-phosphatidylinositol-4-phosphate 5-kinase activity	MF
GO:0004077	geneDR034616,geneDR005160	biotin-[acetyl-CoA-carboxylase] ligase activity	MF
GO:0004078	geneDR034616,geneDR005160	biotin-[methylcrotonoyl-CoA-carboxylase] ligase activity	MF
GO:0004080	geneDR034616,geneDR005160	biotin-[propionyl-CoA-carboxylase (ATP-hydrolyzing)] ligase activity	MF
GO:0018271	geneDR034616,geneDR005160	biotin-protein ligase activity	MF
GO:0008187	geneDR034621,geneDR035207,geneDR003157,geneDR002408,geneDR002321,geneDR001965,geneDR030347,geneDR018309,geneDR018254,geneDR017985,geneDR031169,geneDR017157,geneDR015004,geneDR020430,geneDR008350,geneDR034000,geneDR033913,geneDR033906,geneDR027302,geneDR027324,geneDR034753,geneDR034839,geneDR033263,geneDR018945,geneDR026292,geneDR003955,geneDR004316,geneDR004424,geneDR010242,geneDR009929,geneDR024070,geneDR025145,geneDR024605,geneDR027529,geneDR027283,geneDR025868,geneDR009816,geneDR016459,geneDR022537,geneDR005913,geneDR005164	poly-pyrimidine tract binding	MF
GO:0008266	geneDR034621,geneDR002408,geneDR002321,geneDR001965,geneDR030347,geneDR018254,geneDR017985,geneDR031169,geneDR017157,geneDR015004,geneDR020430,geneDR008350,geneDR034000,geneDR033913,geneDR033906,geneDR027302,geneDR027324,geneDR034753,geneDR034839,geneDR033263,geneDR018945,geneDR026292,geneDR003955,geneDR004316,geneDR004424,geneDR010242,geneDR024070,geneDR025145,geneDR024605,geneDR027529,geneDR027283,geneDR022537,geneDR005913,geneDR005164	poly(U) RNA binding	MF
GO:0031683	geneDR035596,geneDR001184,geneDR030527,geneDR027893,geneDR018645,geneDR003597,geneDR032317,geneDR031348,geneDR009826	G-protein beta/gamma-subunit complex binding	MF
GO:0004032	geneDR035597	alditol:NADP+ 1-oxidoreductase activity	MF
GO:0004033	geneDR035597,geneDR000268,geneDR007816,geneDR001933,geneDR028493,geneDR034870,geneDR027319,geneDR021152,geneDR022039,geneDR022040,geneDR032308,geneDR031340,geneDR027781,geneDR009486,geneDR016165	aldo-keto reductase (NADP) activity	MF
GO:0008106	geneDR035597,geneDR000268,geneDR001933,geneDR034870,geneDR027319,geneDR021152,geneDR032308,geneDR031340,geneDR027781	alcohol dehydrogenase (NADP+) activity	MF
GO:0032866	geneDR035597	D-xylose:NADP reductase activity	MF
GO:0032867	geneDR035597	L-arabinose:NADP reductase activity	MF
GO:0004022	geneDR035605,geneDR028656	alcohol dehydrogenase (NAD+) activity	MF
GO:0000009	geneDR035607	alpha-1,6-mannosyltransferase activity	MF
GO:0004376	geneDR035607,geneDR003158,geneDR015693,geneDR023656,geneDR005304	glycolipid mannosyltransferase activity	MF
GO:0004378	geneDR035607	GDP-Man:Man1GlcNAc2-PP-Dol alpha-1,3-mannosyltransferase activity	MF
GO:0033164	geneDR035607	glycolipid 1,6-alpha-mannosyltransferase activity	MF
GO:0015174	geneDR034629,geneDR035626,geneDR028414,geneDR016753,geneDR002240,geneDR008750,geneDR004236,geneDR017822,geneDR032539,geneDR009671,geneDR009294,geneDR016476,geneDR005193	basic amino acid transmembrane transporter activity	MF
GO:0015181	geneDR034629,geneDR035626,geneDR028414,geneDR016753,geneDR017822,geneDR009671,geneDR009294,geneDR016476	L-arginine transmembrane transporter activity	MF
GO:0015185	geneDR034629,geneDR016753	gamma-aminobutyric acid transmembrane transporter activity	MF
GO:0015189	geneDR034629,geneDR035626,geneDR028414,geneDR016753,geneDR017822,geneDR009671,geneDR009294,geneDR016476	L-lysine transmembrane transporter activity	MF
GO:0051724	geneDR034630,geneDR028778,geneDR012243,geneDR033227,geneDR021811,geneDR021502	NAD transmembrane transporter activity	MF
GO:0004818	geneDR035610,geneDR003041,geneDR003040,geneDR015821	glutamate-tRNA ligase activity	MF
GO:0005338	geneDR034648,geneDR035650,geneDR001304,geneDR017006,geneDR003528,geneDR003401,geneDR020093,geneDR020279,geneDR034534,geneDR006278,geneDR014060,geneDR015449,geneDR033293,geneDR030810,geneDR026331,geneDR019356,geneDR019134,geneDR024636,geneDR012910,geneDR009323,geneDR029074,geneDR007412,geneDR005946	nucleotide-sugar transmembrane transporter activity	MF
GO:0005457	geneDR034648,geneDR020093,geneDR034534,geneDR019356,geneDR024636,geneDR005946	GDP-fucose transmembrane transporter activity	MF
GO:0036080	geneDR034648,geneDR020093,geneDR034534,geneDR019356,geneDR024636,geneDR005946	purine nucleotide-sugar transmembrane transporter activity	MF
GO:0031490	geneDR034697,geneDR032064,geneDR007610,geneDR016919,geneDR016918,geneDR016917,geneDR002413,geneDR028602,geneDR012114,geneDR018335,geneDR018025,geneDR030963,geneDR017624,geneDR017370,geneDR014939,geneDR014760,geneDR027344,geneDR027346,geneDR015766,geneDR015765,geneDR021157,geneDR020989,geneDR026088,geneDR031413,geneDR030711,geneDR004429,geneDR004821,geneDR024678,geneDR019060,geneDR010200,geneDR024249,geneDR011085,geneDR013084,geneDR013708,geneDR016462,geneDR022172	chromatin DNA binding	MF
GO:1990841	geneDR034697,geneDR028308,geneDR018136,geneDR015263,geneDR026902,geneDR015976,geneDR010096,geneDR022172	promoter-specific chromatin binding	MF
GO:0010436	geneDR034705,geneDR002914,geneDR002610,geneDR028628,geneDR017121,geneDR015332,geneDR004636,geneDR004947,geneDR004948,geneDR013279,geneDR022181	carotenoid dioxygenase activity	MF
GO:0016701	geneDR034705,geneDR000785,geneDR001296,geneDR001502,geneDR008051,geneDR002914,geneDR002610,geneDR028628,geneDR012409,geneDR006384,geneDR017609,geneDR017121,geneDR015332,geneDR026887,geneDR016075,geneDR016074,geneDR016072,geneDR015751,geneDR004636,geneDR004947,geneDR004948,geneDR033733,geneDR024664,geneDR024663,geneDR022713,geneDR023673,geneDR025086,geneDR024638,geneDR013108,geneDR013109,geneDR013110,geneDR013111,geneDR013264,geneDR013265,geneDR013279,geneDR027018,geneDR009342,geneDR009341,geneDR009340,geneDR009339,geneDR029054,geneDR022181,geneDR005949	oxidoreductase activity, acting on single donors with incorporation of molecular oxygen	MF
GO:0016702	geneDR034705,geneDR000785,geneDR001296,geneDR008051,geneDR002914,geneDR002610,geneDR028628,geneDR006384,geneDR017609,geneDR017121,geneDR015332,geneDR026887,geneDR016075,geneDR016074,geneDR016072,geneDR015751,geneDR004636,geneDR004947,geneDR004948,geneDR033733,geneDR024664,geneDR024663,geneDR022713,geneDR023673,geneDR025086,geneDR013108,geneDR013109,geneDR013110,geneDR013111,geneDR013264,geneDR013265,geneDR013279,geneDR027018,geneDR009342,geneDR009341,geneDR009340,geneDR009339,geneDR029054,geneDR022181	oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen	MF
GO:0045549	geneDR034705,geneDR002914,geneDR002610,geneDR028628,geneDR017121,geneDR015332,geneDR004636,geneDR004947,geneDR004948,geneDR013279,geneDR022181	9-cis-epoxycarotenoid dioxygenase activity	MF
GO:0004044	geneDR035625,geneDR001895,geneDR015115,geneDR003860	amidophosphoribosyltransferase activity	MF
GO:0005290	geneDR035626,geneDR028414,geneDR017822,geneDR009671,geneDR009294,geneDR016476	L-histidine transmembrane transporter activity	MF
GO:0005302	geneDR035626	L-tyrosine transmembrane transporter activity	MF
GO:0015173	geneDR035626,geneDR025440,geneDR010910,geneDR007431	aromatic amino acid transmembrane transporter activity	MF
GO:0015183	geneDR035626	L-aspartate transmembrane transporter activity	MF
GO:0061459	geneDR035626	L-arginine transmembrane transporter activity	MF
GO:1901474	geneDR035626,geneDR028414,geneDR017822,geneDR009671,geneDR009294,geneDR016476	azole transmembrane transporter activity	MF
GO:0004648	geneDR035628,geneDR018221,geneDR010013	O-phospho-L-serine:2-oxoglutarate aminotransferase activity	MF
GO:0043139	geneDR035629,geneDR025443,geneDR029741,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR031816,geneDR033479,geneDR010908	5'-3' DNA helicase activity	MF
GO:0043141	geneDR035629,geneDR025443,geneDR029741,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR031816,geneDR033479,geneDR010908	5'-3' DNA helicase activity	MF
GO:0004069	geneDR034717,geneDR035637,geneDR000768,geneDR001237,geneDR001288,geneDR001771,geneDR003100,geneDR019972,geneDR028172,geneDR006370,geneDR010206,geneDR026927	L-aspartate:2-oxoglutarate aminotransferase activity	MF
GO:0003883	geneDR035638,geneDR034661,geneDR034552,geneDR017925	CTP synthase activity	MF
GO:0030515	geneDR034721,geneDR034792,geneDR032112,geneDR000401,geneDR007800,geneDR007775,geneDR016910,geneDR002875,geneDR012343,geneDR017478,geneDR025526,geneDR027955,geneDR027954,geneDR009053,geneDR029980,geneDR034399,geneDR028890,geneDR033314,geneDR033313,geneDR015779,geneDR026240,geneDR032442,geneDR030703,geneDR018833,geneDR026431,geneDR021942,geneDR023623,geneDR023624,geneDR023625,geneDR010586,geneDR010815,geneDR013259,geneDR013301,geneDR023382	snoRNA binding	MF
GO:0042134	geneDR034721,geneDR007766,geneDR031426,geneDR029055	rRNA primary transcript binding	MF
GO:0042162	geneDR034721,geneDR035016,geneDR032006,geneDR000740,geneDR028411,geneDR016969,geneDR003311,geneDR002882,geneDR020041,geneDR020318,geneDR020392,geneDR012062,geneDR012063,geneDR028209,geneDR031099,geneDR015293,geneDR015263,geneDR009039,geneDR008589,geneDR008404,geneDR020808,geneDR026908,geneDR015532,geneDR015390,geneDR030761,geneDR018739,geneDR017819,geneDR021635,geneDR019388,geneDR019302,geneDR019209,geneDR019094,geneDR019020,geneDR024130,geneDR027532,geneDR013314,geneDR027057,geneDR029472,geneDR012860,geneDR009330,geneDR029064,geneDR007266,geneDR022192	telomeric DNA binding	MF
GO:0043047	geneDR034721,geneDR035016,geneDR032006,geneDR000740,geneDR020041,geneDR028209,geneDR015263,geneDR009039,geneDR026908,geneDR019302,geneDR013314,geneDR012860,geneDR007266	single-stranded telomeric DNA binding	MF
GO:0098847	geneDR034721,geneDR035016,geneDR032006,geneDR000740,geneDR020041,geneDR028209,geneDR015263,geneDR009039,geneDR026908,geneDR019302,geneDR013314,geneDR012860,geneDR007266	sequence-specific single stranded DNA binding	MF
GO:0004523	geneDR034727,geneDR033942	RNA-DNA hybrid ribonuclease activity	MF
GO:0003873	geneDR034730	6-phosphofructo-2-kinase activity	MF
GO:0070628	geneDR034731,geneDR035662,geneDR001055,geneDR001307,geneDR012318,geneDR006566,geneDR006197,geneDR034163,geneDR018636,geneDR021423,geneDR023841,geneDR010673,geneDR007305,geneDR005512,geneDR005467	proteasome binding	MF
GO:0000993	geneDR034732,geneDR000062,geneDR001545,geneDR003024,geneDR002714,geneDR012551,geneDR017350,geneDR017214,geneDR008548,geneDR028835,geneDR015834,geneDR015833,geneDR018789,geneDR026424,geneDR004745,geneDR022812,geneDR021681,geneDR027689,geneDR013682,geneDR013757,geneDR032482,geneDR007564	RNA polymerase II complex binding	MF
GO:0001098	geneDR034732,geneDR000062,geneDR001545,geneDR003024,geneDR002714,geneDR030373,geneDR012551,geneDR017350,geneDR017214,geneDR008548,geneDR028835,geneDR015834,geneDR015833,geneDR018789,geneDR026424,geneDR003747,geneDR004745,geneDR022812,geneDR021681,geneDR010035,geneDR010034,geneDR027689,geneDR013682,geneDR013757,geneDR032482,geneDR007564	basal transcription machinery binding	MF
GO:0001099	geneDR034732,geneDR000062,geneDR001545,geneDR003024,geneDR002714,geneDR030373,geneDR012551,geneDR017350,geneDR017214,geneDR008548,geneDR028835,geneDR015834,geneDR015833,geneDR018789,geneDR026424,geneDR003747,geneDR004745,geneDR022812,geneDR021681,geneDR010035,geneDR010034,geneDR027689,geneDR013682,geneDR013757,geneDR032482,geneDR007564	basal RNA polymerase II transcription machinery binding	MF
GO:0043175	geneDR034732,geneDR000062,geneDR001545,geneDR003024,geneDR002714,geneDR012551,geneDR017350,geneDR017214,geneDR008548,geneDR028835,geneDR015834,geneDR015833,geneDR018789,geneDR026424,geneDR004745,geneDR022812,geneDR021681,geneDR027689,geneDR013682,geneDR013757,geneDR032482,geneDR007564	RNA polymerase core enzyme binding	MF
GO:0070063	geneDR034732,geneDR000062,geneDR001545,geneDR001613,geneDR003024,geneDR002714,geneDR012551,geneDR012624,geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR017587,geneDR017350,geneDR017214,geneDR008548,geneDR028835,geneDR015834,geneDR015833,geneDR018789,geneDR026424,geneDR004745,geneDR022812,geneDR021681,geneDR010314,geneDR010035,geneDR010034,geneDR027689,geneDR013137,geneDR013682,geneDR013757,geneDR032482,geneDR025853,geneDR007564,geneDR007024	RNA polymerase binding	MF
GO:0099122	geneDR034732,geneDR002714,geneDR028835,geneDR018789,geneDR004745	RNA polymerase II C-terminal domain binding	MF
GO:1990825	geneDR034733,geneDR002281,geneDR030529,geneDR008400,geneDR015375,geneDR004269,geneDR021764,geneDR029477,geneDR009305,geneDR022520,geneDR005487	sequence-specific mRNA binding	MF
GO:0004049	geneDR034737,geneDR003488,geneDR028782,geneDR008359,geneDR019631,geneDR020899	anthranilate synthase activity	MF
GO:0004425	geneDR034737,geneDR009218	indole-3-glycerol-phosphate synthase activity	MF
GO:0004640	geneDR034737,geneDR020383,geneDR012053	phosphoribosylanthranilate isomerase activity	MF
GO:0016833	geneDR034737,geneDR035089,geneDR035090,geneDR000335,geneDR003488,geneDR003318,geneDR031725,geneDR028782,geneDR008359,geneDR019631,geneDR020899,geneDR023077,geneDR023079,geneDR021669,geneDR031246,geneDR010697	oxo-acid-lyase activity	MF
GO:0033984	geneDR034737,geneDR016862	indole-3-glycerol-phosphate lyase activity	MF
GO:0005545	geneDR034740	1-phosphatidylinositol binding	MF
GO:0016810	geneDR034747,geneDR035675,geneDR035011,geneDR035048,geneDR032033,geneDR032032,geneDR000845,geneDR001517,geneDR001816,geneDR028325,geneDR007895,geneDR003506,geneDR003505,geneDR003503,geneDR002938,geneDR002903,geneDR002716,geneDR002659,geneDR002252,geneDR001914,geneDR030329,geneDR030353,geneDR030457,geneDR028790,geneDR020096,geneDR020132,geneDR028064,geneDR031907,geneDR006794,geneDR006737,geneDR033794,geneDR018533,geneDR018141,geneDR018081,geneDR031044,geneDR017349,geneDR017195,geneDR015126,geneDR015125,geneDR014815,geneDR025584,geneDR020613,geneDR020590,geneDR020497,geneDR020495,geneDR009051,geneDR008188,geneDR030034,geneDR029969,geneDR014014,geneDR034329,geneDR016089,geneDR015717,geneDR015356,geneDR033196,geneDR021254,geneDR018859,geneDR018860,geneDR003650,geneDR003875,geneDR003878,geneDR004251,geneDR004691,geneDR004747,geneDR017726,geneDR033711,geneDR024916,geneDR024646,geneDR022726,geneDR022923,geneDR019282,geneDR019276,geneDR010092,geneDR024273,geneDR023833,geneDR024643,geneDR024628,geneDR010637,geneDR010742,geneDR011022,geneDR011096,geneDR027673,geneDR027750,geneDR013527,geneDR013680,geneDR027105,geneDR027055,geneDR032514,geneDR029530,geneDR023577,geneDR023364,geneDR032702,geneDR025682,geneDR009135,geneDR007203,geneDR007029,geneDR022376,geneDR005958,geneDR005479,geneDR005179,geneDR005144	hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds	MF
GO:1990206	geneDR034747,geneDR024643,geneDR005958,geneDR005179	jasmonyl-Ile conjugate hydrolase activity	MF
GO:0004185	geneDR034750,geneDR000717,geneDR002998,geneDR002154,geneDR031791,geneDR031810,geneDR035036,geneDR035037,geneDR035038,geneDR028810,geneDR028641,geneDR012165,geneDR006260,geneDR018481,geneDR020583,geneDR020582,geneDR030024,geneDR015607,geneDR015468,geneDR018633,geneDR004101,geneDR021728,geneDR021903,geneDR024432,geneDR027068,geneDR027067,geneDR027066,geneDR027065,geneDR027064,geneDR034573,geneDR029447,geneDR023439,geneDR023438,geneDR023295,geneDR009900	serine-type carboxypeptidase activity	MF
GO:0070008	geneDR034750,geneDR000717,geneDR030870,geneDR002998,geneDR002154,geneDR031791,geneDR031810,geneDR035036,geneDR035037,geneDR035038,geneDR028810,geneDR028641,geneDR012165,geneDR006260,geneDR018481,geneDR020583,geneDR020582,geneDR030024,geneDR019566,geneDR015607,geneDR015468,geneDR018633,geneDR004101,geneDR025194,geneDR021728,geneDR021903,geneDR024432,geneDR027068,geneDR027067,geneDR027066,geneDR027065,geneDR027064,geneDR034573,geneDR029447,geneDR023439,geneDR023438,geneDR023295,geneDR009900	serine-type exopeptidase activity	MF
GO:0005464	geneDR035650,geneDR003528,geneDR003401,geneDR020279,geneDR015449,geneDR033293,geneDR019134	UDP-xylose transmembrane transporter activity	MF
GO:0015165	geneDR035650,geneDR001304,geneDR017006,geneDR003528,geneDR003401,geneDR020279,geneDR006278,geneDR014060,geneDR015449,geneDR033293,geneDR030810,geneDR026331,geneDR019134,geneDR024636,geneDR012910,geneDR009323,geneDR029074,geneDR007412,geneDR005946	pyrimidine nucleotide-sugar transmembrane transporter activity	MF
GO:0045703	geneDR034759,geneDR003193,geneDR029683,geneDR015659,geneDR019385	ketoreductase activity	MF
GO:0004364	geneDR034777,geneDR034778,geneDR034779,geneDR000276,geneDR002844,geneDR030383,geneDR031624,geneDR015203,geneDR014817,geneDR025542,geneDR008748,geneDR008584,geneDR033097,geneDR033098,geneDR027852,geneDR016050,geneDR030734,geneDR003738,geneDR003971,geneDR004465,geneDR033578,geneDR033576,geneDR033575,geneDR021645,geneDR021679,geneDR021769,geneDR025089,geneDR010794,geneDR011020,geneDR027772,geneDR029487,geneDR029635,geneDR029636,geneDR016678,geneDR016631,geneDR006979,geneDR022458,geneDR005757,geneDR005116	glutathione transferase activity	MF
GO:0043295	geneDR034778,geneDR034779,geneDR035663,geneDR000276,geneDR025542,geneDR008887,geneDR016062,geneDR004465,geneDR021769,geneDR010794,geneDR029487,geneDR029635,geneDR029636,geneDR034478,geneDR022306	glutathione binding	MF
GO:1900750	geneDR034778,geneDR034779,geneDR035663,geneDR000276,geneDR025542,geneDR008887,geneDR016062,geneDR004465,geneDR021769,geneDR010794,geneDR029487,geneDR029635,geneDR029636,geneDR034478,geneDR022306	oligopeptide binding	MF
GO:0005384	geneDR034788,geneDR007779,geneDR002327,geneDR030411,geneDR028734,geneDR028480,geneDR028479,geneDR033199,geneDR022057,geneDR019234,geneDR014504,geneDR034453,geneDR035622,geneDR005573	manganese ion transmembrane transporter activity	MF
GO:0015095	geneDR034788,geneDR034904,geneDR007779,geneDR030479,geneDR012322,geneDR018047,geneDR031081,geneDR015209,geneDR025385,geneDR013971,geneDR019571,geneDR033285,geneDR020958,geneDR003657,geneDR003730,geneDR011258,geneDR027639,geneDR027782,geneDR007294	magnesium ion transmembrane transporter activity	MF
GO:0008114	geneDR034789,geneDR007778,geneDR030001,geneDR031434,geneDR023410	phosphogluconate 2-dehydrogenase activity	MF
GO:0034511	geneDR034792,geneDR007775,geneDR015779,geneDR023623,geneDR023624,geneDR023625	U3 snoRNA binding	MF
GO:0043130	geneDR035662,geneDR000202,geneDR000295,geneDR001307,geneDR033819,geneDR016826,geneDR003243,geneDR002655,geneDR030486,geneDR031740,geneDR028679,geneDR020156,geneDR012228,geneDR012318,geneDR006493,geneDR006197,geneDR034163,geneDR014833,geneDR025381,geneDR025382,geneDR008324,geneDR030062,geneDR019732,geneDR015603,geneDR015464,geneDR021241,geneDR003646,geneDR003709,geneDR017884,geneDR023038,geneDR021687,geneDR021867,geneDR019254,geneDR019156,geneDR021562,geneDR021510,geneDR021423,geneDR032327,geneDR032328,geneDR032329,geneDR032330,geneDR032398,geneDR031359,geneDR031358,geneDR024355,geneDR026687,geneDR025141,geneDR011004,geneDR033669,geneDR027073,geneDR029514,geneDR009527,geneDR009180,geneDR016617,geneDR007305,geneDR022575	ubiquitin binding	MF
GO:0003743	geneDR035665,geneDR035200,geneDR000710,geneDR002470,geneDR028721,geneDR028530,geneDR020123,geneDR020374,geneDR006802,geneDR018434,geneDR017591,geneDR017590,geneDR017155,geneDR015281,geneDR008915,geneDR015869,geneDR015653,geneDR032439,geneDR003626,geneDR003753,geneDR004491,geneDR021829,geneDR021995,geneDR019389,geneDR019035,geneDR033648,geneDR013133,geneDR013481,geneDR013740,geneDR009920,geneDR032248,geneDR032249,geneDR022235,geneDR005986	translation initiation factor activity	MF
GO:0000386	geneDR035668,geneDR035669,geneDR018071,geneDR018070,geneDR009640,geneDR016316	second spliceosomal transesterification activity	MF
GO:0017070	geneDR035668,geneDR035669,geneDR018071,geneDR018070,geneDR020523,geneDR031215,geneDR012768,geneDR009640,geneDR016316	U6 snRNA binding	MF
GO:0030619	geneDR035668,geneDR035669,geneDR002206,geneDR031628,geneDR006186,geneDR018071,geneDR018070,geneDR014804,geneDR008301,geneDR004109,geneDR009640,geneDR016316	U1 snRNA binding	MF
GO:0030623	geneDR035668,geneDR035669,geneDR018071,geneDR018070,geneDR009640,geneDR016316	U5 snRNA binding	MF
GO:0097157	geneDR035668,geneDR035669,geneDR002281,geneDR018071,geneDR018070,geneDR004269,geneDR031309,geneDR009640,geneDR016316,geneDR022520,geneDR005487	pre-mRNA intronic binding	MF
GO:0004333	geneDR035670,geneDR035671,geneDR002541,geneDR004573	fumarate hydratase activity	MF
GO:0003856	geneDR034800,geneDR035058,geneDR006302,geneDR010346	3-dehydroquinate synthase activity	MF
GO:0016811	geneDR035675,geneDR035011,geneDR035048,geneDR032033,geneDR032032,geneDR000845,geneDR003506,geneDR003505,geneDR003503,geneDR002938,geneDR002716,geneDR002659,geneDR002252,geneDR030329,geneDR030457,geneDR020096,geneDR020132,geneDR006794,geneDR018081,geneDR015126,geneDR015125,geneDR020613,geneDR020590,geneDR029969,geneDR014014,geneDR034329,geneDR016089,geneDR015356,geneDR033196,geneDR021254,geneDR003875,geneDR004251,geneDR004691,geneDR004747,geneDR024646,geneDR022726,geneDR019282,geneDR019276,geneDR024628,geneDR027673,geneDR027105,geneDR027055,geneDR023364,geneDR007029,geneDR022376,geneDR005144	hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amides	MF
GO:0042586	geneDR035675,geneDR018081,geneDR005144	peptide deformylase activity	MF
GO:0004801	geneDR031555	transaldolase activity	MF
GO:0016744	geneDR031555,geneDR001822,geneDR017284,geneDR033725,geneDR013561,geneDR013612	transketolase or transaldolase activity	MF
GO:0004528	geneDR034843,geneDR034997,geneDR000651,geneDR028073,geneDR006478,geneDR010862	phosphodiesterase I activity	MF
GO:0047429	geneDR034843,geneDR034997,geneDR000651,geneDR016723,geneDR028073,geneDR006478,geneDR019618,geneDR023894,geneDR005419	nucleoside-triphosphate diphosphatase activity	MF
GO:0015228	geneDR034845,geneDR000654,geneDR000839,geneDR028778,geneDR028072,geneDR006800,geneDR018161,geneDR021811,geneDR010069	coenzyme A transmembrane transporter activity	MF
GO:0071077	geneDR034845,geneDR000654,geneDR000839,geneDR028778,geneDR028072,geneDR006800,geneDR018161,geneDR021811,geneDR010069	adenosine 3',5'-bisphosphate transmembrane transporter activity	MF
GO:0008469	geneDR034847,geneDR035141,geneDR032049,geneDR001134,geneDR001441,geneDR028669,geneDR012462,geneDR028070,geneDR006483,geneDR021042,geneDR024716,geneDR021588,geneDR016673	histone-arginine N-methyltransferase activity	MF
GO:0035242	geneDR034847,geneDR035141,geneDR001134,geneDR001441,geneDR028669,geneDR012462,geneDR028070,geneDR006483,geneDR021042,geneDR024716,geneDR021588,geneDR016673	protein-arginine omega-N asymmetric methyltransferase activity	MF
GO:0017056	geneDR034875,geneDR028308,geneDR028452,geneDR019864,geneDR020136,geneDR006911,geneDR006538,geneDR017129,geneDR025475,geneDR030062,geneDR026902,geneDR015976,geneDR022077,geneDR019280,geneDR024295,geneDR010870,geneDR013451	structural constituent of nuclear pore	MF
GO:0004338	geneDR034876,geneDR035015,geneDR035227,geneDR001549,geneDR001550,geneDR003286,geneDR020195,geneDR012554,geneDR012555,geneDR006912,geneDR015560,geneDR019230,geneDR025596,geneDR034466,geneDR005974	glucan exo-1,3-beta-glucosidase activity	MF
GO:0008422	geneDR034876,geneDR035015,geneDR035227,geneDR001076,geneDR001549,geneDR001550,geneDR030850,geneDR003286,geneDR002569,geneDR031744,geneDR020080,geneDR020192,geneDR020194,geneDR020195,geneDR020333,geneDR012554,geneDR012555,geneDR006912,geneDR006546,geneDR018561,geneDR030999,geneDR031000,geneDR017534,geneDR017470,geneDR017306,geneDR017132,geneDR014810,geneDR014809,geneDR020681,geneDR020643,geneDR020634,geneDR008607,geneDR027356,geneDR027357,geneDR026854,geneDR015560,geneDR004578,geneDR021690,geneDR019231,geneDR019230,geneDR021404,geneDR024361,geneDR024197,geneDR010386,geneDR011028,geneDR013204,geneDR013280,geneDR027141,geneDR023296,geneDR025596,geneDR034466,geneDR006028,geneDR005974	beta-glucosidase activity	MF
GO:0015926	geneDR034876,geneDR035015,geneDR032949,geneDR035227,geneDR001076,geneDR001549,geneDR001550,geneDR030850,geneDR003286,geneDR003027,geneDR002569,geneDR031744,geneDR020080,geneDR020192,geneDR020194,geneDR020195,geneDR020333,geneDR012554,geneDR012555,geneDR006912,geneDR006546,geneDR018561,geneDR030999,geneDR031000,geneDR017534,geneDR017470,geneDR017306,geneDR017132,geneDR014810,geneDR014809,geneDR020681,geneDR020643,geneDR020634,geneDR008607,geneDR027356,geneDR027357,geneDR026854,geneDR013972,geneDR015640,geneDR015560,geneDR021228,geneDR021081,geneDR004578,geneDR021690,geneDR019231,geneDR019230,geneDR021404,geneDR024361,geneDR024197,geneDR014523,geneDR010386,geneDR010444,geneDR011028,geneDR013204,geneDR013280,geneDR027141,geneDR023296,geneDR025596,geneDR034466,geneDR006092,geneDR006028,geneDR005974,geneDR005702	glucosidase activity	MF
GO:0004706	geneDR034877,geneDR000761,geneDR006913	JUN kinase kinase kinase activity	MF
GO:0008432	geneDR034877,geneDR000761,geneDR006913	JUN kinase binding	MF
GO:0031434	geneDR034877,geneDR000761,geneDR006913	mitogen-activated protein kinase kinase binding	MF
GO:0046625	geneDR034877,geneDR000761,geneDR006913,geneDR014951,geneDR027470,geneDR016598	sphingolipid binding	MF
GO:0051019	geneDR034877,geneDR000292,geneDR000761,geneDR006913,geneDR023035,geneDR014648,geneDR010760,geneDR022686	mitogen-activated protein kinase binding	MF
GO:0003958	geneDR034898,geneDR000736,geneDR001025,geneDR001332,geneDR031909,geneDR006601,geneDR006221,geneDR006220	NADPH-hemoprotein reductase activity	MF
GO:0016653	geneDR034898,geneDR000736,geneDR001025,geneDR001332,geneDR020219,geneDR031909,geneDR006601,geneDR006221,geneDR006220,geneDR025516,geneDR022991,geneDR019196,geneDR010826	oxidoreductase activity, acting on NAD(P)H, heme protein as acceptor	MF
GO:0033328	geneDR034903,geneDR015208,geneDR027780	peroxisome membrane targeting sequence binding	MF
GO:0003980	geneDR034907,geneDR015212,geneDR027785	UDP-glucose:glycoprotein glucosyltransferase activity	MF
GO:0000149	geneDR034914,geneDR034917,geneDR035201,geneDR035259,geneDR000025,geneDR000259,geneDR000261,geneDR000380,geneDR000461,geneDR001245,geneDR001275,geneDR001798,geneDR007971,geneDR017005,geneDR016891,geneDR003346,geneDR003003,geneDR002508,geneDR028708,geneDR028614,geneDR028449,geneDR019866,geneDR012136,geneDR012303,geneDR028144,geneDR006360,geneDR006333,geneDR018368,geneDR018294,geneDR031111,geneDR014812,geneDR025435,geneDR027981,geneDR020422,geneDR020418,geneDR008603,geneDR029924,geneDR029782,geneDR020776,geneDR013918,geneDR021341,geneDR021174,geneDR021037,geneDR030808,geneDR018593,geneDR018755,geneDR026535,geneDR004535,geneDR024712,geneDR022992,geneDR022993,geneDR021840,geneDR021932,geneDR022079,geneDR021441,geneDR021429,geneDR010051,geneDR031299,geneDR024352,geneDR024212,geneDR024119,geneDR023762,geneDR010616,geneDR010696,geneDR010819,geneDR010920,geneDR011026,geneDR013244,geneDR013281,geneDR013448,geneDR028979,geneDR029526,geneDR029542,geneDR023313,geneDR032671,geneDR026993,geneDR009869,geneDR009804,geneDR009733,geneDR016387,geneDR029156,geneDR022242	SNARE binding	MF
GO:0005483	geneDR034914,geneDR034917,geneDR035259,geneDR028708,geneDR012300,geneDR021840,geneDR013244,geneDR029542	soluble NSF attachment protein activity	MF
GO:0019905	geneDR034914,geneDR034917,geneDR035201,geneDR035259,geneDR000259,geneDR017005,geneDR028708,geneDR028449,geneDR019866,geneDR012303,geneDR020422,geneDR020418,geneDR008603,geneDR020776,geneDR030808,geneDR018755,geneDR022992,geneDR021840,geneDR022079,geneDR021441,geneDR021429,geneDR024352,geneDR013244,geneDR013281,geneDR028979,geneDR029542,geneDR026993	syntaxin binding	MF
GO:0004810	geneDR031869,geneDR010445	tRNA adenylyltransferase activity	MF
GO:0009022	geneDR031869	tRNA nucleotidyltransferase activity	MF
GO:0052929	geneDR031869,geneDR010445	ATP:3'-cytidine-cytidine-tRNA adenylyltransferase activity	MF
GO:0002094	geneDR031870,geneDR001916,geneDR018219,geneDR018217,geneDR003881,geneDR010016,geneDR024065,geneDR027005,geneDR030608,geneDR030607	polyprenyltransferase activity	MF
GO:0004367	geneDR034960	glycerol-3-phosphate dehydrogenase [NAD+] activity	MF
GO:0005049	geneDR034962,geneDR035004,geneDR035005,geneDR007799,geneDR028684,geneDR028611,geneDR034406,geneDR032440,geneDR021861,geneDR032617,geneDR009725,geneDR009399,geneDR016374,geneDR029001	nuclear export signal receptor activity	MF
GO:0140104	geneDR034962,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR000394,geneDR000941,geneDR001099,geneDR001446,geneDR007799,geneDR003058,geneDR030398,geneDR028684,geneDR028611,geneDR012456,geneDR028136,geneDR033350,geneDR006696,geneDR006523,geneDR033745,geneDR018098,geneDR017307,geneDR015107,geneDR027970,geneDR034406,geneDR034772,geneDR033991,geneDR026834,geneDR019812,geneDR026125,geneDR032440,geneDR018706,geneDR003725,geneDR023068,geneDR021861,geneDR021614,geneDR024319,geneDR010603,geneDR032617,geneDR009725,geneDR009665,geneDR009399,geneDR016374,geneDR029001,geneDR022205	molecular carrier activity	MF
GO:0140142	geneDR034962,geneDR035004,geneDR035005,geneDR035052,geneDR035053,geneDR007799,geneDR030398,geneDR028684,geneDR028611,geneDR034406,geneDR032440,geneDR003725,geneDR021861,geneDR032617,geneDR009725,geneDR009399,geneDR016374,geneDR029001	nucleocytoplasmic carrier activity	MF
GO:0042800	geneDR034980,geneDR019910,geneDR020890,geneDR022124,geneDR033501,geneDR005091	histone methyltransferase activity (H3-K4 specific)	MF
GO:0035175	geneDR034984,geneDR001223,geneDR028275,geneDR028122,geneDR006388,geneDR015937	histone kinase activity (H3-S10 specific)	MF
GO:0030276	geneDR034988,geneDR000121,geneDR000122,geneDR001220,geneDR001705,geneDR030372,geneDR028613,geneDR019935,geneDR012269,geneDR015195,geneDR014905,geneDR014904,geneDR019732,geneDR033264,geneDR018869,geneDR003750,geneDR017943,geneDR034852,geneDR033740,geneDR023054,geneDR021478,geneDR010325,geneDR010935,geneDR010936,geneDR010937,geneDR027760,geneDR009686,geneDR009180,geneDR009128,geneDR016617,geneDR016567	clathrin binding	MF
GO:0004551	geneDR034997,geneDR000211,geneDR016883,geneDR002032,geneDR012144,geneDR008456,geneDR033207,geneDR018599,geneDR022944,geneDR021521,geneDR025707	nucleotide diphosphatase activity	MF
GO:0061791	geneDR034999	GTPase motor activity	MF
GO:1990606	geneDR034999	membrane scission GTPase motor activity	MF
GO:0016869	geneDR035002	intramolecular transferase activity, transferring amino groups	MF
GO:0042286	geneDR035002	glutamate-1-semialdehyde 2,1-aminomutase activity	MF
GO:0004864	geneDR035006,geneDR032953,geneDR030404,geneDR028523,geneDR020373,geneDR017429,geneDR029789,geneDR034763,geneDR033981,geneDR019742,geneDR025981,geneDR026050,geneDR026305,geneDR022003,geneDR019037,geneDR014519,geneDR010449,geneDR032680,geneDR009468,geneDR006098	protein phosphatase inhibitor activity	MF
GO:0004865	geneDR035006,geneDR032953,geneDR030404,geneDR034763,geneDR033981,geneDR026305,geneDR014519,geneDR010449,geneDR006098	protein serine/threonine phosphatase inhibitor activity	MF
GO:0008157	geneDR035006,geneDR030404	protein phosphatase 1 binding	MF
GO:0019211	geneDR035006	phosphatase activator activity	MF
GO:0019888	geneDR035006,geneDR032953,geneDR001069,geneDR033819,geneDR030404,geneDR028523,geneDR020373,geneDR017429,geneDR029789,geneDR034763,geneDR033981,geneDR019742,geneDR025981,geneDR026050,geneDR026305,geneDR017884,geneDR022003,geneDR019037,geneDR010084,geneDR014519,geneDR010449,geneDR032680,geneDR009527,geneDR009468,geneDR016360,geneDR006098,geneDR005720	protein phosphatase regulator activity	MF
GO:0019902	geneDR035006,geneDR001069,geneDR033823,geneDR030404,geneDR020096,geneDR017093,geneDR027345,geneDR030741,geneDR004101,geneDR004559,geneDR017846,geneDR017875,geneDR023301,geneDR005720	phosphatase binding	MF
GO:0019903	geneDR035006,geneDR001069,geneDR033823,geneDR030404,geneDR020096,geneDR017093,geneDR027345,geneDR030741,geneDR004101,geneDR004559,geneDR017846,geneDR017875,geneDR023301,geneDR005720	protein phosphatase binding	MF
GO:0072542	geneDR035006	protein phosphatase activator activity	MF
GO:0004008	geneDR035007	P-type divalent copper transporter activity	MF
GO:0005375	geneDR035007,geneDR001585,geneDR012595,geneDR015107,geneDR008173,geneDR009105	copper ion transmembrane transporter activity	MF
GO:0043682	geneDR035007	P-type divalent copper transporter activity	MF
GO:0004402	geneDR035008,geneDR000778,geneDR001132,geneDR002262,geneDR030435,geneDR006888,geneDR006485,geneDR014943,geneDR014942,geneDR014862,geneDR027886,geneDR023661,geneDR023662,geneDR025067,geneDR010973,geneDR025963,geneDR025626,geneDR009604,geneDR009395,geneDR016267,geneDR029004,geneDR006933,geneDR022444,geneDR005950,geneDR005306,geneDR005206	histone acetyltransferase activity	MF
GO:0010484	geneDR035008,geneDR014943,geneDR014942,geneDR014862,geneDR027886,geneDR010973	H3 histone acetyltransferase activity	MF
GO:0036408	geneDR035008	histone acetyltransferase activity (H3-K14 specific)	MF
GO:0043992	geneDR035008	histone acetyltransferase activity (H3-K9 specific)	MF
GO:0061733	geneDR035008,geneDR000778,geneDR001132,geneDR002262,geneDR030435,geneDR006888,geneDR006485,geneDR014943,geneDR014942,geneDR014862,geneDR027886,geneDR023661,geneDR023662,geneDR025067,geneDR010973,geneDR025963,geneDR025626,geneDR009604,geneDR009395,geneDR016267,geneDR029004,geneDR006933,geneDR022444,geneDR005950,geneDR005306,geneDR005206	peptide-lysine-N-acetyltransferase activity	MF
GO:0070577	geneDR035008,geneDR032064,geneDR003506,geneDR003505,geneDR003503,geneDR030373,geneDR015356,geneDR020989,geneDR003747,geneDR024678,geneDR023746,geneDR025016,geneDR024628,geneDR031974,geneDR034032,geneDR007127,geneDR005512,geneDR005373	lysine-acetylated histone binding	MF
GO:0140033	geneDR035008,geneDR032064,geneDR003506,geneDR003505,geneDR003503,geneDR030373,geneDR015356,geneDR020989,geneDR003747,geneDR024678,geneDR023746,geneDR025016,geneDR024628,geneDR031974,geneDR034032,geneDR007127,geneDR005512,geneDR005373	acetylation-dependent protein binding	MF
GO:0050152	geneDR035011,geneDR000845,geneDR006794	omega-amidase activity	MF
GO:0004322	geneDR035013,geneDR023068	ferroxidase activity	MF
GO:0016722	geneDR035013,geneDR003426,geneDR028711,geneDR006464,geneDR018475,geneDR017112,geneDR030269,geneDR008998,geneDR008181,geneDR019658,geneDR019667,geneDR019685,geneDR015385,geneDR015344,geneDR015343,geneDR033304,geneDR021263,geneDR025974,geneDR026006,geneDR024892,geneDR023068,geneDR023103,geneDR021837,geneDR025124,geneDR010527,geneDR013344,geneDR029521,geneDR029522,geneDR029540,geneDR023558,geneDR025665,geneDR025600,geneDR025597,geneDR034467,geneDR034470,geneDR009123,geneDR009100,geneDR007277,geneDR007221,geneDR005903,geneDR005902	oxidoreductase activity, acting on metal ions	MF
GO:0016724	geneDR035013,geneDR023068	oxidoreductase activity, acting on metal ions, oxygen as acceptor	MF
GO:0046557	geneDR035015	glucan endo-1,6-beta-glucosidase activity	MF
GO:0050839	geneDR035015,geneDR028440,geneDR019874,geneDR030741,geneDR022086,geneDR010485,geneDR023301,geneDR016197	cell adhesion molecule binding	MF
GO:0003691	geneDR035016,geneDR032006,geneDR000740,geneDR016969,geneDR002882,geneDR020041,geneDR020318,geneDR020392,geneDR012062,geneDR012063,geneDR028209,geneDR031099,geneDR015263,geneDR015390,geneDR030761,geneDR019302,geneDR019094,geneDR019020,geneDR024130,geneDR027532,geneDR027057,geneDR012860,geneDR009330,geneDR029064	double-stranded telomeric DNA binding	MF
GO:0051880	geneDR035016,geneDR032006,geneDR000182,geneDR022927,geneDR009258	G-quadruplex DNA binding	MF
GO:0004362	geneDR035044,geneDR000150,geneDR022898,geneDR013454,geneDR007176	glutathione-disulfide reductase (NADPH) activity	MF
GO:0015037	geneDR035044,geneDR000150,geneDR003971,geneDR022898,geneDR021769,geneDR013454,geneDR029487,geneDR007176	protein-disulfide reductase activity	MF
GO:0015038	geneDR035044,geneDR000150,geneDR003971,geneDR022898,geneDR021769,geneDR013454,geneDR029487,geneDR007176	glutathione disulfide oxidoreductase activity	MF
GO:0030943	geneDR035046,geneDR003187	mitochondrion targeting sequence binding	MF
GO:0003714	geneDR035048,geneDR000616,geneDR000622,geneDR000668,geneDR000857,geneDR001073,geneDR001164,geneDR001193,geneDR001558,geneDR028262,geneDR028261,geneDR003506,geneDR003505,geneDR003503,geneDR003361,geneDR003129,geneDR028809,geneDR012567,geneDR012583,geneDR012684,geneDR028110,geneDR028097,geneDR033333,geneDR006442,geneDR006440,geneDR006131,geneDR033742,geneDR017199,geneDR015251,geneDR014971,geneDR014780,geneDR008273,geneDR015729,geneDR015519,geneDR015483,geneDR015356,geneDR017767,geneDR021743,geneDR010290,geneDR024323,geneDR024628,geneDR011057,geneDR013530,geneDR028941,geneDR029622,geneDR025613,geneDR009373,geneDR007262	transcription corepressor activity	MF
GO:0004407	geneDR035048,geneDR003506,geneDR003505,geneDR003503,geneDR002716,geneDR002659,geneDR020132,geneDR020590,geneDR015356,geneDR004691,geneDR004747,geneDR024628	histone deacetylase activity	MF
GO:0019213	geneDR035048,geneDR003506,geneDR003505,geneDR003503,geneDR002716,geneDR002659,geneDR020096,geneDR020132,geneDR020590,geneDR015356,geneDR033196,geneDR004691,geneDR004747,geneDR024628	deacetylase activity	MF
GO:0033558	geneDR035048,geneDR003506,geneDR003505,geneDR003503,geneDR002716,geneDR002659,geneDR020096,geneDR020132,geneDR020590,geneDR015356,geneDR004691,geneDR004747,geneDR024628	protein lysine deacetylase activity	MF
GO:0004708	geneDR035050,geneDR000039,geneDR000661,geneDR025618	MAP kinase kinase activity	MF
GO:0004712	geneDR035050,geneDR000039,geneDR000490,geneDR000661,geneDR000835,geneDR000982,geneDR001394,geneDR007613,geneDR003070,geneDR001873,geneDR030358,geneDR019967,geneDR012302,geneDR006803,geneDR006647,geneDR018230,geneDR015012,geneDR013860,geneDR003759,geneDR003836,geneDR025003,geneDR024908,geneDR024906,geneDR024863,geneDR022165,geneDR019467,geneDR021442,geneDR014692,geneDR024620,geneDR027544,geneDR027752,geneDR013611,geneDR023277,geneDR023276,geneDR025618,geneDR025603,geneDR034473,geneDR009587,geneDR016417,geneDR007271,geneDR005930,geneDR005619,geneDR032223	protein serine/threonine/tyrosine kinase activity	MF
GO:0005078	geneDR035050,geneDR014708,geneDR011149	MAP-kinase scaffold activity	MF
GO:0032947	geneDR035050,geneDR000998,geneDR001366,geneDR028204,geneDR006622,geneDR033779,geneDR014708,geneDR030062,geneDR024287,geneDR011149,geneDR029028	molecular adaptor activity	MF
GO:0035591	geneDR035050,geneDR014708,geneDR011149	signaling adaptor activity	MF
GO:0061608	geneDR035052,geneDR035053,geneDR030398,geneDR003725	nuclear import signal receptor activity	MF
GO:0019784	geneDR035055,geneDR003243,geneDR020156,geneDR031121,geneDR015603,geneDR019254	deNEDDylase activity	MF
GO:0016413	geneDR035062,geneDR032067,geneDR000283,geneDR000624,geneDR000625,geneDR000902,geneDR001163,geneDR007926,geneDR017018,geneDR017009,geneDR002926,geneDR002500,geneDR002326,geneDR002173,geneDR028715,geneDR019959,geneDR020338,geneDR020380,geneDR020381,geneDR012051,geneDR028096,geneDR006193,geneDR006123,geneDR017508,geneDR017239,geneDR015034,geneDR014941,geneDR014788,geneDR025557,geneDR028884,geneDR019532,geneDR019608,geneDR020998,geneDR020918,geneDR025985,geneDR030812,geneDR018589,geneDR018829,geneDR003673,geneDR004320,geneDR004963,geneDR025216,geneDR022832,geneDR023019,geneDR022159,geneDR019473,geneDR024567,geneDR010781,geneDR011053,geneDR011309,geneDR027435,geneDR027464,geneDR027567,geneDR013232,geneDR012976,geneDR009155,geneDR009154,geneDR016597,geneDR016586,geneDR029029,geneDR007375,geneDR006026,geneDR005294,geneDR005209,geneDR005033	O-acetyltransferase activity	MF
GO:0003725	geneDR035068,geneDR000182,geneDR000264,geneDR001784,geneDR028109,geneDR018553,geneDR018055,geneDR031105,geneDR019650,geneDR020980,geneDR020979,geneDR020866,geneDR026173,geneDR022927,geneDR010169,geneDR024125,geneDR024551,geneDR027053,geneDR009258,geneDR009144,geneDR016579	double-stranded RNA binding	MF
GO:0003862	geneDR035079	3-isopropylmalate dehydrogenase activity	MF
GO:0004028	geneDR035087,geneDR025156,geneDR007351,geneDR005197	3-chloroallyl aldehyde dehydrogenase activity	MF
GO:0004029	geneDR035087,geneDR000681,geneDR001485,geneDR003296,geneDR033344,geneDR006515,geneDR018273,geneDR018175,geneDR031018,geneDR029882,geneDR015552,geneDR010058,geneDR009964,geneDR032343,geneDR025156,geneDR023255,geneDR025914,geneDR030601,geneDR007351,geneDR005197	aldehyde dehydrogenase (NAD+) activity	MF
GO:0018484	geneDR035087	4-hydroxybenzaldehyde dehydrogenase activity	MF
GO:0047770	geneDR035087	carboxylate reductase activity	MF
GO:0004555	geneDR035088,geneDR001821,geneDR017516,geneDR017515,geneDR033724	alpha,alpha-trehalase activity	MF
GO:0015927	geneDR035088,geneDR001821,geneDR017516,geneDR017515,geneDR033724	trehalase activity	MF
GO:0004451	geneDR035089,geneDR035090,geneDR000335,geneDR023077,geneDR023079,geneDR010697	isocitrate lyase activity	MF
GO:0043394	geneDR035092,geneDR006289,geneDR026881,geneDR026884,geneDR013871,geneDR016383,geneDR016381	proteoglycan binding	MF
GO:0050636	geneDR035093,geneDR035096,geneDR006356,geneDR034030,geneDR025283	vinorine synthase activity	MF
GO:0003887	geneDR035097,geneDR003365,geneDR031705,geneDR006366,geneDR014083,geneDR026325,geneDR026346,geneDR026439,geneDR033527,geneDR025023,geneDR033654,geneDR012806,geneDR009275,geneDR016496,geneDR005254,geneDR005075	DNA-directed DNA polymerase activity	MF
GO:0034061	geneDR035097,geneDR003365,geneDR031705,geneDR006366,geneDR014083,geneDR019787,geneDR026098,geneDR026325,geneDR026346,geneDR026439,geneDR024660,geneDR024658,geneDR022715,geneDR033527,geneDR019388,geneDR025023,geneDR033654,geneDR012806,geneDR009275,geneDR016496,geneDR005254,geneDR005075	DNA polymerase activity	MF
GO:0000248	geneDR035115,geneDR008471,geneDR032221	C-5 sterol desaturase activity	MF
GO:0016717	geneDR035115,geneDR035198,geneDR008471,geneDR013605,geneDR013812,geneDR027298,geneDR032221	oxidoreductase activity, acting on paired donors, with oxidation of a pair of donors resulting in the reduction of molecular oxygen to two molecules of water	MF
GO:0070704	geneDR035115,geneDR035198,geneDR008471,geneDR013812,geneDR027298,geneDR032221	sterol desaturase activity	MF
GO:0008517	geneDR035116,geneDR020984	folic acid transmembrane transporter activity	MF
GO:0015230	geneDR035116,geneDR028778,geneDR006820,geneDR021811	FAD transmembrane transporter activity	MF
GO:0072349	geneDR035116,geneDR020984,geneDR004048	modified amino acid transmembrane transporter activity	MF
GO:0090482	geneDR035116,geneDR008002,geneDR020984,geneDR026562,geneDR021436	vitamin transmembrane transporter activity	MF
GO:0036033	geneDR035117,geneDR003598	mediator complex binding	MF
GO:0042826	geneDR035117,geneDR000044,geneDR000101,geneDR000182,geneDR001108,geneDR008045,geneDR003506,geneDR003505,geneDR003503,geneDR003378,geneDR002152,geneDR028809,geneDR016009,geneDR015465,geneDR015356,geneDR031371,geneDR022791,geneDR022846,geneDR022927,geneDR021743,geneDR023661,geneDR023662,geneDR025067,geneDR024628,geneDR023505,geneDR009258,geneDR005306,geneDR005206	histone deacetylase binding	MF
GO:0080025	geneDR035117,geneDR001361,geneDR002845,geneDR014818,geneDR013905,geneDR019058,geneDR011019	phosphatidylinositol-3,5-bisphosphate binding	MF
GO:0000339	geneDR035119,geneDR016966,geneDR003306,geneDR017155,geneDR025581,geneDR015539,geneDR010747,geneDR013481	RNA cap binding	MF
GO:0000340	geneDR035119,geneDR016966,geneDR017155,geneDR013481	RNA 7-methylguanosine cap binding	MF
GO:0046423	geneDR032881,geneDR014598	allene-oxide cyclase activity	MF
GO:0004476	geneDR032888,geneDR014591,geneDR006038	mannose-6-phosphate isomerase activity	MF
GO:0019010	geneDR032902,geneDR014573	farnesoic acid O-methyltransferase activity	MF
GO:0004412	geneDR032933,geneDR014541,geneDR006074,geneDR005739	homoserine dehydrogenase activity	MF
GO:0035596	geneDR032941,geneDR032942,geneDR006084	methylthiotransferase activity	MF
GO:0035598	geneDR032941,geneDR032942,geneDR006084	N6-threonylcarbomyladenosine methylthiotransferase activity	MF
GO:0050497	geneDR032941,geneDR032942,geneDR006084	alkylthioltransferase activity	MF
GO:0004137	geneDR032947,geneDR014526,geneDR010442	deoxycytidine kinase activity	MF
GO:0019136	geneDR032947,geneDR014526,geneDR010442,geneDR013170	deoxynucleoside kinase activity	MF
GO:0004564	geneDR032949,geneDR007905,geneDR003027,geneDR018154,geneDR021081,geneDR026482,geneDR026483,geneDR026485,geneDR026486,geneDR026488,geneDR010071,geneDR014523,geneDR010444,geneDR006092,geneDR005702	beta-fructofuranosidase activity	MF
GO:0004575	geneDR032949,geneDR003027,geneDR021081,geneDR014523,geneDR010444,geneDR006092,geneDR005702	sucrose alpha-glucosidase activity	MF
GO:0090599	geneDR032949,geneDR003027,geneDR013972,geneDR021228,geneDR021081,geneDR014523,geneDR010444,geneDR006092,geneDR005702	alpha-glucosidase activity	MF
GO:0008995	geneDR032953,geneDR014519,geneDR010449,geneDR006098	ribonuclease E activity	MF
GO:0009931	geneDR032958,geneDR000107,geneDR033823,geneDR007683,geneDR002688,geneDR030333,geneDR031738,geneDR031747,geneDR018456,geneDR018333,geneDR018258,geneDR030960,geneDR025350,geneDR025438,geneDR025491,geneDR027996,geneDR027923,geneDR020656,geneDR008189,geneDR008144,geneDR027345,geneDR013841,geneDR021122,geneDR026178,geneDR026179,geneDR004713,geneDR017875,geneDR022849,geneDR022853,geneDR022968,geneDR023149,geneDR023186,geneDR021693,geneDR009982,geneDR032305,geneDR032404,geneDR031337,geneDR031192,geneDR024453,geneDR024253,geneDR024223,geneDR014678,geneDR014513,geneDR010459,geneDR010631,geneDR010847,geneDR010912,geneDR011217,geneDR027717,geneDR027029,geneDR023578,geneDR023529,geneDR023528,geneDR009833,geneDR009778,geneDR009136,geneDR029120,geneDR006102,geneDR005635,geneDR005460,geneDR005369	calcium-dependent protein serine/threonine kinase activity	MF
GO:0010857	geneDR032958,geneDR000107,geneDR033823,geneDR007683,geneDR002688,geneDR030333,geneDR031738,geneDR031747,geneDR018456,geneDR018333,geneDR018258,geneDR030960,geneDR025350,geneDR025438,geneDR025491,geneDR027996,geneDR027923,geneDR020656,geneDR008189,geneDR008144,geneDR027345,geneDR013841,geneDR021122,geneDR026178,geneDR026179,geneDR004713,geneDR017875,geneDR022849,geneDR022853,geneDR022968,geneDR023149,geneDR023186,geneDR021693,geneDR009982,geneDR032305,geneDR032404,geneDR031337,geneDR031192,geneDR024453,geneDR024253,geneDR024223,geneDR014678,geneDR014513,geneDR010459,geneDR010631,geneDR010847,geneDR010912,geneDR011217,geneDR027717,geneDR027029,geneDR023578,geneDR023529,geneDR023528,geneDR009833,geneDR009778,geneDR009136,geneDR029120,geneDR006102,geneDR005635,geneDR005460,geneDR005369	calcium-dependent protein kinase activity	MF
GO:0016906	geneDR032965,geneDR014507,geneDR025693,geneDR007183,geneDR022689	sterol 3-beta-glucosyltransferase activity	MF
GO:0051505	geneDR032965,geneDR014507,geneDR022689	cholesterol alpha-glucosyltransferase activity	MF
GO:0051506	geneDR032965,geneDR014507,geneDR022689	ergosterol UDP-glucosyltransferase activity	MF
GO:0051507	geneDR032965,geneDR014507,geneDR025693,geneDR007183,geneDR022689	beta-sitosterol UDP-glucosyltransferase activity	MF
GO:0051508	geneDR032965,geneDR014507,geneDR022689	stigmasterol UDP-glucosyltransferase activity	MF
GO:0051509	geneDR032965,geneDR014507,geneDR022689	tomatidine UDP-glucosyltransferase activity	MF
GO:0015136	geneDR032967,geneDR007677,geneDR007676,geneDR015173,geneDR008146,geneDR033368,geneDR027739,geneDR034350,geneDR023531,geneDR012910,geneDR007412	sialic acid transmembrane transporter activity	MF
GO:0004106	geneDR035120,geneDR014626,geneDR024533,geneDR006007	chorismate mutase activity	MF
GO:0010279	geneDR035132,geneDR002550,geneDR020024,geneDR006129,geneDR033753,geneDR003637,geneDR004582,geneDR017852,geneDR019287,geneDR010288,geneDR024310,geneDR012826,geneDR007485,geneDR022215	indole-3-acetic acid amido synthetase activity	MF
GO:0016277	geneDR035141,geneDR001441,geneDR012462,geneDR021042,geneDR024716	[myelin basic protein]-arginine N-methyltransferase activity	MF
GO:0035241	geneDR035141,geneDR001441,geneDR012462,geneDR021042,geneDR024716	protein-arginine omega-N monomethyltransferase activity	MF
GO:0008474	geneDR035142,geneDR001440,geneDR007730,geneDR012463,geneDR006684,geneDR030059,geneDR024975	palmitoyl-(protein) hydrolase activity	MF
GO:0098599	geneDR035142,geneDR001440,geneDR007730,geneDR012463,geneDR006684,geneDR030059,geneDR024975	palmitoyl hydrolase activity	MF
GO:0004392	geneDR035148,geneDR001082,geneDR001436,geneDR012475,geneDR017154,geneDR030762	heme oxygenase (decyclizing) activity	MF
GO:0020037	geneDR035148,geneDR000254,geneDR000409,geneDR001082,geneDR001436,geneDR012475,geneDR027938,geneDR008887,geneDR030762,geneDR004475,geneDR022985,geneDR019225,geneDR010564,geneDR010565,geneDR025753,geneDR034478,geneDR007115,geneDR022282,geneDR022306	heme binding	MF
GO:0046906	geneDR035148,geneDR000254,geneDR000409,geneDR001082,geneDR001436,geneDR028370,geneDR003220,geneDR002892,geneDR002182,geneDR001903,geneDR012098,geneDR012475,geneDR006441,geneDR027938,geneDR009010,geneDR008887,geneDR028849,geneDR014068,geneDR014018,geneDR015903,geneDR015869,geneDR015634,geneDR021260,geneDR030762,geneDR004145,geneDR004475,geneDR004923,geneDR017773,geneDR022985,geneDR019225,geneDR018969,geneDR023712,geneDR010487,geneDR010564,geneDR010565,geneDR013740,geneDR025878,geneDR025753,geneDR034478,geneDR009596,geneDR009516,geneDR016190,geneDR007115,geneDR007004,geneDR022282,geneDR022306,geneDR022517,geneDR005659	tetrapyrrole binding	MF
GO:0018456	geneDR035186	aryl-alcohol dehydrogenase (NAD+) activity	MF
GO:0000249	geneDR035198,geneDR013812,geneDR027298	C-22 sterol desaturase activity	MF
GO:0004324	geneDR035199	ferredoxin-NADP+ reductase activity	MF
GO:0008860	geneDR035199	ferredoxin-NAD+ reductase activity	MF
GO:0015039	geneDR035199	NADPH-adrenodoxin reductase activity	MF
GO:0016730	geneDR035199,geneDR001113,geneDR008099,geneDR003380,geneDR002114	oxidoreductase activity, acting on iron-sulfur proteins as donors	MF
GO:0016731	geneDR035199,geneDR001113	oxidoreductase activity, acting on iron-sulfur proteins as donors, NAD or NADP as acceptor	MF
GO:0008079	geneDR035200,geneDR034240,geneDR030326,geneDR012150,geneDR033763,geneDR015170,geneDR003787,geneDR024299,geneDR027731,geneDR016118	translation termination factor activity	MF
GO:0030332	geneDR035204,geneDR023821,geneDR009238,geneDR009188,geneDR016624,geneDR016529,geneDR005489	cyclin binding	MF
GO:0004738	geneDR035205,geneDR028834	pyruvate dehydrogenase activity	MF
GO:0004739	geneDR035205,geneDR028834	pyruvate dehydrogenase (acetyl-transferring) activity	MF
GO:0016624	geneDR035205,geneDR016948,geneDR012084,geneDR028834,geneDR030742,geneDR018997	oxidoreductase activity, acting on the aldehyde or oxo group of donors, disulfide as acceptor	MF
GO:0000702	geneDR035206,geneDR005198	oxidized base lesion DNA N-glycosylase activity	MF
GO:0008534	geneDR035206,geneDR005198	oxidized purine nucleobase lesion DNA N-glycosylase activity	MF
GO:0016799	geneDR035206,geneDR016833,geneDR006202,geneDR015141,geneDR015140,geneDR025360,geneDR025457,geneDR014201,geneDR015796,geneDR030696,geneDR004893,geneDR022810,geneDR021619,geneDR011231,geneDR027695,geneDR016311,geneDR022349,geneDR005198	hydrolase activity, hydrolyzing N-glycosyl compounds	MF
GO:0019104	geneDR035206,geneDR016833,geneDR025360,geneDR025457,geneDR030696,geneDR004893,geneDR022810,geneDR021619,geneDR011231,geneDR016311,geneDR022349,geneDR005198	DNA N-glycosylase activity	MF
GO:0045131	geneDR035207	pre-mRNA branch point binding	MF
GO:0004484	geneDR035210,geneDR014938,geneDR019448,geneDR027461	mRNA guanylyltransferase activity	MF
GO:0008192	geneDR035210,geneDR002827,geneDR014938,geneDR004847,geneDR019448,geneDR027461	RNA guanylyltransferase activity	MF
GO:0070568	geneDR035210,geneDR002827,geneDR002291,geneDR014938,geneDR025357,geneDR008949,geneDR004540,geneDR004847,geneDR019448,geneDR023751,geneDR011227,geneDR027461,geneDR029513,geneDR005378,geneDR005377,geneDR005376	guanylyltransferase activity	MF
GO:0042281	geneDR035213,geneDR030833,geneDR017708,geneDR006034	dolichyl pyrophosphate Man9GlcNAc2 alpha-1,3-glucosyltransferase activity	MF
GO:0042283	geneDR035213	dolichyl pyrophosphate Glc1Man9GlcNAc2 alpha-1,3-glucosyltransferase activity	MF
GO:0004749	geneDR035224	ribose phosphate diphosphokinase activity	MF
GO:0016778	geneDR035224,geneDR003468,geneDR006283,geneDR034161,geneDR015378,geneDR004523,geneDR009724,geneDR016373,geneDR032224	diphosphotransferase activity	MF
GO:0042973	geneDR035227,geneDR001076,geneDR030850,geneDR006546,geneDR018561,geneDR017534,geneDR017470,geneDR008607,geneDR026854,geneDR021404,geneDR024361,geneDR013204,geneDR013280,geneDR006028	glucan endo-1,3-beta-D-glucosidase activity	MF
GO:0004664	geneDR035239,geneDR019892,geneDR031120,geneDR027336,geneDR017878,geneDR024115	prephenate dehydratase activity	MF
GO:0047769	geneDR035239,geneDR019892,geneDR031071,geneDR031120,geneDR027336,geneDR015476,geneDR017878,geneDR024115	arogenate dehydratase activity	MF
GO:0019207	geneDR035248,geneDR000386,geneDR000460,geneDR028336,geneDR007887,geneDR007744,geneDR002183,geneDR031096,geneDR017230,geneDR008701,geneDR029868,geneDR029806,geneDR020793,geneDR034950,geneDR014219,geneDR015464,geneDR020908,geneDR031401,geneDR026458,geneDR004142,geneDR017740,geneDR024859,geneDR023165,geneDR019156,geneDR024136,geneDR027689,geneDR013555,geneDR027242,geneDR027073,geneDR027059,geneDR029486,geneDR023463,geneDR023244,geneDR032697,geneDR025618,geneDR009836,geneDR007202,geneDR005723,geneDR005044,geneDR005038	kinase regulator activity	MF
GO:0019887	geneDR035248,geneDR000460,geneDR028336,geneDR007887,geneDR007744,geneDR002183,geneDR031096,geneDR017230,geneDR008701,geneDR029868,geneDR029806,geneDR020793,geneDR034950,geneDR014219,geneDR015464,geneDR020908,geneDR031401,geneDR026458,geneDR004142,geneDR017740,geneDR024859,geneDR019156,geneDR024136,geneDR027689,geneDR013555,geneDR027073,geneDR027059,geneDR029486,geneDR023463,geneDR023244,geneDR032697,geneDR025618,geneDR009836,geneDR007202,geneDR005723,geneDR005044,geneDR005038	protein kinase regulator activity	MF
GO:0019187	geneDR035253,geneDR000060,geneDR031077,geneDR034158,geneDR030286,geneDR008447,geneDR029776,geneDR030099,geneDR004007,geneDR022806,geneDR024156,geneDR010504,geneDR013450,geneDR033927,geneDR007309	beta-1,4-mannosyltransferase activity	MF
GO:0051753	geneDR035253,geneDR000060,geneDR031077,geneDR034158,geneDR030286,geneDR008447,geneDR029776,geneDR030099,geneDR004007,geneDR022806,geneDR024156,geneDR010504,geneDR013450,geneDR033927,geneDR007309	mannan synthase activity	MF
GO:0004496	geneDR032173,geneDR024821	mevalonate kinase activity	MF
GO:0010313	geneDR032169,geneDR013957,geneDR024829	phytochrome binding	MF
GO:0003777	geneDR032167,geneDR000166,geneDR000577,geneDR033835,geneDR008035,geneDR007881,geneDR003429,geneDR003154,geneDR002613,geneDR002538,geneDR002485,geneDR002340,geneDR030523,geneDR030531,geneDR030560,geneDR030567,geneDR020221,geneDR012369,geneDR006430,geneDR018195,geneDR017623,geneDR017162,geneDR015315,geneDR014704,geneDR025287,geneDR008966,geneDR008944,geneDR008831,geneDR008814,geneDR008253,geneDR029920,geneDR029872,geneDR014117,geneDR013861,geneDR019635,geneDR016084,geneDR015696,geneDR015592,geneDR015418,geneDR020894,geneDR031370,geneDR023959,geneDR026376,geneDR003555,geneDR003560,geneDR004346,geneDR004427,geneDR004515,geneDR004570,geneDR004639,geneDR017864,geneDR024996,geneDR024822,geneDR024819,geneDR024806,geneDR022869,geneDR022918,geneDR019195,geneDR018958,geneDR021387,geneDR031851,geneDR010233,geneDR010036,geneDR031234,geneDR014687,geneDR010577,geneDR011156,geneDR013088,geneDR013136,geneDR023246,geneDR012868,geneDR026949,geneDR026944,geneDR009921,geneDR009296,geneDR009295,geneDR009229,geneDR016660,geneDR032294,geneDR007582,geneDR007449,geneDR022222,geneDR022246,geneDR022333,geneDR022372,geneDR005623	microtubule motor activity	MF
GO:0003923	geneDR032149,geneDR008635,geneDR024788	GPI-anchor transamidase activity	MF
GO:0016018	geneDR032148,geneDR003495,geneDR006567,geneDR031065,geneDR015123,geneDR008626,geneDR008618,geneDR008312,geneDR024791,geneDR019078,geneDR027671,geneDR032531	cyclosporin A binding	MF
GO:0003878	geneDR032132,geneDR007870,geneDR003188,geneDR029898,geneDR015661,geneDR026441,geneDR024771	ATP citrate synthase activity	MF
GO:0046912	geneDR032132,geneDR008096,geneDR007870,geneDR007699,geneDR003188,geneDR017644,geneDR017643,geneDR017641,geneDR017557,geneDR008135,geneDR029898,geneDR015661,geneDR026441,geneDR024771,geneDR022167,geneDR019465,geneDR011269,geneDR013061,geneDR013175,geneDR023517	acyltransferase activity, acyl groups converted into alkyl on transfer	MF
GO:0009899	geneDR032113	ent-kaurene synthase activity	MF
GO:0010333	geneDR032113,geneDR033836,geneDR003011,geneDR017142,geneDR027385,geneDR026258,geneDR017860,geneDR017861,geneDR013463	terpene synthase activity	MF
GO:0050897	geneDR032106,geneDR001297,geneDR001816,geneDR001835,geneDR016716,geneDR003058,geneDR002855,geneDR002389,geneDR034251,geneDR030316,geneDR028605,geneDR020076,geneDR006317,geneDR006267,geneDR033752,geneDR018361,geneDR018302,geneDR017307,geneDR014838,geneDR020720,geneDR029914,geneDR029763,geneDR034921,geneDR026831,geneDR026832,geneDR033265,geneDR026200,geneDR024003,geneDR018710,geneDR004301,geneDR004877,geneDR017941,geneDR033711,geneDR024732,geneDR019343,geneDR031825,geneDR010259,geneDR010144,geneDR010105,geneDR009940,geneDR009939,geneDR032368,geneDR032369,geneDR031305,geneDR024312,geneDR014624,geneDR025066,geneDR010493,geneDR010506,geneDR010996,geneDR023300,geneDR032653,geneDR025898,geneDR012870,geneDR009811,geneDR009361,geneDR009309,geneDR016323,geneDR028996,geneDR029038,geneDR029103,geneDR007444,geneDR007390,geneDR007082,geneDR006987,geneDR005207	cobalt ion binding	MF
GO:0030599	geneDR032105,geneDR000859,geneDR001178,geneDR001179,geneDR001572,geneDR001824,geneDR008040,geneDR008039,geneDR016796,geneDR002498,geneDR002144,geneDR028506,geneDR020088,geneDR012580,geneDR006305,geneDR006295,geneDR017596,geneDR015147,geneDR028025,geneDR030264,geneDR030267,geneDR030268,geneDR029926,geneDR027863,geneDR027868,geneDR027869,geneDR013914,geneDR016040,geneDR033185,geneDR034889,geneDR021382,geneDR021243,geneDR021172,geneDR021171,geneDR026190,geneDR026191,geneDR004181,geneDR004525,geneDR004836,geneDR004837,geneDR025184,geneDR025166,geneDR025165,geneDR033727,geneDR024855,geneDR024728,geneDR021684,geneDR019444,geneDR019352,geneDR010654,geneDR011037,geneDR027702,geneDR013128,geneDR023314,geneDR025735,geneDR030638,geneDR007152,geneDR007151,geneDR007149,geneDR007147,geneDR007144,geneDR007142,geneDR034043,geneDR007140,geneDR007138,geneDR006984,geneDR022693,geneDR022706	pectinesterase activity	MF
GO:0046910	geneDR032105,geneDR000859,geneDR001178,geneDR001179,geneDR001572,geneDR001824,geneDR008040,geneDR008039,geneDR007862,geneDR016796,geneDR028584,geneDR028506,geneDR020088,geneDR012580,geneDR006305,geneDR006295,geneDR017596,geneDR015147,geneDR028025,geneDR030264,geneDR030267,geneDR030268,geneDR029926,geneDR027863,geneDR027868,geneDR027869,geneDR013914,geneDR033185,geneDR034889,geneDR021382,geneDR021243,geneDR021172,geneDR021171,geneDR026190,geneDR026191,geneDR004836,geneDR004837,geneDR025184,geneDR025166,geneDR025165,geneDR033727,geneDR024855,geneDR024728,geneDR021684,geneDR019444,geneDR019352,geneDR010654,geneDR011037,geneDR027702,geneDR013128,geneDR023314,geneDR023286,geneDR025735,geneDR025647,geneDR030638,geneDR007238,geneDR007152,geneDR007151,geneDR007149,geneDR007147,geneDR007144,geneDR007142,geneDR034043,geneDR007140,geneDR007138,geneDR006984,geneDR022693,geneDR022706	pectinesterase inhibitor activity	MF
GO:0002039	geneDR032082,geneDR006882,geneDR006362,geneDR019499,geneDR017720,geneDR024699	p53 binding	MF
GO:0004014	geneDR032077,geneDR001362,geneDR002168,geneDR006250,geneDR017254,geneDR019519,geneDR015771,geneDR021012,geneDR013581	adenosylmethionine decarboxylase activity	MF
GO:0004385	geneDR032075,geneDR026921,geneDR034341,geneDR032262	guanylate kinase activity	MF
GO:0004748	geneDR032071,geneDR019347,geneDR012964,geneDR007384	ribonucleoside-diphosphate reductase activity, thioredoxin disulfide as acceptor	MF
GO:0016725	geneDR032071,geneDR030954,geneDR015442,geneDR033363,geneDR019347,geneDR024255,geneDR033622,geneDR033618,geneDR012964,geneDR007384	oxidoreductase activity, acting on CH or CH2 groups	MF
GO:0016728	geneDR032071,geneDR019347,geneDR012964,geneDR007384	oxidoreductase activity, acting on CH or CH2 groups, disulfide as acceptor	MF
GO:0061731	geneDR032071,geneDR019347,geneDR012964,geneDR007384	ribonucleoside-diphosphate reductase activity	MF
GO:0008138	geneDR032069,geneDR028394,geneDR016942,geneDR012085,geneDR028202,geneDR019784,geneDR021002,geneDR030739,geneDR018995	protein tyrosine/serine/threonine phosphatase activity	MF
GO:0008878	geneDR032066,geneDR030552,geneDR014994,geneDR024679,geneDR027519	glucose-1-phosphate adenylyltransferase activity	MF
GO:0000182	geneDR032064,geneDR018553,geneDR015251,geneDR020989,geneDR024678,geneDR007564	rDNA binding	MF
GO:0031491	geneDR032064,geneDR000246,geneDR000445,geneDR003361,geneDR002413,geneDR018025,geneDR013929,geneDR015483,geneDR020989,geneDR020987,geneDR004429,geneDR024844,geneDR024843,geneDR024678,geneDR010200	nucleosome binding	MF
GO:0031492	geneDR032064,geneDR002413,geneDR018025,geneDR020989,geneDR004429,geneDR024678,geneDR010200	nucleosomal DNA binding	MF
GO:0005356	geneDR032062,geneDR031726,geneDR013553	glucose:proton symporter activity	MF
GO:0005358	geneDR032062,geneDR013553	high-affinity glucose:proton symporter activity	MF
GO:0009679	geneDR032062,geneDR031726,geneDR013553	hexose:proton symporter activity	MF
GO:0004143	geneDR032035,geneDR001012,geneDR006236,geneDR033160,geneDR013970,geneDR026569,geneDR010712	diacylglycerol kinase activity	MF
GO:0047412	geneDR032033,geneDR032032,geneDR030457,geneDR024646,geneDR022726	N-(long-chain-acyl)ethanolamine deacylase activity	MF
GO:0003826	geneDR032020,geneDR032019,geneDR028019,geneDR032559	3-methyl-2-oxobutanoate dehydrogenase (2-methylpropanoyl-transferring) activity	MF
GO:0004514	geneDR032009,geneDR032008	nicotinate-nucleotide diphosphorylase (carboxylating) activity	MF
GO:0046524	geneDR032002,geneDR014012,geneDR010400,geneDR010401,geneDR010402,geneDR005746	sucrose-phosphate synthase activity	MF
GO:0052639	geneDR031989,geneDR000010	salicylic acid glucosyltransferase (ester-forming) activity	MF
GO:0052640	geneDR031989,geneDR000010	salicylic acid glucosyltransferase (glucoside-forming) activity	MF
GO:0052641	geneDR031989,geneDR000010	benzoic acid glucosyltransferase activity	MF
GO:0080002	geneDR031989,geneDR000010	UDP-glucose:4-aminobenzoate acylglucosyltransferase activity	MF
GO:0090704	geneDR031989,geneDR000010	nicotinate-O-glucosyltransferase activity	MF
GO:0004130	geneDR000016,geneDR000771,geneDR002245,geneDR006897,geneDR015133,geneDR020565,geneDR003538,geneDR003557,geneDR004243,geneDR024112,geneDR027682	cytochrome-c peroxidase activity	MF
GO:0016688	geneDR000016,geneDR020565,geneDR003538,geneDR003557,geneDR024112,geneDR014626,geneDR024533,geneDR006007	L-ascorbate peroxidase activity	MF
GO:0042285	geneDR000020,geneDR001690,geneDR012703,geneDR033751,geneDR033750,geneDR018437,geneDR018352,geneDR017031,geneDR014998,geneDR025515,geneDR009021,geneDR008945,geneDR014053,geneDR024715,geneDR022772,geneDR031315,geneDR031211,geneDR026814,geneDR010827,geneDR032635,geneDR029162,geneDR007011,geneDR022244,geneDR005603,geneDR005279	xylosyltransferase activity	MF
GO:0005484	geneDR000025,geneDR000261,geneDR000380,geneDR000461,geneDR001275,geneDR016891,geneDR003346,geneDR002508,geneDR028614,geneDR012136,geneDR012290,geneDR012291,geneDR012300,geneDR012326,geneDR006333,geneDR031111,geneDR025332,geneDR027981,geneDR009026,geneDR029924,geneDR021037,geneDR018593,geneDR004535,geneDR024712,geneDR022993,geneDR021932,geneDR021447,geneDR021419,geneDR010051,geneDR024212,geneDR024119,geneDR023762,geneDR024540,geneDR010616,geneDR010819,geneDR011195,geneDR013448,geneDR013509,geneDR023494,geneDR023313,geneDR034461,geneDR009733,geneDR016387,geneDR007283,geneDR022242,geneDR005854	SNAP receptor activity	MF
GO:0005372	geneDR000028,geneDR000519,geneDR000758,geneDR001231,geneDR028316,geneDR028244,geneDR016991,geneDR016947,geneDR016929,geneDR002774,geneDR030562,geneDR012103,geneDR006907,geneDR018393,geneDR031137,geneDR017444,geneDR017241,geneDR030270,geneDR020552,geneDR008663,geneDR008483,geneDR015986,geneDR015444,geneDR021308,geneDR030791,geneDR030720,geneDR004191,geneDR004803,geneDR022777,geneDR031313,geneDR031265,geneDR010361,geneDR010525,geneDR013568,geneDR027158,geneDR016393	water transmembrane transporter activity	MF
GO:0015250	geneDR000028,geneDR000519,geneDR000758,geneDR001231,geneDR028316,geneDR028244,geneDR016991,geneDR016947,geneDR016929,geneDR002774,geneDR030562,geneDR012103,geneDR006907,geneDR018393,geneDR031137,geneDR017444,geneDR017241,geneDR030270,geneDR020552,geneDR008663,geneDR008483,geneDR015986,geneDR015444,geneDR021308,geneDR030791,geneDR030720,geneDR004191,geneDR004803,geneDR022777,geneDR031313,geneDR031265,geneDR010361,geneDR010525,geneDR013568,geneDR027158,geneDR016393	water channel activity	MF
GO:0015112	geneDR000034,geneDR001111,geneDR007944,geneDR002200,geneDR012211,geneDR006509,geneDR018117,geneDR031095,geneDR017072,geneDR020566,geneDR029842,geneDR029797,geneDR033909,geneDR033467,geneDR018713,geneDR026490,geneDR004072,geneDR004121,geneDR010116,geneDR013391,geneDR013430,geneDR027041,geneDR027040,geneDR023217,geneDR032688	nitrate transmembrane transporter activity	MF
GO:0001103	geneDR000044,geneDR001108,geneDR003506,geneDR003505,geneDR003503,geneDR003378,geneDR014780,geneDR015465,geneDR015356,geneDR022791,geneDR023661,geneDR023662,geneDR025067,geneDR024628,geneDR011057,geneDR028941,geneDR005306,geneDR005206	RNA polymerase II-specific DNA-binding transcription factor binding	MF
GO:0070491	geneDR000044,geneDR001108,geneDR003506,geneDR003505,geneDR003503,geneDR003378,geneDR015263,geneDR014780,geneDR015465,geneDR015356,geneDR022791,geneDR023661,geneDR023662,geneDR025067,geneDR024628,geneDR011057,geneDR028941,geneDR005306,geneDR005206	DNA-binding transcription factor binding	MF
GO:0050265	geneDR000054	RNA uridylyltransferase activity	MF
GO:0070569	geneDR000054,geneDR034659,geneDR034554,geneDR017013,geneDR017922,geneDR014552,geneDR010383,geneDR005763,geneDR005083	uridylyltransferase activity	MF
GO:0003993	geneDR000068,geneDR001067,geneDR007626,geneDR016810,geneDR003491,geneDR003187,geneDR030557,geneDR012499,geneDR018433,geneDR030985,geneDR017617,geneDR008870,geneDR014200,geneDR014199,geneDR015808,geneDR015366,geneDR033224,geneDR021376,geneDR026231,geneDR023956,geneDR018728,geneDR003563,geneDR003564,geneDR003566,geneDR003567,geneDR003568,geneDR031214,geneDR024227,geneDR033600,geneDR013097,geneDR028951,geneDR023442,geneDR025968,geneDR009918,geneDR029094,geneDR007256,geneDR022338,geneDR005256	acid phosphatase activity	MF
GO:0033707	geneDR000069,geneDR016816,geneDR016815,geneDR021372,geneDR021554	3''-deamino-3''-oxonicotianamine reductase activity	MF
GO:0032050	geneDR000121,geneDR000122,geneDR019935,geneDR012269,geneDR014905,geneDR014904,geneDR033264,geneDR018869,geneDR023054,geneDR021478,geneDR010325,geneDR010935,geneDR010936,geneDR010937,geneDR009128,geneDR016567	clathrin heavy chain binding	MF
GO:0008176	geneDR000125,geneDR022875	tRNA (guanine-N7-)-methyltransferase activity	MF
GO:0016423	geneDR000125,geneDR002216,geneDR026079,geneDR004095,geneDR022875,geneDR024531	tRNA (guanine) methyltransferase activity	MF
GO:0008281	geneDR000133,geneDR022885	sulfonylurea receptor activity	MF
GO:0035673	geneDR000141,geneDR000784,geneDR002492,geneDR030452,geneDR031634,geneDR012185,geneDR006306,geneDR017521,geneDR017052,geneDR020522,geneDR008936,geneDR034310,geneDR021368,geneDR003678,geneDR004415,geneDR004416,geneDR004417,geneDR004519,geneDR022034,geneDR021558,geneDR013183,geneDR013185,geneDR027184,geneDR029662,geneDR034939,geneDR009772,geneDR009210	oligopeptide transmembrane transporter activity	MF
GO:0042937	geneDR000141,geneDR000784,geneDR031634,geneDR012185,geneDR017052,geneDR020522,geneDR034310,geneDR021368,geneDR004415,geneDR004416,geneDR004417,geneDR021558,geneDR027184,geneDR029662,geneDR009210	tripeptide transmembrane transporter activity	MF
GO:1904680	geneDR000141,geneDR000784,geneDR007808,geneDR002687,geneDR002492,geneDR002199,geneDR030452,geneDR031634,geneDR012160,geneDR012185,geneDR012233,geneDR006306,geneDR018165,geneDR017521,geneDR017052,geneDR027951,geneDR020522,geneDR008936,geneDR008714,geneDR034310,geneDR021368,geneDR026037,geneDR003678,geneDR004123,geneDR004415,geneDR004416,geneDR004417,geneDR004519,geneDR004714,geneDR022034,geneDR021587,geneDR021558,geneDR023653,geneDR025078,geneDR032547,geneDR010580,geneDR010955,geneDR011280,geneDR013183,geneDR013185,geneDR027184,geneDR029662,geneDR034939,geneDR012937,geneDR009772,geneDR009210,geneDR016182,geneDR007054,geneDR005298,geneDR005103,geneDR005060	peptide transmembrane transporter activity	MF
GO:0005315	geneDR000144,geneDR001406,geneDR033830,geneDR030862,geneDR008002,geneDR020126,geneDR012408,geneDR006130,geneDR015182,geneDR014878,geneDR029703,geneDR020409,geneDR009065,geneDR020947,geneDR026562,geneDR025188,geneDR017869,geneDR019392,geneDR024074,geneDR023736,geneDR025024,geneDR027749,geneDR013294,geneDR013496,geneDR013499,geneDR028925,geneDR025829,geneDR012847,geneDR016649,geneDR005360,geneDR005253	inorganic phosphate transmembrane transporter activity	MF
GO:1901683	geneDR000144,geneDR000404,geneDR028352,geneDR028350,geneDR030862,geneDR028741,geneDR006130,geneDR014878,geneDR027948,geneDR020409,geneDR009065,geneDR019637,geneDR017757,geneDR017758,geneDR021779,geneDR013294,geneDR025829,geneDR012847	arsenate ion transmembrane transporter activity	MF
GO:0003938	geneDR000146,geneDR001923,geneDR028115,geneDR003890,geneDR027637,geneDR031979	IMP dehydrogenase activity	MF
GO:0004439	geneDR000157,geneDR002366,geneDR012151,geneDR012190,geneDR006489,geneDR017211,geneDR008278,geneDR019751,geneDR019784,geneDR015736,geneDR026059,geneDR004210,geneDR004379,geneDR004380,geneDR022909,geneDR022910,geneDR021596,geneDR021549,geneDR010231,geneDR014650,geneDR013540,geneDR029617,geneDR016666,geneDR005983	phosphatidylinositol-4,5-bisphosphate 5-phosphatase activity	MF
GO:0034485	geneDR000157,geneDR002366,geneDR002148,geneDR012151,geneDR012190,geneDR017211,geneDR008278,geneDR019751,geneDR015736,geneDR026059,geneDR004176,geneDR004210,geneDR004379,geneDR004380,geneDR022909,geneDR022910,geneDR021596,geneDR021549,geneDR010231,geneDR014650,geneDR013540,geneDR029617,geneDR009382,geneDR016666,geneDR029019,geneDR005983	phosphatidylinositol-3,4,5-trisphosphate 5-phosphatase activity	MF
GO:0034593	geneDR000157,geneDR001173,geneDR016908,geneDR002366,geneDR002148,geneDR012151,geneDR012190,geneDR006489,geneDR006428,geneDR018184,geneDR017211,geneDR008278,geneDR019751,geneDR019784,geneDR015736,geneDR026059,geneDR030699,geneDR004176,geneDR004210,geneDR004379,geneDR004380,geneDR022909,geneDR022910,geneDR021596,geneDR021549,geneDR010231,geneDR010048,geneDR014650,geneDR013540,geneDR029617,geneDR009738,geneDR009382,geneDR016666,geneDR016390,geneDR029019,geneDR005983,geneDR005706	phosphatidylinositol bisphosphate phosphatase activity	MF
GO:0034594	geneDR000157,geneDR002366,geneDR002148,geneDR012151,geneDR012190,geneDR017211,geneDR008278,geneDR019751,geneDR015736,geneDR026059,geneDR004176,geneDR004210,geneDR004379,geneDR004380,geneDR022909,geneDR022910,geneDR021596,geneDR021549,geneDR010231,geneDR014650,geneDR013540,geneDR029617,geneDR009382,geneDR016666,geneDR029019,geneDR005983	phosphatidylinositol trisphosphate phosphatase activity	MF
GO:0034595	geneDR000157,geneDR002366,geneDR002148,geneDR012151,geneDR012190,geneDR006489,geneDR018184,geneDR017211,geneDR008278,geneDR019751,geneDR019784,geneDR015736,geneDR026059,geneDR004176,geneDR004210,geneDR004379,geneDR004380,geneDR022909,geneDR022910,geneDR021596,geneDR021549,geneDR010231,geneDR010048,geneDR014650,geneDR013540,geneDR029617,geneDR009738,geneDR009382,geneDR016666,geneDR016390,geneDR029019,geneDR005983,geneDR005706	phosphatidylinositol phosphate 5-phosphatase activity	MF
GO:0052866	geneDR000157,geneDR001173,geneDR016908,geneDR002366,geneDR002148,geneDR012151,geneDR012190,geneDR006489,geneDR006428,geneDR018220,geneDR018184,geneDR017211,geneDR014947,geneDR008278,geneDR019751,geneDR019784,geneDR015736,geneDR026059,geneDR030699,geneDR004176,geneDR004210,geneDR004379,geneDR004380,geneDR022909,geneDR022910,geneDR021596,geneDR021549,geneDR010231,geneDR010048,geneDR010015,geneDR014650,geneDR027466,geneDR013540,geneDR029617,geneDR009758,geneDR009738,geneDR009382,geneDR016666,geneDR016411,geneDR016390,geneDR029019,geneDR005983,geneDR005706	phosphatidylinositol phosphate phosphatase activity	MF
GO:0106019	geneDR000157,geneDR002366,geneDR012151,geneDR012190,geneDR006489,geneDR017211,geneDR008278,geneDR019751,geneDR019784,geneDR015736,geneDR026059,geneDR004210,geneDR004379,geneDR004380,geneDR022909,geneDR022910,geneDR021596,geneDR021549,geneDR010231,geneDR014650,geneDR013540,geneDR029617,geneDR016666,geneDR005983	phosphatidylinositol-4,5-bisphosphate phosphatase activity	MF
GO:0008574	geneDR000166,geneDR003429,geneDR003154,geneDR002340,geneDR030531,geneDR017162,geneDR008944,geneDR008831,geneDR019635,geneDR015696,geneDR015418,geneDR020894,geneDR004346,geneDR024806,geneDR022869,geneDR022918,geneDR014687,geneDR010577,geneDR012868,geneDR009229,geneDR007449,geneDR022246,geneDR022372,geneDR005623	plus-end-directed microtubule motor activity	MF
GO:1990939	geneDR000166,geneDR033835,geneDR008035,geneDR003429,geneDR003154,geneDR002340,geneDR030531,geneDR018195,geneDR017162,geneDR008944,geneDR008831,geneDR019635,geneDR016084,geneDR015696,geneDR015592,geneDR015418,geneDR020894,geneDR004346,geneDR017864,geneDR024806,geneDR022869,geneDR022918,geneDR010036,geneDR014687,geneDR010577,geneDR013136,geneDR012868,geneDR009229,geneDR007449,geneDR022246,geneDR022372,geneDR005623	microtubule motor activity	MF
GO:0030371	geneDR000172,geneDR018434,geneDR017995,geneDR008492,geneDR032509,geneDR026942,geneDR009920,geneDR032248,geneDR032249,geneDR032289,geneDR022648	translation repressor activity	MF
GO:0045182	geneDR000172,geneDR034249,geneDR018434,geneDR017995,geneDR015165,geneDR025476,geneDR008492,geneDR003794,geneDR024309,geneDR027726,geneDR032509,geneDR026942,geneDR009920,geneDR032248,geneDR032249,geneDR032289,geneDR022648	translation regulator activity	MF
GO:0000978	geneDR000182,geneDR033838,geneDR002957,geneDR002056,geneDR020146,geneDR017360,geneDR015251,geneDR025517,geneDR025580,geneDR008492,geneDR027387,geneDR015623,geneDR026021,geneDR018889,geneDR004028,geneDR025257,geneDR017858,geneDR022927,geneDR019264,geneDR010750,geneDR010825,geneDR013698,geneDR032509,geneDR009879,geneDR009258,geneDR030198	RNA polymerase II cis-regulatory region sequence-specific DNA binding	MF
GO:0000987	geneDR000182,geneDR033838,geneDR002957,geneDR002263,geneDR002056,geneDR020146,geneDR017360,geneDR015251,geneDR025517,geneDR025580,geneDR008766,geneDR008492,geneDR027387,geneDR014125,geneDR015623,geneDR026021,geneDR018889,geneDR004028,geneDR004257,geneDR025257,geneDR017858,geneDR022927,geneDR019264,geneDR010750,geneDR010825,geneDR013698,geneDR032509,geneDR009879,geneDR009258,geneDR022443,geneDR030198	cis-regulatory region sequence-specific DNA binding	MF
GO:0002151	geneDR000182,geneDR002408,geneDR004424,geneDR022927,geneDR009258	G-quadruplex RNA binding	MF
GO:0070034	geneDR000182,geneDR028411,geneDR007786,geneDR034686,geneDR003311,geneDR020228,geneDR009039,geneDR015532,geneDR032423,geneDR034531,geneDR017819,geneDR022927,geneDR019388,geneDR019209,geneDR019181,geneDR013314,geneDR009258	telomerase RNA binding	MF
GO:0042392	geneDR000198	sphingosine-1-phosphate phosphatase activity	MF
GO:0004012	geneDR000205,geneDR000207,geneDR000299,geneDR031742,geneDR020111,geneDR018159,geneDR023040,geneDR021688,geneDR031815,geneDR010070,geneDR024592,geneDR033960,geneDR009714,geneDR016365	ATPase-coupled intramembrane lipid transporter activity	MF
GO:0005548	geneDR000205,geneDR000207,geneDR000299,geneDR003419,geneDR031742,geneDR020111,geneDR018286,geneDR018285,geneDR018159,geneDR015149,geneDR015432,geneDR003573,geneDR003574,geneDR003812,geneDR023040,geneDR021688,geneDR031815,geneDR010070,geneDR032351,geneDR024592,geneDR010560,geneDR027707,geneDR033960,geneDR009797,geneDR009714,geneDR016365	phospholipid transporter activity	MF
GO:0047884	geneDR000211,geneDR022944	FAD diphosphatase activity	MF
GO:0031210	geneDR000214,geneDR030852,geneDR031801,geneDR035027,geneDR008423,geneDR008422,geneDR021736,geneDR026740	phosphatidylcholine binding	MF
GO:0048030	geneDR000214	disaccharide binding	MF
GO:0050997	geneDR000214,geneDR030852,geneDR031801,geneDR035027,geneDR008423,geneDR008422,geneDR021736,geneDR026740	quaternary ammonium group binding	MF
GO:0070405	geneDR000214,geneDR030852,geneDR031801,geneDR035027,geneDR015043,geneDR008423,geneDR008422,geneDR021736,geneDR026740	ammonium ion binding	MF
GO:0070492	geneDR000214	oligosaccharide binding	MF
GO:0019139	geneDR000237,geneDR000893,geneDR001188,geneDR001523,geneDR028648,geneDR012526,geneDR006741,geneDR006420,geneDR008868,geneDR022962,geneDR021894,geneDR010866,geneDR022341,geneDR004992	cytokinin dehydrogenase activity	MF
GO:0004133	geneDR000243,geneDR000244,geneDR001622,geneDR002963,geneDR004275,geneDR025243,geneDR022974	glycogen debranching enzyme activity	MF
GO:0004134	geneDR000243,geneDR000244,geneDR002963,geneDR025243,geneDR022974	4-alpha-glucanotransferase activity	MF
GO:0010297	geneDR000243,geneDR000244,geneDR015828,geneDR017704,geneDR024663,geneDR022713,geneDR022974	heteropolysaccharide binding	MF
GO:0017075	geneDR000259,geneDR020418,geneDR022992,geneDR026993	syntaxin-1 binding	MF
GO:0003871	geneDR000263,geneDR022995,geneDR031289,geneDR010817,geneDR009874,geneDR029158	5-methyltetrahydropteroyltriglutamate-homocysteine S-methyltransferase activity	MF
GO:0008172	geneDR000263,geneDR022995,geneDR031289,geneDR010817,geneDR013613,geneDR032193,geneDR009874,geneDR029158	S-methyltransferase activity	MF
GO:0008705	geneDR000263,geneDR022995,geneDR031289,geneDR010817,geneDR009874,geneDR029158	methionine synthase activity	MF
GO:0042084	geneDR000263,geneDR022995,geneDR031289,geneDR010817,geneDR009874,geneDR029158	5-methyltetrahydrofolate-dependent methyltransferase activity	MF
GO:0042085	geneDR000263,geneDR022995,geneDR031289,geneDR010817,geneDR009874,geneDR029158	5-methyltetrahydropteroyltri-L-glutamate-dependent methyltransferase activity	MF
GO:0004602	geneDR000276,geneDR001802,geneDR008078,geneDR025542,geneDR033700,geneDR010794,geneDR013081	glutathione peroxidase activity	MF
GO:0016427	geneDR000278,geneDR014218,geneDR023012,geneDR023013	tRNA (cytosine) methyltransferase activity	MF
GO:0016428	geneDR000278,geneDR014218,geneDR023012,geneDR023013	tRNA (cytosine-5-)-methyltransferase activity	MF
GO:0005471	geneDR000301,geneDR000837,geneDR001601,geneDR012334,geneDR012335,geneDR012336,geneDR012612,geneDR018090,geneDR025583,geneDR008284,geneDR023042,geneDR021402,geneDR010142,geneDR010745,geneDR025624,geneDR016327	ATP:ADP antiporter activity	MF
GO:0005245	geneDR000306	voltage-gated calcium channel activity	MF
GO:0022843	geneDR000306,geneDR000701,geneDR000948,geneDR028367,geneDR008016,geneDR002109,geneDR001956,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006363,geneDR006351,geneDR018050,geneDR031101,geneDR017092,geneDR014934,geneDR020575,geneDR008853,geneDR008276,geneDR004222,geneDR004523,geneDR004590,geneDR019135,geneDR010378,geneDR027456,geneDR027056,geneDR025644,geneDR009626,geneDR016295,geneDR007241,geneDR022352,geneDR005770	voltage-gated cation channel activity	MF
GO:0008915	geneDR000344,geneDR023092	lipid-A-disaccharide synthase activity	MF
GO:0047911	geneDR000348,geneDR019476,geneDR021047,geneDR024731,geneDR010665	galacturan 1,4-alpha-galacturonidase activity	MF
GO:0009029	geneDR000351	tetraacyldisaccharide 4'-kinase activity	MF
GO:0004345	geneDR000353,geneDR003230,geneDR020732,geneDR015620,geneDR010480,geneDR031949,geneDR031950,geneDR005667	glucose-6-phosphate dehydrogenase activity	MF
GO:0004729	geneDR000356,geneDR028016,geneDR022496	oxygen-dependent protoporphyrinogen oxidase activity	MF
GO:0016634	geneDR000356,geneDR025575,geneDR028016,geneDR013988,geneDR024972,geneDR019335,geneDR019334,geneDR010758,geneDR012920,geneDR009141,geneDR016575,geneDR007404,geneDR022496	oxidoreductase activity, acting on the CH-CH group of donors, oxygen as acceptor	MF
GO:0070818	geneDR000356,geneDR028016,geneDR022496	protoporphyrinogen oxidase activity	MF
GO:0015603	geneDR000368,geneDR027992,geneDR023152	iron chelate transmembrane transporter activity	MF
GO:0051980	geneDR000368,geneDR027992,geneDR023152	iron-nicotianamine transmembrane transporter activity	MF
GO:0000062	geneDR000375,geneDR030852,geneDR031781,geneDR017607,geneDR013904,geneDR021158,geneDR023157,geneDR021720,geneDR034218,geneDR035456,geneDR010623,geneDR010624,geneDR005575	fatty-acyl-CoA binding	MF
GO:0032791	geneDR000375,geneDR023157,geneDR010623,geneDR010624	lead ion binding	MF
GO:0070300	geneDR000375,geneDR030390,geneDR018283,geneDR015156,geneDR030702,geneDR030701,geneDR003732,geneDR017846,geneDR024773,geneDR023157,geneDR021621,geneDR009959,geneDR032349,geneDR014649,geneDR014502,geneDR026576,geneDR010623,geneDR010624,geneDR027713,geneDR009332,geneDR029062,geneDR005984	phosphatidic acid binding	MF
GO:1901567	geneDR000375,geneDR030852,geneDR031781,geneDR017607,geneDR013904,geneDR021158,geneDR023157,geneDR021720,geneDR034218,geneDR035456,geneDR010623,geneDR010624,geneDR005575	fatty acid derivative binding	MF
GO:0070878	geneDR000376,geneDR002733,geneDR027984,geneDR004764,geneDR010620	primary miRNA binding	MF
GO:0035014	geneDR000386,geneDR023165	phosphatidylinositol 3-kinase regulator activity	MF
GO:1990714	geneDR000387,geneDR000790,geneDR028360,geneDR002686,geneDR028143,geneDR030055,geneDR029916,geneDR004715,geneDR023167,geneDR011219,geneDR023303	hydroxyproline O-galactosyltransferase activity	MF
GO:0016530	geneDR000394,geneDR015107,geneDR027970,geneDR019812,geneDR026125,geneDR023068,geneDR021614,geneDR010603,geneDR022205	metallochaperone activity	MF
GO:0004326	geneDR000396,geneDR023955,geneDR030769,geneDR023171,geneDR019015,geneDR009917	tetrahydrofolylpolyglutamate synthase activity	MF
GO:0008841	geneDR000396,geneDR023171	dihydrofolate synthase activity	MF
GO:0010427	geneDR000398,geneDR000611,geneDR001212,geneDR028523,geneDR020373,geneDR017429,geneDR029789,geneDR019742,geneDR025981,geneDR026050,geneDR004601,geneDR023175,geneDR022003,geneDR019037,geneDR032680,geneDR009468	abscisic acid binding	MF
GO:0019840	geneDR000398,geneDR000611,geneDR001212,geneDR002853,geneDR028523,geneDR020373,geneDR017429,geneDR014835,geneDR029789,geneDR013875,geneDR019742,geneDR021145,geneDR025981,geneDR026050,geneDR004601,geneDR004872,geneDR023175,geneDR022003,geneDR019037,geneDR010999,geneDR032680,geneDR009468	isoprenoid binding	MF
GO:0043178	geneDR000398,geneDR000611,geneDR001212,geneDR003156,geneDR002185,geneDR002049,geneDR028523,geneDR020373,geneDR017429,geneDR014827,geneDR008442,geneDR029789,geneDR019742,geneDR020935,geneDR025981,geneDR026050,geneDR004014,geneDR004140,geneDR004601,geneDR004864,geneDR023175,geneDR022003,geneDR019387,geneDR019037,geneDR011010,geneDR032680,geneDR009468,geneDR022227,geneDR022529,geneDR005478,geneDR030190	alcohol binding	MF
GO:0036009	geneDR000401,geneDR027955,geneDR027954,geneDR010586	protein-glutamine N-methyltransferase activity	MF
GO:1990259	geneDR000401,geneDR027955,geneDR027954,geneDR010586	histone-glutamine methyltransferase activity	MF
GO:0008490	geneDR000404,geneDR028352,geneDR028350,geneDR027948,geneDR019637,geneDR017757,geneDR017758	arsenite secondary active transmembrane transporter activity	MF
GO:0015105	geneDR000404,geneDR000519,geneDR028352,geneDR028350,geneDR028316,geneDR028244,geneDR017444,geneDR027948,geneDR019637,geneDR015986,geneDR017757,geneDR017758,geneDR016393	arsenite transmembrane transporter activity	MF
GO:0015446	geneDR000404,geneDR028352,geneDR028350,geneDR027948,geneDR019637,geneDR017757,geneDR017758	ATPase-coupled arsenite transmembrane transporter activity	MF
GO:0043225	geneDR000404,geneDR028352,geneDR028350,geneDR027948,geneDR019637,geneDR017757,geneDR017758,geneDR023823,geneDR005485	ATPase-coupled inorganic anion transmembrane transporter activity	MF
GO:0048029	geneDR000407,geneDR031724,geneDR029947,geneDR013927,geneDR021188,geneDR021666,geneDR007162	monosaccharide binding	MF
GO:0048032	geneDR000407	galacturonate binding	MF
GO:0005496	geneDR000409,geneDR002956,geneDR027938,geneDR014061,geneDR025256,geneDR010564,geneDR010565,geneDR009091,geneDR022227,geneDR022529,geneDR005478	steroid binding	MF
GO:0045544	geneDR000423,geneDR020097,geneDR030256,geneDR023188,geneDR019361,geneDR019360,geneDR010542,geneDR016490,geneDR007365	gibberellin 20-oxidase activity	MF
GO:0004860	geneDR000460,geneDR008701,geneDR020908,geneDR024859,geneDR009836,geneDR005038	protein kinase inhibitor activity	MF
GO:0004861	geneDR000460,geneDR020908,geneDR024859,geneDR009836	cyclin-dependent protein serine/threonine kinase inhibitor activity	MF
GO:0016538	geneDR000460,geneDR028336,geneDR017230,geneDR020793,geneDR034950,geneDR015464,geneDR020908,geneDR017740,geneDR024859,geneDR019156,geneDR013555,geneDR027073,geneDR029486,geneDR009836,geneDR007202,geneDR005723	cyclin-dependent protein serine/threonine kinase regulator activity	MF
GO:0019210	geneDR000460,geneDR008701,geneDR020908,geneDR024859,geneDR009836,geneDR005038	kinase inhibitor activity	MF
GO:0030291	geneDR000460,geneDR008701,geneDR020908,geneDR024859,geneDR009836,geneDR005038	protein serine/threonine kinase inhibitor activity	MF
GO:0016210	geneDR000462,geneDR020831,geneDR014112,geneDR019623,geneDR020910,geneDR024862,geneDR019363,geneDR013444	naringenin-chalcone synthase activity	MF
GO:0003955	geneDR000469,geneDR003490,geneDR002553,geneDR015368,geneDR024876,geneDR032382,geneDR022213	NAD(P)H dehydrogenase (quinone) activity	MF
GO:0004568	geneDR000476,geneDR001385,geneDR006641,geneDR006571,geneDR019670,geneDR019673,geneDR025983,geneDR024887,geneDR024886,geneDR021996,geneDR011117,geneDR013597	chitinase activity	MF
GO:0015066	geneDR000476,geneDR016976,geneDR020397,geneDR012069,geneDR019673,geneDR024887,geneDR024886,geneDR021996	alpha-amylase inhibitor activity	MF
GO:0016846	geneDR000485,geneDR000904,geneDR001115,geneDR001508,geneDR028298,geneDR002622,geneDR002565,geneDR012509,geneDR006734,geneDR006503,geneDR008808,geneDR019680,geneDR015521,geneDR026000,geneDR032448,geneDR024899,geneDR024889,geneDR035192,geneDR035193,geneDR035175,geneDR035176,geneDR033567,geneDR031229,geneDR013145,geneDR013214,geneDR023397,geneDR023375,geneDR012843,geneDR007468	carbon-sulfur lyase activity	MF
GO:0050017	geneDR000485,geneDR024899	L-3-cyanoalanine synthase activity	MF
GO:0017091	geneDR000494,geneDR000609,geneDR003304,geneDR002281,geneDR028595,geneDR028118,geneDR028030,geneDR004269,geneDR019217,geneDR023634,geneDR023665,geneDR025065,geneDR025659,geneDR007225,geneDR022520,geneDR005487,geneDR005311,geneDR005208	mRNA 3'-UTR AU-rich region binding	MF
GO:0004615	geneDR000500,geneDR021539	phosphomannomutase activity	MF
GO:0016868	geneDR000500,geneDR016797,geneDR027917,geneDR033184,geneDR034890,geneDR021539,geneDR010544	intramolecular transferase activity, phosphotransferases	MF
GO:0000064	geneDR000522,geneDR019743,geneDR026052,geneDR009671,geneDR009294,geneDR016476	L-ornithine transmembrane transporter activity	MF
GO:0030946	geneDR000527,geneDR024940	protein tyrosine phosphatase activity, metal-dependent	MF
GO:0016160	geneDR000541,geneDR008123,geneDR002447,geneDR030591,geneDR031682,geneDR034397,geneDR034396,geneDR026189,geneDR004354,geneDR004470,geneDR024953,geneDR024903,geneDR021637,geneDR013460	amylase activity	MF
GO:0016161	geneDR000541,geneDR008123,geneDR030591,geneDR034397,geneDR034396,geneDR026189,geneDR024953,geneDR024903,geneDR013460	beta-amylase activity	MF
GO:0050664	geneDR000544,geneDR001812,geneDR019729,geneDR019765,geneDR033706,geneDR024306,geneDR031933,geneDR007049	oxidoreductase activity, acting on NAD(P)H, oxygen as acceptor	MF
GO:0008970	geneDR000553,geneDR007929,geneDR007664,geneDR019970,geneDR029820,geneDR028886,geneDR019775,geneDR026087,geneDR019462,geneDR019461,geneDR034828,geneDR010411,geneDR032708,geneDR009589,geneDR005737	phospholipase A1 activity	MF
GO:0047714	geneDR000553,geneDR007929,geneDR007664,geneDR029820,geneDR019775,geneDR026087,geneDR032708	galactolipase activity	MF
GO:0004300	geneDR000554,geneDR000930,geneDR007879,geneDR007878,geneDR006708,geneDR013846,geneDR026505,geneDR024969	enoyl-CoA hydratase activity	MF
GO:0047254	geneDR000580,geneDR030886,geneDR003474,geneDR031160,geneDR029517	2,4-dihydroxy-7-methoxy-2H-1,4-benzoxazin-3(4H)-one 2-D-glucosyltransferase activity	MF
GO:0004815	geneDR000593,geneDR028142	aspartate-tRNA ligase activity	MF
GO:0035925	geneDR000609,geneDR002281,geneDR028118,geneDR004269,geneDR022520,geneDR005487	mRNA 3'-UTR AU-rich region binding	MF
GO:0004064	geneDR000626	arylesterase activity	MF
GO:0008093	geneDR000630,geneDR028094,geneDR028093,geneDR006447,geneDR018374,geneDR031288,geneDR010818	cytoskeletal anchor activity	MF
GO:0030507	geneDR000630,geneDR028094,geneDR028093,geneDR006447,geneDR018374,geneDR031288,geneDR010485,geneDR010818,geneDR025770	spectrin binding	MF
GO:0051117	geneDR000630,geneDR033819,geneDR003420,geneDR012296,geneDR028094,geneDR028093,geneDR006447,geneDR018374,geneDR031122,geneDR015313,geneDR015127,geneDR015670,geneDR003554,geneDR003854,geneDR017884,geneDR031288,geneDR010479,geneDR010818,geneDR027674,geneDR033599,geneDR013332,geneDR025770,geneDR009527,geneDR005668	ATPase binding	MF
GO:0016629	geneDR000631,geneDR001548,geneDR006451,geneDR006449,geneDR005736	12-oxophytodienoate reductase activity	MF
GO:0004379	geneDR000637,geneDR000888,geneDR001531,geneDR001532,geneDR028090,geneDR028089,geneDR006747,geneDR006470,geneDR006469,geneDR006468,geneDR006467	glycylpeptide N-tetradecanoyltransferase activity	MF
GO:0019107	geneDR000637,geneDR000888,geneDR001531,geneDR001532,geneDR028090,geneDR028089,geneDR006747,geneDR006470,geneDR006469,geneDR006468,geneDR006467	myristoyltransferase activity	MF
GO:0004144	geneDR000639,geneDR002187,geneDR019998,geneDR028083,geneDR006471,geneDR018198,geneDR029979,geneDR029978,geneDR003624,geneDR003625,geneDR010612,geneDR023378,geneDR023319,geneDR026971,geneDR005048	diacylglycerol O-acyltransferase activity	MF
GO:0016411	geneDR000639,geneDR002187,geneDR019998,geneDR028083,geneDR006471,geneDR018198,geneDR029979,geneDR029978,geneDR003624,geneDR003625,geneDR010612,geneDR032596,geneDR023378,geneDR023319,geneDR026971,geneDR009658,geneDR009657,geneDR016326,geneDR005048	acylglycerol O-acyltransferase activity	MF
GO:0004814	geneDR000662,geneDR031900	arginine-tRNA ligase activity	MF
GO:0004340	geneDR000665,geneDR001123,geneDR003305,geneDR031904,geneDR030971,geneDR015540,geneDR024244	glucokinase activity	MF
GO:0004396	geneDR000665,geneDR001123,geneDR007692,geneDR003305,geneDR020043,geneDR031904,geneDR030971,geneDR008137,geneDR015540,geneDR024244,geneDR010366,geneDR023522,geneDR005783	hexokinase activity	MF
GO:0008865	geneDR000665,geneDR001123,geneDR007692,geneDR003305,geneDR031904,geneDR030971,geneDR008137,geneDR015540,geneDR024244,geneDR010366,geneDR023522,geneDR005783	fructokinase activity	MF
GO:0019158	geneDR000665,geneDR001123,geneDR003305,geneDR020043,geneDR031904,geneDR030971,geneDR015540,geneDR024244	mannokinase activity	MF
GO:0035257	geneDR000668,geneDR002537,geneDR028809,geneDR033333,geneDR025589,geneDR025590,geneDR008965,geneDR030062,geneDR027344,geneDR027346,geneDR013877,geneDR019576,geneDR019725,geneDR015766,geneDR015765,geneDR021146,geneDR020946,geneDR004569,geneDR021743,geneDR010732,geneDR029470,geneDR022223	nuclear receptor binding	MF
GO:0042809	geneDR000668,geneDR033333,geneDR019576,geneDR020946	nuclear vitamin D receptor binding	MF
GO:0042974	geneDR000668,geneDR033333	nuclear retinoic acid receptor binding	MF
GO:0046332	geneDR000668,geneDR033333,geneDR018748,geneDR007084	SMAD binding	MF
GO:0051427	geneDR000668,geneDR002537,geneDR028809,geneDR033333,geneDR025589,geneDR025590,geneDR008965,geneDR030062,geneDR027344,geneDR027346,geneDR013877,geneDR019576,geneDR019725,geneDR015766,geneDR015765,geneDR021146,geneDR020946,geneDR004569,geneDR021743,geneDR010732,geneDR029470,geneDR022223	hormone receptor binding	MF
GO:0005354	geneDR000676,geneDR031726,geneDR033340,geneDR006704,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR027712,geneDR027162	galactose transmembrane transporter activity	MF
GO:0005365	geneDR000676,geneDR002916,geneDR033340,geneDR006704,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR004950,geneDR027712,geneDR027162	myo-inositol transmembrane transporter activity	MF
GO:0015146	geneDR000676,geneDR033340,geneDR006704,geneDR006570,geneDR006569,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR027712,geneDR027162	pentose transmembrane transporter activity	MF
GO:0015148	geneDR000676,geneDR033340,geneDR006704,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR027712,geneDR027162	D-xylose transmembrane transporter activity	MF
GO:0015166	geneDR000676,geneDR002916,geneDR033340,geneDR006704,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR020755,geneDR004950,geneDR027712,geneDR027162,geneDR034458,geneDR007285	polyol transmembrane transporter activity	MF
GO:0015168	geneDR000676,geneDR033340,geneDR006704,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR027712,geneDR027162,geneDR034458,geneDR007285	glycerol transmembrane transporter activity	MF
GO:0015575	geneDR000676,geneDR033340,geneDR006704,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR027712,geneDR027162	mannitol transmembrane transporter activity	MF
GO:0015576	geneDR000676,geneDR033340,geneDR006704,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR027712,geneDR027162	sorbitol transmembrane transporter activity	MF
GO:0015591	geneDR000676,geneDR033340,geneDR006704,geneDR006513,geneDR015155,geneDR020547,geneDR020546,geneDR027712,geneDR027162	D-ribose transmembrane transporter activity	MF
GO:0090471	geneDR000680	9,15,9'-tri-cis-zeta-carotene isomerase activity	MF
GO:0004030	geneDR000681,geneDR033344,geneDR006515	aldehyde dehydrogenase [NAD(P)+] activity	MF
GO:0050269	geneDR000681,geneDR033344,geneDR006515	coniferyl-aldehyde dehydrogenase activity	MF
GO:0005086	geneDR000682,geneDR000858,geneDR001574,geneDR030858,geneDR003179,geneDR034238,geneDR030328,geneDR006775,geneDR019578,geneDR019579,geneDR015671,geneDR003781,geneDR033356,geneDR033357,geneDR033359,geneDR024870,geneDR014649,geneDR014502,geneDR026576,geneDR005984	guanyl-nucleotide exchange factor activity	MF
GO:0042287	geneDR000687,geneDR006529,geneDR027331,geneDR018918,geneDR009609,geneDR016277	MHC protein binding	MF
GO:0042289	geneDR000687,geneDR006529,geneDR009609,geneDR016277	MHC class II protein binding	MF
GO:0000035	geneDR000692,geneDR003058,geneDR030679,geneDR006662,geneDR006661,geneDR033745,geneDR017307,geneDR034772,geneDR033991,geneDR026834,geneDR018706,geneDR024319	acyl binding	MF
GO:0005217	geneDR000701,geneDR028516,geneDR028515,geneDR030666	intracellular ligand-gated ion channel activity	MF
GO:0005221	geneDR000701,geneDR028516,geneDR028515,geneDR030666	intracellular cyclic nucleotide activated cation channel activity	MF
GO:0005223	geneDR000701,geneDR028516,geneDR028515,geneDR030666	intracellular cGMP-activated cation channel activity	MF
GO:0005249	geneDR000701,geneDR000948,geneDR028367,geneDR008016,geneDR002109,geneDR001956,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006363,geneDR006351,geneDR018050,geneDR031101,geneDR017092,geneDR014934,geneDR020575,geneDR008276,geneDR004222,geneDR004523,geneDR004590,geneDR019135,geneDR010378,geneDR027456,geneDR027056,geneDR025644,geneDR009626,geneDR016295,geneDR007241,geneDR005770	voltage-gated potassium channel activity	MF
GO:0005267	geneDR000701,geneDR000948,geneDR028367,geneDR008016,geneDR002109,geneDR001956,geneDR028516,geneDR028515,geneDR020275,geneDR020276,geneDR012670,geneDR028154,geneDR028138,geneDR031917,geneDR030666,geneDR006688,geneDR006363,geneDR006351,geneDR018050,geneDR031101,geneDR017458,geneDR017092,geneDR014934,geneDR020575,geneDR008276,geneDR004222,geneDR004523,geneDR004590,geneDR017775,geneDR019135,geneDR010378,geneDR027456,geneDR013801,geneDR027056,geneDR025644,geneDR009626,geneDR016295,geneDR007241,geneDR005770	potassium channel activity	MF
GO:0015276	geneDR000701,geneDR000948,geneDR028367,geneDR008016,geneDR028516,geneDR028515,geneDR030666,geneDR006688,geneDR033141,geneDR004523,geneDR010694	ligand-gated ion channel activity	MF
GO:0022834	geneDR000701,geneDR000948,geneDR028367,geneDR008016,geneDR028516,geneDR028515,geneDR030666,geneDR006688,geneDR033141,geneDR004523,geneDR010694	ligand-gated channel activity	MF
GO:0043855	geneDR000701,geneDR028516,geneDR028515,geneDR030666	cyclic nucleotide-gated ion channel activity	MF
GO:0099094	geneDR000701,geneDR000948,geneDR028367,geneDR008016,geneDR028516,geneDR028515,geneDR030666,geneDR006688,geneDR004523	ligand-gated cation channel activity	MF
GO:0050577	geneDR000724	GDP-L-fucose synthase activity	MF
GO:0043136	geneDR000737,geneDR001728	glycerol-3-phosphatase activity	MF
GO:0004181	geneDR000766,geneDR028069,geneDR025441,geneDR004101	metallocarboxypeptidase activity	MF
GO:0010485	geneDR000778,geneDR001132,geneDR002262,geneDR006888,geneDR006485,geneDR014943,geneDR014942,geneDR027886,geneDR025626,geneDR022444	H4 histone acetyltransferase activity	MF
GO:0052858	geneDR000778,geneDR006888	peptidyl-lysine acetyltransferase activity	MF
GO:0016165	geneDR000785,geneDR008051,geneDR017609,geneDR016075,geneDR016074,geneDR016072,geneDR033733,geneDR013108,geneDR013109,geneDR013110,geneDR013111,geneDR013265,geneDR027018,geneDR009342,geneDR009341,geneDR009340,geneDR009339,geneDR029054	linoleate 13S-lipoxygenase activity	MF
GO:0008066	geneDR000794,geneDR000795,geneDR002459,geneDR034276,geneDR030345,geneDR018213,geneDR033141,geneDR028897,geneDR028896,geneDR018835,geneDR003771,geneDR004479,geneDR010694,geneDR009754	glutamate receptor activity	MF
GO:0044325	geneDR000809,geneDR020275,geneDR006842,geneDR010485,geneDR027528,geneDR025770	transmembrane transporter binding	MF
GO:0004150	geneDR000832	dihydroneopterin aldolase activity	MF
GO:0080122	geneDR000839,geneDR028778,geneDR006800,geneDR018161,geneDR021811,geneDR010069	AMP transmembrane transporter activity	MF
GO:0047012	geneDR000853,geneDR001579,geneDR012587,geneDR006779	sterol-4-alpha-carboxylate 3-dehydrogenase (decarboxylating) activity	MF
GO:0034237	geneDR000858,geneDR001574,geneDR034238,geneDR030328,geneDR006775,geneDR003781,geneDR033356,geneDR033357,geneDR033359,geneDR024870	protein kinase A regulatory subunit binding	MF
GO:0051018	geneDR000858,geneDR001574,geneDR034238,geneDR030328,geneDR006775,geneDR018136,geneDR003781,geneDR033356,geneDR033357,geneDR033359,geneDR024870,geneDR010096	protein kinase A binding	MF
GO:0019788	geneDR000870,geneDR030539,geneDR006766,geneDR033613	NEDD8 transferase activity	MF
GO:0097602	geneDR000870,geneDR006766	cullin family protein binding	MF
GO:0008131	geneDR000893,geneDR001523,geneDR012526,geneDR006741,geneDR004992	primary amine oxidase activity	MF
GO:0016647	geneDR000895,geneDR001520,geneDR001740,geneDR028198,geneDR006740,geneDR006142,geneDR021909,geneDR010309,geneDR029012,geneDR007517	oxidoreductase activity, acting on the CH-NH group of donors, oxygen as acceptor	MF
GO:1990534	geneDR000895,geneDR001520,geneDR006740	thermospermine oxidase activity	MF
GO:0009001	geneDR000902,geneDR002500,geneDR006193	serine O-acetyltransferase activity	MF
GO:0016412	geneDR000902,geneDR002500,geneDR006193	serine O-acyltransferase activity	MF
GO:0016847	geneDR000904,geneDR001508,geneDR012509,geneDR006734,geneDR008808,geneDR019680,geneDR026000,geneDR024889,geneDR023397,geneDR012843,geneDR007468	1-aminocyclopropane-1-carboxylate synthase activity	MF
GO:0034038	geneDR000908,geneDR006731	deoxyhypusine synthase activity	MF
GO:0016435	geneDR000916,geneDR030551,geneDR031662,geneDR026079,geneDR003576	rRNA (guanine) methyltransferase activity	MF
GO:0070039	geneDR000916,geneDR026079	rRNA (guanosine-2'-O-)-methyltransferase activity	MF
GO:0016707	geneDR000918,geneDR012357,geneDR012359,geneDR028150,geneDR028149,geneDR018093,geneDR020748,geneDR020777,geneDR020778,geneDR018773,geneDR018774,geneDR010139,geneDR009944,geneDR032364,geneDR032646,geneDR009281,geneDR009280,geneDR016486,geneDR016485,geneDR016330	gibberellin 3-beta-dioxygenase activity	MF
GO:0003857	geneDR000930,geneDR006708,geneDR024723	3-hydroxyacyl-CoA dehydrogenase activity	MF
GO:0000036	geneDR000941,geneDR001099,geneDR001446,geneDR003058,geneDR012456,geneDR033350,geneDR006696,geneDR006523,geneDR033745,geneDR018098,geneDR017307,geneDR034772,geneDR033991,geneDR026834,geneDR018706,geneDR024319,geneDR009665	acyl carrier activity	MF
GO:0016297	geneDR000941,geneDR001099,geneDR001446,geneDR012456,geneDR033350,geneDR006696,geneDR006523,geneDR018098,geneDR025683,geneDR009665,geneDR007200	acyl-[acyl-carrier-protein] hydrolase activity	MF
GO:0044620	geneDR000941,geneDR001099,geneDR001446,geneDR003058,geneDR012456,geneDR033350,geneDR006696,geneDR006523,geneDR033745,geneDR018098,geneDR017307,geneDR034772,geneDR033991,geneDR026834,geneDR018706,geneDR024319,geneDR009665	ACP phosphopantetheine attachment site binding	MF
GO:0051192	geneDR000941,geneDR001099,geneDR001446,geneDR003058,geneDR012456,geneDR033350,geneDR006696,geneDR006523,geneDR033745,geneDR018098,geneDR017307,geneDR034772,geneDR033991,geneDR026834,geneDR018706,geneDR024319,geneDR009665	prosthetic group binding	MF
GO:0050833	geneDR000943,geneDR006695,geneDR017573,geneDR017065,geneDR004144,geneDR013159,geneDR013379	pyruvate transmembrane transporter activity	MF
GO:0005242	geneDR000948,geneDR028367,geneDR008016,geneDR006688,geneDR004523	inward rectifier potassium channel activity	MF
GO:0004819	geneDR000954,geneDR012465,geneDR006682	glutamine-tRNA ligase activity	MF
GO:0001664	geneDR000980,geneDR001184,geneDR001395,geneDR030527,geneDR012401,geneDR006649,geneDR014951,geneDR027893,geneDR018645,geneDR003597,geneDR032317,geneDR031348,geneDR024376,geneDR027470,geneDR033664,geneDR009826,geneDR016598,geneDR005072	G protein-coupled receptor binding	MF
GO:0005109	geneDR000980,geneDR001395,geneDR012401,geneDR006649,geneDR033664	frizzled binding	MF
GO:0016805	geneDR000991,geneDR001372,geneDR006631,geneDR006261	dipeptidase activity	MF
GO:0016857	geneDR001001,geneDR001360,geneDR001833,geneDR028283,geneDR008097,geneDR008087,geneDR002130,geneDR006246,geneDR017496,geneDR025552,geneDR009016,geneDR008717,geneDR016029,geneDR015946,geneDR026201,geneDR017942,geneDR024801,geneDR023647,geneDR025081,geneDR013247,geneDR013331,geneDR007264,geneDR005106,geneDR005063	racemase and epimerase activity, acting on carbohydrates and derivatives	MF
GO:0050378	geneDR001001,geneDR001360,geneDR006246	UDP-glucuronate 4-epimerase activity	MF
GO:0035064	geneDR001026,geneDR001330,geneDR028325,geneDR008026,geneDR017002,geneDR003506,geneDR003505,geneDR003503,geneDR031743,geneDR020384,geneDR012054,geneDR006600,geneDR006218,geneDR017624,geneDR017577,geneDR017203,geneDR015312,geneDR033125,geneDR008141,geneDR015356,geneDR026323,geneDR004807,geneDR025161,geneDR033361,geneDR033366,geneDR017726,geneDR023000,geneDR021689,geneDR019028,geneDR024155,geneDR024628,geneDR033601,geneDR013084,geneDR013151,geneDR013532,geneDR009860,geneDR029147	methylated histone binding	MF
GO:0140034	geneDR001026,geneDR001330,geneDR028325,geneDR008026,geneDR017002,geneDR003506,geneDR003505,geneDR003503,geneDR031743,geneDR020384,geneDR012054,geneDR006600,geneDR006218,geneDR017624,geneDR017577,geneDR017203,geneDR015312,geneDR033125,geneDR008141,geneDR015356,geneDR026323,geneDR004807,geneDR025161,geneDR033361,geneDR033366,geneDR017726,geneDR023000,geneDR021689,geneDR019028,geneDR024155,geneDR024628,geneDR033601,geneDR013084,geneDR013151,geneDR013532,geneDR009860,geneDR029147	methylation-dependent protein binding	MF
GO:0004418	geneDR001031,geneDR006588	hydroxymethylbilane synthase activity	MF
GO:0008327	geneDR001047,geneDR001077,geneDR001079,geneDR001309,geneDR020158,geneDR006545,geneDR027937,geneDR020443,geneDR024960,geneDR022046,geneDR024089,geneDR010563,geneDR027272,geneDR027174,geneDR025776,geneDR009549,geneDR016229,geneDR034077,geneDR007094	methyl-CpG binding	MF
GO:1990381	geneDR001055,geneDR006566,geneDR015282,geneDR030285,geneDR033647	ubiquitin-specific protease binding	MF
GO:0004566	geneDR001059,geneDR001279,geneDR001777,geneDR028165,geneDR006564,geneDR006330,geneDR025333	beta-glucuronidase activity	MF
GO:0051721	geneDR001069,geneDR020096,geneDR004101,geneDR017846,geneDR005720	protein phosphatase 2A binding	MF
GO:0005247	geneDR001071,geneDR002200,geneDR006553,geneDR033909,geneDR026015,geneDR003749,geneDR004121,geneDR007340	voltage-gated chloride channel activity	MF
GO:0005254	geneDR001071,geneDR002200,geneDR006553,geneDR033909,geneDR026015,geneDR003749,geneDR004121,geneDR007340	chloride channel activity	MF
GO:0015108	geneDR001071,geneDR002200,geneDR006553,geneDR020566,geneDR033909,geneDR026015,geneDR003749,geneDR004121,geneDR013261,geneDR027041,geneDR027040,geneDR007340	chloride transmembrane transporter activity	MF
GO:0080054	geneDR001111,geneDR012211,geneDR006509,geneDR018117,geneDR010116	low-affinity nitrate transmembrane transporter activity	MF
GO:0004462	geneDR001115,geneDR006503,geneDR013145	lactoylglutathione lyase activity	MF
GO:0009927	geneDR001121,geneDR007853,geneDR006496,geneDR018250,geneDR017620,geneDR017260,geneDR026247,geneDR004874,geneDR010104,geneDR009991,geneDR009990,geneDR009989,geneDR032414,geneDR032415,geneDR010998,geneDR013590	histidine phosphotransfer kinase activity	MF
GO:0043424	geneDR001121,geneDR001686,geneDR003223,geneDR002930,geneDR031684,geneDR028455,geneDR019862,geneDR020143,geneDR012698,geneDR012699,geneDR012700,geneDR006496,geneDR018538,geneDR018073,geneDR017620,geneDR017260,geneDR020731,geneDR008502,geneDR019500,geneDR019502,geneDR019504,geneDR019807,geneDR015628,geneDR021023,geneDR026120,geneDR004874,geneDR017943,geneDR034852,geneDR033740,geneDR010104,geneDR024379,geneDR023732,geneDR010998,geneDR013590,geneDR023593,geneDR009642,geneDR009170,geneDR016601,geneDR016596	protein histidine kinase binding	MF
GO:0045435	geneDR001143,geneDR006466	lycopene epsilon cyclase activity	MF
GO:0009378	geneDR001162,geneDR003212,geneDR034286,geneDR030356,geneDR006444,geneDR015046,geneDR013922,geneDR016077,geneDR021178,geneDR017727,geneDR017728,geneDR017729	four-way junction helicase activity	MF
GO:0036310	geneDR001162,geneDR006444,geneDR029930,geneDR025864,geneDR007019	ATP-dependent DNA/DNA annealing activity	MF
GO:0043138	geneDR001162,geneDR003212,geneDR034286,geneDR030356,geneDR006444,geneDR031048,geneDR015046,geneDR013922,geneDR016077,geneDR021178,geneDR004756,geneDR017727,geneDR017728,geneDR017729,geneDR024173,geneDR010511,geneDR027110,geneDR027104,geneDR027103,geneDR025684,geneDR007199	3'-5' DNA helicase activity	MF
GO:0043140	geneDR001162,geneDR003212,geneDR034286,geneDR030356,geneDR006444,geneDR031048,geneDR015046,geneDR013922,geneDR016077,geneDR021178,geneDR004756,geneDR017727,geneDR017728,geneDR017729,geneDR024173,geneDR027110,geneDR027104,geneDR027103	3'-5' DNA helicase activity	MF
GO:0097617	geneDR001162,geneDR006444,geneDR029930,geneDR025864,geneDR007019	annealing activity	MF
GO:0016157	geneDR001172,geneDR001567,geneDR012575,geneDR028101,geneDR006431,geneDR023752,geneDR005379	sucrose synthase activity	MF
GO:0004438	geneDR001173,geneDR016908,geneDR006428,geneDR030699	phosphatidylinositol-3-phosphatase activity	MF
GO:0034596	geneDR001173,geneDR006428,geneDR018220,geneDR014947,geneDR010015,geneDR027466,geneDR009758,geneDR016411	phosphatidylinositol phosphate 4-phosphatase activity	MF
GO:0043812	geneDR001173,geneDR006428,geneDR018220,geneDR014947,geneDR010015,geneDR027466,geneDR009758,geneDR016411	phosphatidylinositol-4-phosphate phosphatase activity	MF
GO:0052744	geneDR001173,geneDR016908,geneDR006428,geneDR018220,geneDR014947,geneDR030699,geneDR010015,geneDR027466,geneDR009758,geneDR016411	phosphatidylinositol monophosphate phosphatase activity	MF
GO:0005095	geneDR001184,geneDR027893,geneDR032317,geneDR031348,geneDR009826	GTPase inhibitor activity	MF
GO:0016247	geneDR001184,geneDR027893,geneDR032317,geneDR031348,geneDR009826	channel regulator activity	MF
GO:0010487	geneDR001191,geneDR001543,geneDR006418	thermospermine synthase activity	MF
GO:0016768	geneDR001191,geneDR001543,geneDR006418	spermine synthase activity	MF
GO:0010013	geneDR001196,geneDR006414,geneDR018312,geneDR032384	N-1-naphthylphthalamic acid binding	MF
GO:0015098	geneDR001243,geneDR012333	molybdate ion transmembrane transporter activity	MF
GO:0047434	geneDR001250,geneDR001670,geneDR001671,geneDR001792,geneDR012685,geneDR028151	indolepyruvate decarboxylase activity	MF
GO:0016759	geneDR001260,geneDR001370,geneDR033839,geneDR028235,geneDR002948,geneDR028627,geneDR006625,geneDR006344,geneDR006256,geneDR033132,geneDR008288,geneDR030011,geneDR034769,geneDR033987,geneDR020814,geneDR030164,geneDR019572,geneDR015893,geneDR020955,geneDR026299,geneDR004499,geneDR025265,geneDR023084,geneDR023085,geneDR021914,geneDR031194,geneDR024455,geneDR024508,geneDR010687,geneDR029608,geneDR023420,geneDR016556,geneDR022270,geneDR005830	cellulose synthase activity	MF
GO:0003999	geneDR001273,geneDR001781,geneDR028162,geneDR006335,geneDR008821,geneDR004331,geneDR022384	adenine phosphoribosyltransferase activity	MF
GO:0003868	geneDR001296,geneDR026887	4-hydroxyphenylpyruvate dioxygenase activity	MF
GO:0003864	geneDR001297,geneDR006317	3-methyl-2-oxobutanoate hydroxymethyltransferase activity	MF
GO:0005459	geneDR001304,geneDR017006,geneDR014060,geneDR030810,geneDR026331,geneDR024636,geneDR005946	UDP-galactose transmembrane transporter activity	MF
GO:0005460	geneDR001304,geneDR017006,geneDR006278,geneDR030810,geneDR024636,geneDR009323,geneDR029074,geneDR005946	UDP-glucose transmembrane transporter activity	MF
GO:0016504	geneDR001307,geneDR034249,geneDR006197,geneDR015165,geneDR003794,geneDR024309,geneDR024580,geneDR027726,geneDR005512	peptidase activator activity	MF
GO:0061133	geneDR001307,geneDR006197,geneDR024580	endopeptidase activator activity	MF
GO:0016762	geneDR001340,geneDR007975,geneDR019911,geneDR033154,geneDR023070,geneDR024303,geneDR010707,geneDR031932,geneDR007197	xyloglucan:xyloglucosyl transferase activity	MF
GO:0004015	geneDR001343,geneDR001344,geneDR006229	adenosylmethionine-8-amino-7-oxononanoate transaminase activity	MF
GO:0004141	geneDR001343,geneDR001344,geneDR006229	dethiobiotin synthase activity	MF
GO:0016882	geneDR001343,geneDR001344,geneDR006229,geneDR025910,geneDR006975	cyclo-ligase activity	MF
GO:0008061	geneDR001385,geneDR002474,geneDR006641,geneDR006571,geneDR006173,geneDR019670,geneDR025983,geneDR018681,geneDR022097,geneDR010202,geneDR032395,geneDR011117,geneDR009530,geneDR009529,geneDR016209	chitin binding	MF
GO:0008843	geneDR001385,geneDR006641,geneDR006571	endochitinase activity	MF
GO:0034256	geneDR001465,geneDR012442,geneDR033959	chlorophyll(ide) b reductase activity	MF
GO:0008802	geneDR001485,geneDR025914	betaine-aldehyde dehydrogenase activity	MF
GO:0016756	geneDR001500,geneDR001501,geneDR012410,geneDR019637	glutathione gamma-glutamylcysteinyltransferase activity	MF
GO:0050113	geneDR001502,geneDR012409	inositol oxygenase activity	MF
GO:0008780	geneDR001511,geneDR012514	acyl-[acyl-carrier-protein]-UDP-N-acetylglucosamine O-acyltransferase activity	MF
GO:0004126	geneDR001517,geneDR006737	cytidine deaminase activity	MF
GO:0016814	geneDR001517,geneDR028325,geneDR002903,geneDR001914,geneDR030353,geneDR006737,geneDR033794,geneDR018533,geneDR017349,geneDR017195,geneDR014815,geneDR020497,geneDR020495,geneDR003878,geneDR017726,geneDR024916,geneDR024273,geneDR011022,geneDR011096,geneDR027750,geneDR013527,geneDR013680,geneDR032514,geneDR025682,geneDR007203	hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in cyclic amidines	MF
GO:0019239	geneDR001517,geneDR006737,geneDR018533,geneDR017349,geneDR017195,geneDR024916,geneDR013527,geneDR013680,geneDR032514	deaminase activity	MF
GO:0047844	geneDR001517,geneDR006737	deoxycytidine deaminase activity	MF
GO:0005381	geneDR001608,geneDR002309,geneDR030411,geneDR028480,geneDR028479,geneDR006805,geneDR031184,geneDR035101,geneDR020506,geneDR008800,geneDR008193,geneDR033199,geneDR004305,geneDR022057,geneDR014504,geneDR023587,geneDR023586,geneDR034453,geneDR035622,geneDR022407	iron ion transmembrane transporter activity	MF
GO:0051864	geneDR001620,geneDR012629,geneDR033803,geneDR024264	histone H3-methyl-lysine-36 demethylase activity	MF
GO:0004623	geneDR001621,geneDR012630,geneDR006821,geneDR008701,geneDR027353,geneDR027354,geneDR018908,geneDR026279,geneDR017870,geneDR022552,geneDR005444,geneDR005038	phospholipase A2 activity	MF
GO:0019156	geneDR001622,geneDR004275	isoamylase activity	MF
GO:0000250	geneDR001630,geneDR012637	lanosterol synthase activity	MF
GO:0031559	geneDR001630,geneDR001632,geneDR012637,geneDR006834,geneDR006833,geneDR006832,geneDR006152,geneDR006147,geneDR010315,geneDR010313,geneDR009606,geneDR016273,geneDR016270,geneDR016269	oxidosqualene cyclase activity	MF
GO:0042299	geneDR001632,geneDR006834,geneDR006833,geneDR006152,geneDR006147,geneDR010315,geneDR010313,geneDR016270	lupeol synthase activity	MF
GO:0009044	geneDR001640,geneDR001901,geneDR001899,geneDR012648,geneDR006837,geneDR018511,geneDR020801,geneDR003865,geneDR024409,geneDR024405,geneDR024404,geneDR025120,geneDR025121,geneDR025122,geneDR010836,geneDR010837,geneDR027662,geneDR012885,geneDR009892,geneDR029172	xylan 1,4-beta-xylosidase activity	MF
GO:0097599	geneDR001640,geneDR001901,geneDR001899,geneDR012648,geneDR006837,geneDR018511,geneDR020801,geneDR026445,geneDR026447,geneDR003865,geneDR024409,geneDR024405,geneDR024404,geneDR025120,geneDR025121,geneDR025122,geneDR010836,geneDR010837,geneDR027662,geneDR033671,geneDR033670,geneDR012885,geneDR009892,geneDR029172	xylanase activity	MF
GO:0009702	geneDR001645,geneDR012655	L-arabinokinase activity	MF
GO:0080072	geneDR001697,geneDR001698,geneDR001699,geneDR012709,geneDR034374,geneDR034376,geneDR028203	spermidine:sinapoyl CoA N-acyltransferase activity	MF
GO:0080073	geneDR001697,geneDR001698,geneDR001699,geneDR012709,geneDR034374,geneDR034376,geneDR028203	spermidine:coumaroyl CoA N-acyltransferase activity	MF
GO:0080074	geneDR001697,geneDR001698,geneDR001699,geneDR012709,geneDR034374,geneDR034376,geneDR028203	spermidine:caffeoyl CoA N-acyltransferase activity	MF
GO:0080075	geneDR001697,geneDR001698,geneDR001699,geneDR012709,geneDR034374,geneDR034376,geneDR028203	spermidine:feruloyl CoA N-acyltransferase activity	MF
GO:0004470	geneDR001700,geneDR012420,geneDR006267,geneDR029763,geneDR034921,geneDR026831,geneDR026832,geneDR018710,geneDR031825,geneDR010105,geneDR032653,geneDR009309,geneDR029103	malic enzyme activity	MF
GO:0004473	geneDR001700,geneDR012420,geneDR006267,geneDR031825,geneDR010105,geneDR009309,geneDR029103	malate dehydrogenase (decarboxylating) (NADP+) activity	MF
GO:0016615	geneDR001700,geneDR016913,geneDR002706,geneDR012420,geneDR006267,geneDR017167,geneDR025338,geneDR029763,geneDR034921,geneDR026831,geneDR026832,geneDR030707,geneDR018710,geneDR004622,geneDR031825,geneDR010105,geneDR011202,geneDR013495,geneDR013497,geneDR032653,geneDR025882,geneDR009309,geneDR029103	malate dehydrogenase activity	MF
GO:0033549	geneDR001703,geneDR016942,geneDR003199,geneDR003099,geneDR028437,geneDR019877,geneDR012085,geneDR034380,geneDR015654,geneDR030739,geneDR018995,geneDR009523,geneDR016201	MAP kinase phosphatase activity	MF
GO:0033550	geneDR001703,geneDR034380	MAP kinase tyrosine phosphatase activity	MF
GO:0008115	geneDR001740,geneDR028198,geneDR007517	sarcosine oxidase activity	MF
GO:0046509	geneDR001752	1,2-diacylglycerol 3-beta-galactosyltransferase activity	MF
GO:0003996	geneDR001766,geneDR006323	long-chain fatty acid-CoA ligase activity	MF
GO:0016405	geneDR001766,geneDR028287,geneDR006323,geneDR017503,geneDR017229,geneDR015160,geneDR008757,geneDR015753,geneDR015629,geneDR021058,geneDR021057,geneDR021056,geneDR004003,geneDR004248,geneDR022878,geneDR019270,geneDR010389,geneDR010390,geneDR010391,geneDR010505,geneDR027718,geneDR013046,geneDR013238,geneDR013239,geneDR025727,geneDR034035,geneDR007130,geneDR022450,geneDR005756,geneDR005755,geneDR005754,geneDR005753	CoA-ligase activity	MF
GO:0016878	geneDR001766,geneDR028287,geneDR016844,geneDR012168,geneDR006323,geneDR017503,geneDR017229,geneDR015160,geneDR008757,geneDR019585,geneDR015753,geneDR015629,geneDR021058,geneDR021057,geneDR021056,geneDR024034,geneDR024031,geneDR004003,geneDR004248,geneDR022878,geneDR019270,geneDR021577,geneDR010389,geneDR010390,geneDR010391,geneDR010505,geneDR027718,geneDR013238,geneDR013239,geneDR023556,geneDR025727,geneDR034035,geneDR007130,geneDR022450,geneDR005756,geneDR005755,geneDR005754,geneDR005753	acid-thiol ligase activity	MF
GO:0008553	geneDR001790,geneDR002689,geneDR002046,geneDR028153,geneDR006355,geneDR025349,geneDR004011,geneDR004712,geneDR021416,geneDR014634,geneDR011215,geneDR009744,geneDR009260,geneDR016399,geneDR005999,geneDR005934	P-type proton-exporting transporter activity	MF
GO:0003861	geneDR001796,geneDR028147	3-isopropylmalate dehydratase activity	MF
GO:0016174	geneDR001812,geneDR019729,geneDR033706,geneDR024306,geneDR031933,geneDR007049	NAD(P)H oxidase H2O2-forming activity	MF
GO:0004053	geneDR001816,geneDR033711	arginase activity	MF
GO:0008783	geneDR001816,geneDR033711	agmatinase activity	MF
GO:0016813	geneDR001816,geneDR009051,geneDR015717,geneDR033711,geneDR023833,geneDR032702,geneDR005479	hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in linear amidines	MF
GO:0003984	geneDR001822,geneDR017284,geneDR033725,geneDR013561,geneDR013612	acetolactate synthase activity	MF
GO:0003978	geneDR001833,geneDR008087,geneDR026201,geneDR017942	UDP-glucose 4-epimerase activity	MF
GO:0043879	geneDR001841,geneDR035353,geneDR034678,geneDR026122,geneDR017934	glycolate transmembrane transporter activity	MF
GO:1901974	geneDR001841,geneDR035353,geneDR034678,geneDR017934	glycerate transmembrane transporter activity	MF
GO:0003977	geneDR034659,geneDR034554,geneDR017922	UDP-N-acetylglucosamine diphosphorylase activity	MF
GO:0052630	geneDR034659,geneDR034554,geneDR017922	UDP-N-acetylgalactosamine diphosphorylase activity	MF
GO:0005527	geneDR034671,geneDR034544,geneDR002788,geneDR008371,geneDR004780,geneDR004815,geneDR025229,geneDR017733,geneDR023825,geneDR011100,geneDR027809,geneDR029508,geneDR009106,geneDR016641	macrolide binding	MF
GO:0005528	geneDR034671,geneDR034544,geneDR002788,geneDR008371,geneDR004780,geneDR004815,geneDR025229,geneDR017733,geneDR023825,geneDR011100,geneDR027809,geneDR029508,geneDR009106,geneDR016641	FK506 binding	MF
GO:0004088	geneDR034674,geneDR034541,geneDR002626,geneDR004650,geneDR017930	carbamoyl-phosphate synthase (glutamine-hydrolyzing) activity	MF
GO:0015152	geneDR033830,geneDR017869,geneDR023736,geneDR025024,geneDR005360,geneDR005253	glucose-6-phosphate transmembrane transporter activity	MF
GO:0008569	geneDR033835,geneDR008035,geneDR018195,geneDR016084,geneDR015592,geneDR017864,geneDR010036,geneDR013136	minus-end-directed microtubule motor activity	MF
GO:0010334	geneDR033836,geneDR003011,geneDR017142,geneDR027385,geneDR026258,geneDR017860,geneDR017861,geneDR013463	sesquiterpene synthase activity	MF
GO:0034007	geneDR033836,geneDR027385,geneDR026258,geneDR017860,geneDR017861	S-linalool synthase activity	MF
GO:0080013	geneDR033836,geneDR027385,geneDR026258,geneDR017860,geneDR017861	(E,E)-geranyllinalool synthase activity	MF
GO:0016760	geneDR033839,geneDR028235,geneDR015893,geneDR024508,geneDR005830	cellulose synthase (UDP-forming) activity	MF
GO:0042284	geneDR028428,geneDR020107,geneDR017835	sphingolipid delta-4 desaturase activity	MF
GO:0005179	geneDR028410,geneDR028384,geneDR018334,geneDR017435,geneDR008169,geneDR028911,geneDR028872,geneDR021245,geneDR021039,geneDR018847,geneDR017793,geneDR017818,geneDR024713,geneDR013779,geneDR023557,geneDR007502,geneDR007382	hormone activity	MF
GO:0030545	geneDR028410,geneDR028384,geneDR018334,geneDR017435,geneDR008169,geneDR028911,geneDR028872,geneDR021245,geneDR021039,geneDR018847,geneDR017793,geneDR017818,geneDR024713,geneDR013779,geneDR023557,geneDR007502,geneDR007382	signaling receptor regulator activity	MF
GO:0048018	geneDR028410,geneDR028384,geneDR018334,geneDR017435,geneDR008169,geneDR028911,geneDR028872,geneDR021245,geneDR021039,geneDR018847,geneDR017793,geneDR017818,geneDR024713,geneDR013779,geneDR023557,geneDR007502,geneDR007382	receptor ligand activity	MF
GO:0008893	geneDR028398,geneDR016883,geneDR012144,geneDR006283,geneDR034161,geneDR033207,geneDR018599,geneDR017805,geneDR021521,geneDR025730,geneDR009724,geneDR016373,geneDR034039,geneDR007133	guanosine-3',5'-bis(diphosphate) 3'-diphosphatase activity	MF
GO:0010945	geneDR028398,geneDR017805	CoA pyrophosphatase activity	MF
GO:0016794	geneDR028398,geneDR016883,geneDR012144,geneDR006283,geneDR034161,geneDR033207,geneDR018599,geneDR017805,geneDR021521,geneDR025730,geneDR009724,geneDR016373,geneDR034039,geneDR007133	diphosphoric monoester hydrolase activity	MF
GO:0005539	geneDR028372,geneDR017776,geneDR005944	glycosaminoglycan binding	MF
GO:0008201	geneDR028372,geneDR017776	heparin binding	MF
GO:0010698	geneDR028372,geneDR002537,geneDR008965,geneDR013877,geneDR021146,geneDR004569,geneDR017776,geneDR022223	acetyltransferase activator activity	MF
GO:0016168	geneDR028370,geneDR003220,geneDR002892,geneDR002182,geneDR001903,geneDR012098,geneDR006441,geneDR009010,geneDR028849,geneDR014068,geneDR015903,geneDR015634,geneDR004145,geneDR004923,geneDR017773,geneDR018969,geneDR023712,geneDR010487,geneDR025878,geneDR009516,geneDR016190,geneDR007004,geneDR022517,geneDR005659	chlorophyll binding	MF
GO:0031409	geneDR028370,geneDR003220,geneDR002892,geneDR001903,geneDR012098,geneDR006441,geneDR009010,geneDR028849,geneDR015903,geneDR015634,geneDR004923,geneDR017773,geneDR018969,geneDR023712,geneDR010487,geneDR025878,geneDR009516,geneDR016190,geneDR007004,geneDR022517,geneDR005659	pigment binding	MF
GO:0042947	geneDR028352,geneDR028350,geneDR017757,geneDR017758	glucoside transmembrane transporter activity	MF
GO:1902417	geneDR028352,geneDR028350,geneDR017757,geneDR017758	(+)-abscisic acid D-glucopyranosyl ester transmembrane transporter activity	MF
GO:0004565	geneDR028348,geneDR003286,geneDR002401,geneDR020195,geneDR012569,geneDR006739,geneDR018561,geneDR018279,geneDR015130,geneDR014951,geneDR008607,geneDR027899,geneDR015560,geneDR021250,geneDR021227,geneDR003847,geneDR019230,geneDR034197,geneDR035234,geneDR010076,geneDR009961,geneDR032346,geneDR024361,geneDR025159,geneDR027470,geneDR027680,geneDR027050,geneDR025596,geneDR034466,geneDR009793,geneDR009325,geneDR009324,geneDR009318,geneDR016598,geneDR029070,geneDR029071,geneDR029081,geneDR007355	beta-galactosidase activity	MF
GO:0015925	geneDR028348,geneDR003286,geneDR002401,geneDR031627,geneDR020195,geneDR012569,geneDR006739,geneDR018561,geneDR018279,geneDR015130,geneDR014951,geneDR029695,geneDR008607,geneDR027899,geneDR015560,geneDR021250,geneDR021227,geneDR003847,geneDR021848,geneDR019379,geneDR019230,geneDR034197,geneDR035234,geneDR010076,geneDR009961,geneDR032346,geneDR024361,geneDR025159,geneDR027470,geneDR027680,geneDR027050,geneDR025596,geneDR034466,geneDR009793,geneDR009325,geneDR009324,geneDR009318,geneDR016598,geneDR029070,geneDR029071,geneDR029081,geneDR007355	galactosidase activity	MF
GO:0003973	geneDR028347,geneDR018390,geneDR025199,geneDR013277,geneDR016386,geneDR016385	(S)-2-hydroxy-acid oxidase activity	MF
GO:0008891	geneDR028347,geneDR025199,geneDR013277,geneDR016386,geneDR016385	(S)-2-hydroxy-acid oxidase activity	MF
GO:1901149	geneDR028332,geneDR006153,geneDR017735	salicylic acid binding	MF
GO:0008839	geneDR028329,geneDR017731	4-hydroxy-tetrahydrodipicolinate reductase	MF
GO:0003933	geneDR028325,geneDR001914,geneDR020497,geneDR020495,geneDR003878,geneDR017726,geneDR011096,geneDR025682,geneDR007203	GTP cyclohydrolase activity	MF
GO:0003935	geneDR028325,geneDR001914,geneDR003878,geneDR017726	GTP cyclohydrolase II activity	MF
GO:0019238	geneDR028325,geneDR002903,geneDR001914,geneDR030353,geneDR033794,geneDR014815,geneDR020497,geneDR020495,geneDR003878,geneDR017726,geneDR024273,geneDR011022,geneDR011096,geneDR027750,geneDR025682,geneDR007203	cyclohydrolase activity	MF
GO:0046715	geneDR028316,geneDR017241,geneDR015986,geneDR013568,geneDR034458,geneDR007285	active borate transmembrane transporter activity	MF
GO:0003962	geneDR028298,geneDR002565,geneDR031229,geneDR024542,geneDR013214,geneDR005858	cystathionine gamma-synthase activity	MF
GO:0004123	geneDR028298,geneDR002565,geneDR031229,geneDR013214	cystathionine gamma-lyase activity	MF
GO:0018826	geneDR028298,geneDR013214	methionine gamma-lyase activity	MF
GO:0004467	geneDR028287,geneDR017503,geneDR017229,geneDR015160,geneDR008757,geneDR015753,geneDR015629,geneDR004248,geneDR022878,geneDR019270,geneDR027718,geneDR013238,geneDR013239,geneDR025727,geneDR034035,geneDR007130,geneDR022450	long-chain fatty acid-CoA ligase activity	MF
GO:0015645	geneDR028287,geneDR017503,geneDR017229,geneDR015160,geneDR008757,geneDR015753,geneDR015629,geneDR024034,geneDR024031,geneDR004248,geneDR022878,geneDR019270,geneDR027718,geneDR013238,geneDR013239,geneDR023556,geneDR025727,geneDR034035,geneDR007130,geneDR022450	fatty acid ligase activity	MF
GO:0050373	geneDR028283,geneDR008087,geneDR017496,geneDR015946,geneDR013247	UDP-arabinose 4-epimerase activity	MF
GO:0044022	geneDR028275,geneDR015937	histone kinase activity (H3-S28 specific)	MF
GO:0004587	geneDR028263,geneDR015916	ornithine-oxo-acid transaminase activity	MF
GO:0009011	geneDR028253,geneDR030849,geneDR027980,geneDR004995	starch synthase activity	MF
GO:0015129	geneDR028244,geneDR017444,geneDR016393	lactate transmembrane transporter activity	MF
GO:0045485	geneDR030885,geneDR014098,geneDR026364,geneDR025224	omega-6 fatty acid desaturase activity	MF
GO:0051879	geneDR030879,geneDR007902,geneDR002842,geneDR028578,geneDR014814,geneDR029850,geneDR026109,geneDR026110,geneDR026373,geneDR025215,geneDR011024,geneDR009160,geneDR016589	Hsp90 protein binding	MF
GO:0080019	geneDR030875,geneDR020243,geneDR031062,geneDR019613,geneDR019614,geneDR015482,geneDR021321,geneDR025209,geneDR024161	fatty-acyl-CoA reductase (alcohol-forming) activity	MF
GO:0070009	geneDR030870,geneDR019566,geneDR025194	serine-type aminopeptidase activity	MF
GO:0004373	geneDR030849	glycogen (starch) synthase activity	MF
GO:0003860	geneDR030826,geneDR033463	3-hydroxyisobutyryl-CoA hydrolase activity	MF
GO:0008974	geneDR008112,geneDR016013	phosphoribulokinase activity	MF
GO:0097718	geneDR008112,geneDR034284,geneDR030354,geneDR020418,geneDR016013,geneDR003761	disordered domain specific binding	MF
GO:0008830	geneDR008097,geneDR016029	dTDP-4-dehydrorhamnose 3,5-epimerase activity	MF
GO:0008831	geneDR008097,geneDR016029	dTDP-4-dehydrorhamnose reductase activity	MF
GO:0010280	geneDR008097,geneDR025552,geneDR016029,geneDR023647,geneDR025081,geneDR005106	UDP-L-rhamnose synthase activity	MF
GO:0010489	geneDR008097,geneDR025552,geneDR016029,geneDR023647,geneDR025081,geneDR005106	UDP-4-keto-6-deoxy-glucose-3,5-epimerase activity	MF
GO:0010490	geneDR008097,geneDR025552,geneDR016029,geneDR023647,geneDR025081,geneDR005106	UDP-4-keto-rhamnose-4-keto-reductase activity	MF
GO:0050377	geneDR008097,geneDR025552,geneDR016029,geneDR023647,geneDR025081,geneDR005106	UDP-glucose 4,6-dehydratase activity	MF
GO:0004421	geneDR008096,geneDR017644,geneDR017643,geneDR017641,geneDR013061	hydroxymethylglutaryl-CoA synthase activity	MF
GO:0046964	geneDR008093,geneDR031136,geneDR017639,geneDR020554,geneDR016032,geneDR027156	3'-phosphoadenosine 5'-phosphosulfate transmembrane transporter activity	MF
GO:0017124	geneDR008045	SH3 domain binding	MF
GO:0004604	geneDR008032,geneDR016087,geneDR013146	phosphoadenylyl-sulfate reductase (thioredoxin) activity	MF
GO:0009973	geneDR008032,geneDR016087,geneDR013146	adenylyl-sulfate reductase activity	MF
GO:0022840	geneDR008016,geneDR017458,geneDR004523,geneDR017775,geneDR013801	leak channel activity	MF
GO:0022841	geneDR008016,geneDR017458,geneDR004523,geneDR017775,geneDR013801	potassium ion leak channel activity	MF
GO:0022842	geneDR008016,geneDR017458,geneDR004523,geneDR017775,geneDR013801	narrow pore channel activity	MF
GO:0003872	geneDR008015,geneDR028600,geneDR026941,geneDR032290	6-phosphofructokinase activity	MF
GO:0052631	geneDR008005,geneDR026571,geneDR035194	sphingolipid delta-8 desaturase activity	MF
GO:0015229	geneDR008002,geneDR026562	L-ascorbic acid transmembrane transporter activity	MF
GO:0090447	geneDR008001,geneDR003214,geneDR028753,geneDR019985,geneDR020394,geneDR012066,geneDR015641,geneDR030765,geneDR026561,geneDR021788,geneDR019449,geneDR019018,geneDR011056,geneDR023573	glycerol-3-phosphate 2-O-acyltransferase activity	MF
GO:0000825	geneDR007968,geneDR026532	inositol tetrakisphosphate 6-kinase activity	MF
GO:0047325	geneDR007968,geneDR017288,geneDR008804,geneDR026532,geneDR004308,geneDR013615,geneDR022404	inositol tetrakisphosphate 1-kinase activity	MF
GO:0051717	geneDR007968,geneDR026532	inositol-1,3,4,5-tetrakisphosphate 3-phosphatase activity	MF
GO:0051765	geneDR007968,geneDR017288,geneDR014800,geneDR008861,geneDR008804,geneDR026532,geneDR004308,geneDR004408,geneDR013615,geneDR022346,geneDR022404	inositol tetrakisphosphate kinase activity	MF
GO:0051766	geneDR007968,geneDR017288,geneDR014800,geneDR008804,geneDR026532,geneDR004308,geneDR013615,geneDR022404	inositol trisphosphate kinase activity	MF
GO:0052725	geneDR007968,geneDR017288,geneDR014800,geneDR008804,geneDR026532,geneDR004308,geneDR013615,geneDR022404	inositol-1,3,4-trisphosphate 6-kinase activity	MF
GO:0052726	geneDR007968,geneDR017288,geneDR008804,geneDR026532,geneDR004308,geneDR013615,geneDR022404	inositol-1,3,4-trisphosphate 5-kinase activity	MF
GO:0052743	geneDR007968,geneDR026532	inositol tetrakisphosphate phosphatase activity	MF
GO:0052745	geneDR007968,geneDR001855,geneDR017286,geneDR017211,geneDR027309,geneDR019751,geneDR015795,geneDR015736,geneDR026059,geneDR018736,geneDR018941,geneDR026288,geneDR026532,geneDR022910,geneDR014650,geneDR013540,geneDR005983	inositol phosphate phosphatase activity	MF
GO:0003680	geneDR007956,geneDR012068,geneDR008787,geneDR029792,geneDR019805,geneDR026118,geneDR031371,geneDR031367,geneDR003783,geneDR024994,geneDR026611,geneDR027737,geneDR023509,geneDR023505,geneDR032684,geneDR022415,geneDR005625	minor groove of adenine-thymine-rich DNA binding	MF
GO:0004743	geneDR007943,geneDR016867,geneDR003257,geneDR002873,geneDR025422,geneDR029798,geneDR019560,geneDR015589,geneDR020965,geneDR018617,geneDR026518,geneDR004899,geneDR021592,geneDR024294,geneDR011290,geneDR033926,geneDR029531,geneDR032689,geneDR016130	pyruvate kinase activity	MF
GO:0030955	geneDR007943,geneDR029798,geneDR019560,geneDR020965,geneDR026518,geneDR029531,geneDR032689,geneDR016130	potassium ion binding	MF
GO:0031420	geneDR007943,geneDR033779,geneDR029798,geneDR019560,geneDR020965,geneDR026518,geneDR024287,geneDR029531,geneDR032689,geneDR016130	alkali metal ion binding	MF
GO:0004366	geneDR007925,geneDR001843,geneDR034267,geneDR030337,geneDR015178,geneDR018680,geneDR003776	glycerol-3-phosphate O-acyltransferase activity	MF
GO:0008466	geneDR007909,geneDR031724,geneDR029947,geneDR029837,geneDR013927,geneDR021188,geneDR021666,geneDR023938,geneDR011060,geneDR023212,geneDR032726,geneDR025717,geneDR012971,geneDR007377,geneDR007376,geneDR007162,geneDR022465,geneDR022597,geneDR005556	glycogenin glucosyltransferase activity	MF
GO:0004805	geneDR007906,geneDR016783,geneDR018002,geneDR019799,geneDR026108,geneDR024985,geneDR010226,geneDR023221,geneDR009412,geneDR005970	trehalose-phosphatase activity	MF
GO:0070678	geneDR007902,geneDR029850,geneDR026109,geneDR026110	preprotein binding	MF
GO:0004416	geneDR007895	hydroxyacylglutathione hydrolase activity	MF
GO:0008800	geneDR007895	beta-lactamase activity	MF
GO:0016812	geneDR007895,geneDR025584,geneDR030034,geneDR018859,geneDR018860,geneDR003650,geneDR010742	hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in cyclic amides	MF
GO:0019209	geneDR007887,geneDR002183,geneDR029868,geneDR014219,geneDR015464,geneDR026458,geneDR004142,geneDR019156,geneDR027073,geneDR023244,geneDR025618,geneDR005044	kinase activator activity	MF
GO:0030295	geneDR007887,geneDR002183,geneDR029868,geneDR014219,geneDR015464,geneDR026458,geneDR004142,geneDR019156,geneDR027073,geneDR023244,geneDR025618,geneDR005044	protein kinase activator activity	MF
GO:0051010	geneDR007881,geneDR002806,geneDR012369,geneDR017386,geneDR014768,geneDR029872,geneDR021387,geneDR031851,geneDR011075,geneDR013724,geneDR023246,geneDR009296,geneDR009295	microtubule plus-end binding	MF
GO:0004165	geneDR007879,geneDR007878,geneDR020952,geneDR025183	delta(3)-delta(2)-enoyl-CoA isomerase activity	MF
GO:0008692	geneDR007879,geneDR007878	3-hydroxybutyryl-CoA epimerase activity	MF
GO:0016856	geneDR007879,geneDR007878	racemase and epimerase activity, acting on hydroxy acids and derivatives	MF
GO:0016863	geneDR007879,geneDR007878,geneDR033755,geneDR020952,geneDR025183,geneDR024329	intramolecular oxidoreductase activity, transposing C=C bonds	MF
GO:0018812	geneDR007879,geneDR007878,geneDR018704	3-hydroxyacyl-CoA dehydratase activity	MF
GO:0004301	geneDR007858,geneDR016934,geneDR002834,geneDR002833,geneDR014802,geneDR021170,geneDR004853,geneDR013729,geneDR009555	epoxide hydrolase activity	MF
GO:0015643	geneDR007858,geneDR002834,geneDR002833,geneDR014802,geneDR021170,geneDR004853,geneDR009555	toxic substance binding	MF
GO:0016801	geneDR007858,geneDR016934,geneDR002834,geneDR002833,geneDR014802,geneDR021170,geneDR024025,geneDR004853,geneDR013729,geneDR009555	hydrolase activity, acting on ether bonds	MF
GO:0016803	geneDR007858,geneDR016934,geneDR002834,geneDR002833,geneDR014802,geneDR021170,geneDR004853,geneDR013729,geneDR009555	ether hydrolase activity	MF
GO:0042577	geneDR007858,geneDR002834,geneDR002833,geneDR014802,geneDR021170,geneDR004853,geneDR013729,geneDR009555	lipid phosphatase activity	MF
GO:0004740	geneDR007853,geneDR026247	pyruvate dehydrogenase (acetyl-transferring) kinase activity	MF
GO:0050236	geneDR007816,geneDR028493,geneDR022039,geneDR022040,geneDR009486,geneDR016165	pyridoxine:NADP 4-dehydrogenase activity	MF
GO:0008320	geneDR007808,geneDR002687,geneDR002199,geneDR012160,geneDR012233,geneDR018165,geneDR027951,geneDR008714,geneDR026037,geneDR004123,geneDR004714,geneDR021587,geneDR023653,geneDR025078,geneDR032547,geneDR010580,geneDR010955,geneDR011280,geneDR012937,geneDR016182,geneDR007054,geneDR005298,geneDR005103,geneDR005060	protein transmembrane transporter activity	MF
GO:0009977	geneDR007808,geneDR012233,geneDR027951,geneDR010580	proton motive force dependent protein transmembrane transporter activity	MF
GO:0015450	geneDR007808,geneDR002199,geneDR012160,geneDR012233,geneDR018165,geneDR027951,geneDR008714,geneDR026037,geneDR004123,geneDR021587,geneDR023653,geneDR025078,geneDR032547,geneDR010580,geneDR010955,geneDR011280,geneDR012937,geneDR016182,geneDR007054,geneDR005298,geneDR005103,geneDR005060	protein-transporting ATPase activity	MF
GO:0022884	geneDR007808,geneDR002687,geneDR002199,geneDR012160,geneDR012233,geneDR018165,geneDR027951,geneDR008714,geneDR026037,geneDR004123,geneDR004714,geneDR021587,geneDR023653,geneDR025078,geneDR032547,geneDR010580,geneDR010955,geneDR011280,geneDR012937,geneDR016182,geneDR007054,geneDR005298,geneDR005103,geneDR005060	macromolecule transmembrane transporter activity	MF
GO:0016635	geneDR007805,geneDR032451	oxidoreductase activity, acting on the CH-CH group of donors, quinone or related compound as acceptor	MF
GO:0052886	geneDR007805,geneDR032451	9,9'-dicis-carotene:quinone oxidoreductase activity	MF
GO:0004784	geneDR007795,geneDR034695,geneDR031727,geneDR028607,geneDR020258,geneDR032433,geneDR019153,geneDR019050,geneDR019049	superoxide dismutase activity	MF
GO:0016721	geneDR007795,geneDR034695,geneDR031727,geneDR028607,geneDR020258,geneDR032433,geneDR019153,geneDR019050,geneDR019049	oxidoreductase activity, acting on superoxide radicals as acceptor	MF
GO:0010521	geneDR007786,geneDR034686,geneDR002408,geneDR026159,geneDR032423,geneDR034531,geneDR004424,geneDR007266	telomerase inhibitor activity	MF
GO:0051777	geneDR007760,geneDR007759,geneDR015084,geneDR030036,geneDR010417,geneDR027632,geneDR027636,geneDR027638	ent-kaurenoate oxidase activity	MF
GO:0004820	geneDR007736,geneDR020723,geneDR031942	glycine-tRNA ligase activity	MF
GO:0000215	geneDR007712	tRNA 2'-phosphotransferase activity	MF
GO:0016417	geneDR007711,geneDR034241,geneDR030324,geneDR030084,geneDR031374,geneDR023501	S-acyltransferase activity	MF
GO:0019707	geneDR007711,geneDR030084,geneDR031374,geneDR023501	protein-cysteine S-acyltransferase activity	MF
GO:0031369	geneDR007710,geneDR016990,geneDR002960,geneDR009059,geneDR008195,geneDR031373,geneDR025262,geneDR019387,geneDR009152,geneDR016584	translation initiation factor binding	MF
GO:0051219	geneDR007710,geneDR002714,geneDR028835,geneDR031373,geneDR018789,geneDR004745,geneDR009238,geneDR016529	phosphoprotein binding	MF
GO:0000254	geneDR007704,geneDR020529,geneDR019804,geneDR026115,geneDR024991,geneDR027181	C-4 methylsterol oxidase activity	MF
GO:0004108	geneDR007699,geneDR008135,geneDR022167,geneDR019465,geneDR023517	citrate (Si)-synthase activity	MF
GO:0036440	geneDR007699,geneDR008135,geneDR022167,geneDR019465,geneDR023517	citrate synthase activity	MF
GO:0004660	geneDR007687,geneDR033375,geneDR024581,geneDR005890	protein farnesyltransferase activity	MF
GO:0005199	geneDR007657,geneDR017207,geneDR015732,geneDR024039,geneDR003599,geneDR033631	structural constituent of cell wall	MF
GO:0004372	geneDR007644,geneDR030394,geneDR017985,geneDR008612,geneDR024024,geneDR004301,geneDR010242,geneDR028991,geneDR028992,geneDR032536,geneDR032535,geneDR007204,geneDR005923,geneDR005200	glycine hydroxymethyltransferase activity	MF
GO:0050567	geneDR007636,geneDR004171	glutaminyl-tRNA synthase (glutamine-hydrolyzing) activity	MF
GO:2001070	geneDR007590,geneDR001989,geneDR003974	starch binding	MF
GO:1990538	geneDR017018,geneDR017009,geneDR002926,geneDR028715,geneDR020380,geneDR020381,geneDR012051,geneDR014941,geneDR030812,geneDR004963,geneDR011309,geneDR027435,geneDR027464,geneDR009155,geneDR009154,geneDR016597,geneDR016586,geneDR005209	xylan O-acetyltransferase activity	MF
GO:0003983	geneDR017013,geneDR014552,geneDR010383,geneDR005763,geneDR005083	UTP:glucose-1-phosphate uridylyltransferase activity	MF
GO:0051748	geneDR017013,geneDR014552,geneDR010383,geneDR005763,geneDR005083	UTP-monosaccharide-1-phosphate uridylyltransferase activity	MF
GO:0042389	geneDR017004,geneDR003501,geneDR015360,geneDR030806,geneDR016574	omega-3 fatty acid desaturase activity	MF
GO:0080046	geneDR016996,geneDR028532,geneDR020232,geneDR008949,geneDR008628,geneDR008624,geneDR008616,geneDR008615,geneDR008227,geneDR008226,geneDR020829,geneDR004540,geneDR022790,geneDR019398,geneDR019180,geneDR023751,geneDR014517,geneDR029651,geneDR029652,geneDR029665,geneDR009458,geneDR009457,geneDR009228,geneDR009226,geneDR005378,geneDR005377,geneDR005376	quercetin 4'-O-glucosyltransferase activity	MF
GO:0080132	geneDR016994,geneDR020387,geneDR020388,geneDR020389,geneDR012057,geneDR018303,geneDR030796,geneDR021816,geneDR009938,geneDR009936,geneDR032370,geneDR032371,geneDR032373,geneDR009812	fatty acid alpha-hydroxylase activity	MF
GO:0042132	geneDR016988,geneDR030789,geneDR009098,geneDR016646	fructose 1,6-bisphosphate 1-phosphatase activity	MF
GO:0050278	geneDR016988,geneDR030789	sedoheptulose-bisphosphatase activity	MF
GO:0072545	geneDR016963,geneDR020404,geneDR012077,geneDR017953,geneDR030751,geneDR019006,geneDR018982	tyrosine binding	MF
GO:0004662	geneDR016960	CAAX-protein geranylgeranyltransferase activity	MF
GO:0009922	geneDR016958,geneDR003134,geneDR030401,geneDR030549,geneDR018509,geneDR017191,geneDR015097,geneDR008486,geneDR015723,geneDR030754,geneDR003579,geneDR024411,geneDR023908,geneDR010419,geneDR013522,geneDR012997,geneDR009423,geneDR005409	fatty acid elongase activity	MF
GO:0004825	geneDR016950,geneDR030745	methionine-tRNA ligase activity	MF
GO:0004591	geneDR016948,geneDR012084,geneDR030742,geneDR018997	oxoglutarate dehydrogenase (succinyl-transferring) activity	MF
GO:0008330	geneDR016942,geneDR003199,geneDR012085,geneDR015654,geneDR030739,geneDR018995	protein tyrosine/threonine phosphatase activity	MF
GO:0017017	geneDR016942,geneDR012085,geneDR030739,geneDR018995	MAP kinase tyrosine/serine/threonine phosphatase activity	MF
GO:1990439	geneDR016942,geneDR003199,geneDR012085,geneDR015654,geneDR030739,geneDR018995	MAP kinase serine/threonine phosphatase activity	MF
GO:0046933	geneDR016930	proton-transporting ATP synthase activity, rotational mechanism	MF
GO:0008746	geneDR016913,geneDR002706,geneDR025338,geneDR030707,geneDR011202,geneDR025882	NAD(P)+ transhydrogenase activity	MF
GO:0016652	geneDR016913,geneDR002706,geneDR025338,geneDR030707,geneDR011202,geneDR025882	oxidoreductase activity, acting on NAD(P)H, NAD(P) as acceptor	MF
GO:0030060	geneDR016913,geneDR002706,geneDR017167,geneDR025338,geneDR030707,geneDR004622,geneDR011202,geneDR013495,geneDR013497,geneDR025882	L-malate dehydrogenase activity	MF
GO:0052629	geneDR016908,geneDR030699	phosphatidylinositol-3,5-bisphosphate 3-phosphatase activity	MF
GO:0106018	geneDR016908,geneDR002366,geneDR018184,geneDR030699,geneDR004379,geneDR004380,geneDR010048,geneDR009738,geneDR016390,geneDR005706	phosphatidylinositol-3,5-bisphosphate phosphatase activity	MF
GO:0052722	geneDR016902,geneDR013681	fatty acid in-chain hydroxylase activity	MF
GO:0004764	geneDR016893	shikimate 3-dehydrogenase (NADP+) activity	MF
GO:0034432	geneDR016883,geneDR002032,geneDR012144,geneDR008456,geneDR018599	bis(5'-adenosyl)-pentaphosphatase activity	MF
GO:0004846	geneDR016882,geneDR018600	urate oxidase activity	MF
GO:0016661	geneDR016882,geneDR031016,geneDR018600,geneDR025140,geneDR033642,geneDR033641	oxidoreductase activity, acting on other nitrogenous compounds as donors	MF
GO:0016663	geneDR016882,geneDR018600	oxidoreductase activity, acting on other nitrogenous compounds as donors, oxygen as acceptor	MF
GO:0017050	geneDR016870,geneDR012155,geneDR018616,geneDR026569,geneDR017846,geneDR021593	D-erythro-sphingosine kinase activity	MF
GO:0004834	geneDR016862,geneDR002532,geneDR004562	tryptophan synthase activity	MF
GO:0004774	geneDR016844,geneDR012168,geneDR019585,geneDR021577	succinate-CoA ligase activity	MF
GO:0004775	geneDR016844,geneDR012168,geneDR019585,geneDR021577	succinate-CoA ligase (ADP-forming) activity	MF
GO:0004776	geneDR016844,geneDR012168,geneDR021577	succinate-CoA ligase (GDP-forming) activity	MF
GO:0004844	geneDR016833	uracil DNA N-glycosylase activity	MF
GO:0097506	geneDR016833	deaminated base DNA N-glycosylase activity	MF
GO:0004614	geneDR016797,geneDR027917,geneDR033184,geneDR034890,geneDR010544	phosphoglucomutase activity	MF
GO:0045505	geneDR016792,geneDR017038,geneDR033188,geneDR034886,geneDR023192,geneDR016472,geneDR006976,geneDR022206	dynein intermediate chain binding	MF
GO:0051959	geneDR016792,geneDR017038,geneDR033188,geneDR034886,geneDR023192,geneDR016472,geneDR006976,geneDR022206	dynein light intermediate chain binding	MF
GO:0003825	geneDR016783,geneDR002601,geneDR004626	alpha,alpha-trehalose-phosphate synthase (UDP-forming) activity	MF
GO:0008022	geneDR016759,geneDR002152,geneDR033746,geneDR018339,geneDR017101,geneDR014943,geneDR014942,geneDR027886,geneDR016009,geneDR017891,geneDR031329,geneDR024318,geneDR027258,geneDR025903,geneDR009681,geneDR029128,geneDR006983	protein C-terminus binding	MF
GO:0008413	geneDR016723	8-oxo-7,8-dihydroguanosine triphosphate pyrophosphatase activity	MF
GO:0019177	geneDR016723	dihydroneopterin triphosphate pyrophosphohydrolase activity	MF
GO:0035539	geneDR016723	8-oxo-7,8-dihydrodeoxyguanosine triphosphate pyrophosphatase activity	MF
GO:0010296	geneDR016720,geneDR033256,geneDR004152	prenylcysteine methylesterase activity	MF
GO:0051723	geneDR016720,geneDR006295,geneDR033256,geneDR004152,geneDR030638,geneDR006984,geneDR005720	protein methylesterase activity	MF
GO:0050291	geneDR016712,geneDR030509,geneDR015287,geneDR015161,geneDR033271,geneDR003796,geneDR011179,geneDR027721,geneDR033639	sphingosine N-acyltransferase activity	MF
GO:0004059	geneDR016711,geneDR014985	aralkylamine N-acetyltransferase activity	MF
GO:0017057	geneDR016693,geneDR028494,geneDR033282,geneDR023151,geneDR024132	6-phosphogluconolactonase activity	MF
GO:0005274	geneDR003536,geneDR003534,geneDR018557	allantoin:proton symporter activity	MF
GO:0005350	geneDR003536,geneDR003534,geneDR018557,geneDR020593,geneDR026679,geneDR027084,geneDR022584	pyrimidine nucleobase transmembrane transporter activity	MF
GO:0015210	geneDR003536,geneDR003534,geneDR018557,geneDR020593,geneDR026679,geneDR027084,geneDR022584	uracil transmembrane transporter activity	MF
GO:0042907	geneDR003536,geneDR003534,geneDR018557	xanthine transmembrane transporter activity	MF
GO:0019140	geneDR003494,geneDR015364	inositol 3-kinase activity	MF
GO:0004629	geneDR003491,geneDR028785,geneDR030985,geneDR020508,geneDR015366,geneDR018728,geneDR024227,geneDR027196,geneDR023442,geneDR025968	phospholipase C activity	MF
GO:0034480	geneDR003491,geneDR030985,geneDR015366,geneDR018728,geneDR024227,geneDR023442,geneDR025968	phosphatidylcholine phospholipase C activity	MF
GO:0003848	geneDR003468,geneDR015378	2-amino-4-hydroxy-6-hydroxymethyldihydropteridine diphosphokinase activity	MF
GO:0004156	geneDR003468,geneDR015378	dihydropteroate synthase activity	MF
GO:0016409	geneDR003444,geneDR030144,geneDR021317	palmitoyltransferase activity	MF
GO:0046593	geneDR003434,geneDR003322,geneDR020081,geneDR024998,geneDR019346,geneDR032313,geneDR031344,geneDR029116	mandelonitrile lyase activity	MF
GO:0008526	geneDR003419,geneDR018286,geneDR018285,geneDR015149,geneDR015432,geneDR003573,geneDR003574,geneDR003812,geneDR032351,geneDR027707,geneDR009797	phosphatidylinositol transfer activity	MF
GO:0008146	geneDR003403,geneDR012613,geneDR024007	sulfotransferase activity	MF
GO:0008476	geneDR003403	protein-tyrosine sulfotransferase activity	MF
GO:0017095	geneDR003403	heparan sulfate 6-O-sulfotransferase activity	MF
GO:0034483	geneDR003403	heparan sulfate sulfotransferase activity	MF
GO:0004321	geneDR003389,geneDR020264,geneDR015010,geneDR025398,geneDR015459,geneDR004904,geneDR019147,geneDR006930	fatty-acyl-CoA synthase activity	MF
GO:0016408	geneDR003389,geneDR020264,geneDR015010,geneDR014767,geneDR025398,geneDR020477,geneDR030144,geneDR019621,geneDR015459,geneDR021317,geneDR020912,geneDR004904,geneDR019147,geneDR011078,geneDR013182,geneDR027233,geneDR025705,geneDR007173,geneDR006930	C-acyltransferase activity	MF
GO:0032441	geneDR003380	pheophorbide a oxygenase activity	MF
GO:0004529	geneDR003365,geneDR028108,geneDR013978,geneDR021233,geneDR003792,geneDR010862,geneDR009775,geneDR006934	exodeoxyribonuclease activity	MF
GO:0008296	geneDR003365,geneDR013978,geneDR021233,geneDR010862,geneDR009775,geneDR006934	3'-5'-exodeoxyribonuclease activity	MF
GO:0008297	geneDR003365	single-stranded DNA exodeoxyribonuclease activity	MF
GO:0008310	geneDR003365	single-stranded DNA 3'-5' exodeoxyribonuclease activity	MF
GO:0016895	geneDR003365,geneDR028108,geneDR013978,geneDR021233,geneDR003792,geneDR010862,geneDR009775,geneDR006934	exodeoxyribonuclease activity, producing 5'-phosphomonoesters	MF
GO:0001665	geneDR003359,geneDR003358,geneDR020238,geneDR015486,geneDR015485,geneDR019178	alpha-N-acetylgalactosaminide alpha-2,6-sialyltransferase activity	MF
GO:0008373	geneDR003359,geneDR003358,geneDR002038,geneDR020238,geneDR015486,geneDR015485,geneDR019178,geneDR025105,geneDR026995,geneDR026984	sialyltransferase activity	MF
GO:0043015	geneDR003334,geneDR014943,geneDR014942,geneDR025456,geneDR025493,geneDR027886,geneDR015511,geneDR020993,geneDR010888,geneDR011033	gamma-tubulin binding	MF
GO:0045550	geneDR003333,geneDR025881	geranylgeranyl reductase activity	MF
GO:0004419	geneDR003318,geneDR031246	hydroxymethylglutaryl-CoA lyase activity	MF
GO:0004760	geneDR003308,geneDR015536	serine-pyruvate transaminase activity	MF
GO:0008453	geneDR003308,geneDR002919,geneDR014949,geneDR029708,geneDR015536,geneDR027468	alanine-glyoxylate transaminase activity	MF
GO:0050281	geneDR003308,geneDR015536	serine-glyoxylate transaminase activity	MF
GO:0016002	geneDR003300,geneDR015545	sulfite reductase activity	MF
GO:0016673	geneDR003300,geneDR015545	oxidoreductase activity, acting on a sulfur group of donors, iron-sulfur protein as acceptor	MF
GO:0050311	geneDR003300,geneDR015545	sulfite reductase (ferredoxin) activity	MF
GO:0019137	geneDR003286,geneDR020195,geneDR015560,geneDR019230,geneDR025596,geneDR034466	thioglucosidase activity	MF
GO:0033907	geneDR003286,geneDR020195,geneDR018561,geneDR008607,geneDR015560,geneDR019230,geneDR024361,geneDR025596,geneDR034466	beta-D-fucosidase activity	MF
GO:0047701	geneDR003286,geneDR020195,geneDR015560,geneDR019230,geneDR025596,geneDR034466	beta-L-arabinosidase activity	MF
GO:0080083	geneDR003286,geneDR020195,geneDR018561,geneDR008607,geneDR015560,geneDR019230,geneDR024361,geneDR025596,geneDR034466	beta-gentiobiose beta-glucosidase activity	MF
GO:0008398	geneDR003246,geneDR015600	sterol 14-demethylase activity	MF
GO:0008121	geneDR003245,geneDR020159	ubiquinol-cytochrome-c reductase activity	MF
GO:0009884	geneDR003223,geneDR028455,geneDR019862,geneDR020143,geneDR015628	cytokinin receptor activity	MF
GO:0004316	geneDR003209,geneDR030371,geneDR018408	3-oxoacyl-[acyl-carrier-protein] reductase (NADPH) activity	MF
GO:0005047	geneDR003206,geneDR003111,geneDR030306,geneDR028936	signal recognition particle binding	MF
GO:0030911	geneDR003206	TPR domain binding	MF
GO:0018454	geneDR003193,geneDR015659,geneDR019385	acetoacetyl-CoA reductase activity	MF
GO:0102043	geneDR003180	isopentenyl phosphate kinase activity	MF
GO:0016713	geneDR003175,geneDR031172,geneDR029754	oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, reduced iron-sulfur protein as one donor, and incorporation of one atom of oxygen	MF
GO:0018685	geneDR003175,geneDR031172,geneDR029754	alkane 1-monooxygenase activity	MF
GO:0008097	geneDR003171,geneDR003074,geneDR029936,geneDR014036,geneDR022755	5S rRNA binding	MF
GO:0010488	geneDR003170,geneDR015677	UDP-galactose:N-glycan beta-1,3-galactosyltransferase activity	MF
GO:0008825	geneDR003160,geneDR008843,geneDR015690,geneDR015689	cyclopropane-fatty-acyl-phospholipid synthase activity	MF
GO:0000026	geneDR003158,geneDR015693,geneDR023656,geneDR005304	alpha-1,2-mannosyltransferase activity	MF
GO:0004377	geneDR003158,geneDR015693,geneDR023656,geneDR005304	GDP-Man:Man3GlcNAc2-PP-Dol alpha-1,2-mannosyltransferase activity	MF
GO:0000822	geneDR003156,geneDR002185,geneDR002049,geneDR014827,geneDR008442,geneDR020935,geneDR004014,geneDR004140,geneDR004864,geneDR019387,geneDR011010,geneDR030190	inositol hexakisphosphate binding	MF
GO:0052597	geneDR003107,geneDR015750	diamine oxidase activity	MF
GO:0003881	geneDR003080,geneDR013598	CDP-diacylglycerol-inositol 3-phosphatidyltransferase activity	MF
GO:0016780	geneDR003080,geneDR012134,geneDR018432,geneDR018072,geneDR030733,geneDR010157,geneDR031216,geneDR013598,geneDR016317	phosphotransferase activity, for other substituted phosphate groups	MF
GO:0017169	geneDR003080,geneDR018072,geneDR030733,geneDR010157,geneDR013598,geneDR016317	CDP-alcohol phosphatidyltransferase activity	MF
GO:0004649	geneDR003065	poly(ADP-ribose) glycohydrolase activity	MF
GO:0005092	geneDR003063,geneDR030440,geneDR017292,geneDR015244,geneDR015801,geneDR003691,geneDR027810,geneDR013619	GDP-dissociation inhibitor activity	MF
GO:0005093	geneDR003063,geneDR030440,geneDR017292,geneDR015244,geneDR015801,geneDR003691,geneDR027810,geneDR013619	Rab GDP-dissociation inhibitor activity	MF
GO:0031177	geneDR003058,geneDR033745,geneDR017307,geneDR034772,geneDR033991,geneDR026834,geneDR018706,geneDR024319	phosphopantetheine binding	MF
GO:0010291	geneDR003047,geneDR003046,geneDR013069,geneDR013650	carotene beta-ring hydroxylase activity	MF
GO:0004827	geneDR003041,geneDR003040,geneDR015821,geneDR010651,geneDR009444	proline-tRNA ligase activity	MF
GO:0035613	geneDR003041,geneDR003040,geneDR002206,geneDR014804,geneDR015821,geneDR004109,geneDR012768	RNA stem-loop binding	MF
GO:0033729	geneDR003013,geneDR003012,geneDR024598,geneDR013694,geneDR005899	anthocyanidin reductase activity	MF
GO:0016710	geneDR002984,geneDR015872,geneDR013746	trans-cinnamate 4-monooxygenase activity	MF
GO:0004765	geneDR002962,geneDR014067,geneDR026337,geneDR025244,geneDR014652,geneDR005981	shikimate kinase activity	MF
GO:0009540	geneDR002945,geneDR025269,geneDR025268,geneDR031328	zeaxanthin epoxidase activity	MF
GO:0052662	geneDR002945,geneDR025269,geneDR025268,geneDR031328	zeaxanthin epoxidase activity	MF
GO:0003952	geneDR002938	NAD+ synthase (glutamine-hydrolyzing) activity	MF
GO:0004359	geneDR002938,geneDR027055	glutaminase activity	MF
GO:0004430	geneDR002930,geneDR018538,geneDR015156,geneDR008502,geneDR024379,geneDR027713	1-phosphatidylinositol 4-kinase activity	MF
GO:0052742	geneDR002930,geneDR018538,geneDR015156,geneDR008502,geneDR021668,geneDR024379,geneDR027713	phosphatidylinositol kinase activity	MF
GO:0005366	geneDR002916,geneDR004950	myo-inositol:proton symporter activity	MF
GO:0004477	geneDR002903,geneDR033794,geneDR014815,geneDR024273,geneDR011022	methenyltetrahydrofolate cyclohydrolase activity	MF
GO:0004488	geneDR002903,geneDR033794,geneDR014815,geneDR024273,geneDR011022	methylenetetrahydrofolate dehydrogenase (NADP+) activity	MF
GO:0004306	geneDR002902,geneDR006824,geneDR014976,geneDR004931	ethanolamine-phosphate cytidylyltransferase activity	MF
GO:0070567	geneDR002902,geneDR030366,geneDR012677,geneDR006824,geneDR017572,geneDR014976,geneDR008225,geneDR003752,geneDR004931,geneDR013161,geneDR029667,geneDR005335,geneDR005227	cytidylyltransferase activity	MF
GO:0004448	geneDR002884,geneDR004915	isocitrate dehydrogenase activity	MF
GO:0004449	geneDR002884,geneDR004915	isocitrate dehydrogenase (NAD+) activity	MF
GO:0004001	geneDR002883,geneDR004914,geneDR027531	adenosine kinase activity	MF
GO:0004821	geneDR002879,geneDR004908	histidine-tRNA ligase activity	MF
GO:0030742	geneDR002877,geneDR026401,geneDR022789	GTP-dependent protein binding	MF
GO:0032029	geneDR002877,geneDR026401,geneDR022789	myosin tail binding	MF
GO:0032036	geneDR002877,geneDR026401,geneDR022789	myosin heavy chain binding	MF
GO:0080115	geneDR002877,geneDR026401,geneDR022789	myosin XI tail binding	MF
GO:0051537	geneDR002871,geneDR030392,geneDR030954,geneDR017221,geneDR017083,geneDR015025,geneDR027913,geneDR030260,geneDR026334,geneDR004892,geneDR023068,geneDR024255,geneDR010536,geneDR027556,geneDR027779,geneDR013404,geneDR013546	2 iron, 2 sulfur cluster binding	MF
GO:0016656	geneDR002867,geneDR002101,geneDR015020,geneDR004077,geneDR004887,geneDR027551	monodehydroascorbate reductase (NADH) activity	MF
GO:0010331	geneDR002853,geneDR014835,geneDR013875,geneDR021145,geneDR004872,geneDR010999	gibberellin binding	MF
GO:0019894	geneDR002842,geneDR014814,geneDR030062,geneDR011024,geneDR009402,geneDR009160,geneDR016589	kinesin binding	MF
GO:0008193	geneDR002827,geneDR004847	tRNA guanylyltransferase activity	MF
GO:0004356	geneDR002758,geneDR006057,geneDR005772	glutamate-ammonia ligase activity	MF
GO:0016211	geneDR002758,geneDR006057,geneDR005772	ammonia ligase activity	MF
GO:0016880	geneDR002758,geneDR006057,geneDR005772	acid-ammonia (or amide) ligase activity	MF
GO:0070883	geneDR002733,geneDR004764	pre-miRNA binding	MF
GO:0045309	geneDR002714,geneDR028835,geneDR018789,geneDR004745,geneDR009238,geneDR016529	protein phosphorylated amino acid binding	MF
GO:0050815	geneDR002714,geneDR028835,geneDR018789,geneDR004745	phosphoserine residue binding	MF
GO:1990269	geneDR002714,geneDR028835,geneDR018789,geneDR004745	RNA polymerase II C-terminal domain phosphoserine binding	MF
GO:0090448	geneDR002690,geneDR013430	glucosinolate:proton symporter activity	MF
GO:0043027	geneDR002666,geneDR002665,geneDR025372,geneDR004698,geneDR011247	cysteine-type endopeptidase inhibitor activity involved in apoptotic process	MF
GO:0043028	geneDR002666,geneDR002665,geneDR034249,geneDR015165,geneDR025372,geneDR003794,geneDR004698,geneDR024309,geneDR011247,geneDR027726	cysteine-type endopeptidase regulator activity involved in apoptotic process	MF
GO:0008987	geneDR002652,geneDR004680	quinolinate synthetase A activity	MF
GO:0004777	geneDR002631,geneDR004659	succinate-semialdehyde dehydrogenase (NAD+) activity	MF
GO:0004087	geneDR002626,geneDR004650	carbamoyl-phosphate synthase (ammonia) activity	MF
GO:0016212	geneDR002622	kynurenine-oxoglutarate transaminase activity	MF
GO:0036137	geneDR002622	kynurenine aminotransferase activity	MF
GO:0047312	geneDR002622	L-phenylalanine:pyruvate aminotransferase activity	MF
GO:0047804	geneDR002622	cysteine-S-conjugate beta-lyase activity	MF
GO:0047945	geneDR002622	L-glutamine:pyruvate aminotransferase activity	MF
GO:0070546	geneDR002622	L-phenylalanine aminotransferase activity	MF
GO:0016843	geneDR002602,geneDR009054,geneDR021289,geneDR021288,geneDR022757,geneDR022759,geneDR022761,geneDR013300	amine-lyase activity	MF
GO:0016844	geneDR002602,geneDR009054,geneDR021289,geneDR021288,geneDR022757,geneDR022759,geneDR022761,geneDR013300	strictosidine synthase activity	MF
GO:0008252	geneDR002566,geneDR004595	nucleotidase activity	MF
GO:0008441	geneDR002566,geneDR004595	3'(2'),5'-bisphosphate nucleotidase activity	MF
GO:0004482	geneDR002549,geneDR004579,geneDR007524	mRNA (guanine-N7-)-methyltransferase activity	MF
GO:0008174	geneDR002549,geneDR002082,geneDR029772,geneDR004050,geneDR004579,geneDR013220,geneDR012768,geneDR007524	mRNA methyltransferase activity	MF
GO:0035035	geneDR002537,geneDR008965,geneDR013877,geneDR019576,geneDR021146,geneDR020946,geneDR004569,geneDR029470,geneDR022223	histone acetyltransferase binding	MF
GO:0008143	geneDR002522,geneDR002356,geneDR002206,geneDR030431,geneDR028606,geneDR020346,geneDR018136,geneDR017346,geneDR020674,geneDR020670,geneDR008839,geneDR008626,geneDR008618,geneDR003696,geneDR004109,geneDR004363,geneDR004553,geneDR019069,geneDR010096,geneDR027806,geneDR032597,geneDR032531,geneDR009407,geneDR022231,geneDR022365,geneDR022366	poly(A) binding	MF
GO:0070717	geneDR002522,geneDR002408,geneDR002356,geneDR002206,geneDR030431,geneDR028606,geneDR020346,geneDR018136,geneDR017346,geneDR017218,geneDR017157,geneDR020674,geneDR020670,geneDR008839,geneDR008626,geneDR008618,geneDR003696,geneDR004109,geneDR004363,geneDR004424,geneDR004553,geneDR019069,geneDR010096,geneDR027806,geneDR032597,geneDR032531,geneDR009407,geneDR022231,geneDR022365,geneDR022366	poly-purine tract binding	MF
GO:0004070	geneDR002515,geneDR008948	aspartate carbamoyltransferase activity	MF
GO:0016743	geneDR002515,geneDR002390,geneDR008948,geneDR004405	carboxyl- or carbamoyltransferase activity	MF
GO:0030527	geneDR002457,geneDR008905,geneDR004478	structural constituent of chromatin	MF
GO:0004556	geneDR002447,geneDR031682,geneDR004354,geneDR004470,geneDR021637	alpha-amylase activity	MF
GO:0034046	geneDR002408,geneDR017218,geneDR017157,geneDR004424	poly(G) binding	MF
GO:0004567	geneDR002391,geneDR019941,geneDR008859,geneDR008858,geneDR004406,geneDR023046,geneDR022149,geneDR009955,geneDR032355,geneDR025596,geneDR034466,geneDR016614	beta-mannosidase activity	MF
GO:0016985	geneDR002391,geneDR019941,geneDR008859,geneDR008858,geneDR004406,geneDR023046,geneDR022149,geneDR009955,geneDR032355,geneDR016614	mannan endo-1,4-beta-mannosidase activity	MF
GO:0004585	geneDR002390,geneDR004405	ornithine carbamoyltransferase activity	MF
GO:0043813	geneDR002366,geneDR018184,geneDR004379,geneDR004380,geneDR010048,geneDR009738,geneDR016390,geneDR005706	phosphatidylinositol-3,5-bisphosphate 5-phosphatase activity	MF
GO:0052615	geneDR002363,geneDR004372,geneDR004374,geneDR022361	ent-kaurene oxidase activity	MF
GO:0004852	geneDR002357,geneDR004364	uroporphyrinogen-III synthase activity	MF
GO:0015410	geneDR002327	ABC-type manganese transporter activity	MF
GO:0004856	geneDR002311,geneDR008802,geneDR004306,geneDR034234,geneDR035075,geneDR005598	xylulokinase activity	MF
GO:0047341	geneDR002291	fucose-1-phosphate guanylyltransferase activity	MF
GO:0050201	geneDR002291	fucokinase activity	MF
GO:1990715	geneDR002281,geneDR004269,geneDR022520,geneDR005487	mRNA CDS binding	MF
GO:0004632	geneDR002267	phosphopantothenate--cysteine ligase activity	MF
GO:0043995	geneDR002262,geneDR022444	histone acetyltransferase activity (H4-K5 specific)	MF
GO:0004046	geneDR002252,geneDR030329,geneDR004251	aminoacylase activity	MF
GO:0003839	geneDR002250,geneDR012653,geneDR006844,geneDR004250	gamma-glutamylcyclotransferase activity	MF
GO:0015083	geneDR002242,geneDR008753,geneDR024052,geneDR004238,geneDR024511,geneDR006019,geneDR005962	aluminum ion transmembrane transporter activity	MF
GO:0045153	geneDR002227	ubiquinol-cytochrome-c reductase activity	MF
GO:0004809	geneDR002216,geneDR004095	tRNA (guanine-N2-)-methyltransferase activity	MF
GO:0004103	geneDR002212,geneDR004102	choline kinase activity	MF
GO:0004305	geneDR002212,geneDR004102	ethanolamine kinase activity	MF
GO:0008506	geneDR002207,geneDR031726	sucrose:proton symporter activity	MF
GO:0009669	geneDR002207,geneDR031726	sucrose:cation symporter activity	MF
GO:0035614	geneDR002206,geneDR014804,geneDR004109	snRNA stem-loop binding	MF
GO:0009671	geneDR002200,geneDR033909,geneDR004121	nitrate:proton symporter activity	MF
GO:0015296	geneDR002200,geneDR033909,geneDR004121,geneDR013261	anion:cation symporter activity	MF
GO:0015513	geneDR002200,geneDR020566,geneDR033909,geneDR004121,geneDR027041,geneDR027040	high-affinity secondary active nitrite transmembrane transporter activity	MF
GO:0047389	geneDR002189,geneDR008708,geneDR004134,geneDR010098,geneDR005051	glycerophosphocholine phosphodiesterase activity	MF
GO:0010011	geneDR002185,geneDR002049,geneDR014827,geneDR020442,geneDR008442,geneDR008183,geneDR004014,geneDR004140,geneDR004864,geneDR011010,geneDR027273,geneDR023574,geneDR009127,geneDR016566,geneDR030190	auxin binding	MF
GO:0004657	geneDR002169	proline dehydrogenase activity	MF
GO:0047485	geneDR002152	protein N-terminus binding	MF
GO:0070087	geneDR002152	chromo shadow domain binding	MF
GO:0003979	geneDR002151,geneDR008676,geneDR004173,geneDR024522,geneDR006010,geneDR005841,geneDR005010	UDP-glucose 6-dehydrogenase activity	MF
GO:0051800	geneDR002148,geneDR004176,geneDR009382,geneDR029019	phosphatidylinositol-3,4-bisphosphate 3-phosphatase activity	MF
GO:0106017	geneDR002148,geneDR004176,geneDR009382,geneDR029019	phosphatidylinositol-3,4-bisphosphate phosphatase activity	MF
GO:0047243	geneDR002147,geneDR004177,geneDR005007	flavanone 7-O-beta-glucosyltransferase activity	MF
GO:0004034	geneDR002130,geneDR007264	aldose 1-epimerase activity	MF
GO:0030385	geneDR002114	ferredoxin-thioredoxin reductase activity	MF
GO:0009670	geneDR002098,geneDR025371,geneDR013885	triose-phosphate:phosphate antiporter activity	MF
GO:0015121	geneDR002098,geneDR025371,geneDR013885	phosphoenolpyruvate:phosphate antiporter activity	MF
GO:0015355	geneDR002098,geneDR025371,geneDR013885	secondary active monocarboxylate transmembrane transporter activity	MF
GO:0089721	geneDR002098,geneDR025371,geneDR013885	phosphoenolpyruvate transmembrane transporter activity	MF
GO:0061953	geneDR002082,geneDR004050	mRNA (adenine-N1-)-methyltransferase activity	MF
GO:0001025	geneDR002081,geneDR004049	RNA polymerase III general transcription initiation factor binding	MF
GO:0001156	geneDR002081,geneDR004049	TFIIIC-class transcription factor complex binding	MF
GO:0008886	geneDR002075,geneDR004043	glyceraldehyde-3-phosphate dehydrogenase (NADP+) (non-phosphorylating) activity	MF
GO:0004798	geneDR002069,geneDR004040	thymidylate kinase activity	MF
GO:0009041	geneDR002069,geneDR004040	uridylate kinase activity	MF
GO:0004828	geneDR002068,geneDR004039	serine-tRNA ligase activity	MF
GO:0004845	geneDR002064,geneDR008432,geneDR009114	uracil phosphoribosyltransferase activity	MF
GO:0008482	geneDR002062,geneDR030204	sulfite oxidase activity	MF
GO:0016670	geneDR002062,geneDR012226,geneDR013976,geneDR033216,geneDR003918,geneDR021512,geneDR030204	oxidoreductase activity, acting on a sulfur group of donors, oxygen as acceptor	MF
GO:0003836	geneDR002038,geneDR025105,geneDR026995,geneDR026984	beta-galactoside (CMP) alpha-2,3-sialyltransferase activity	MF
GO:0030941	geneDR002028,geneDR015171,geneDR003786,geneDR004002,geneDR027732	chloroplast targeting sequence binding	MF
GO:0051861	geneDR002028,geneDR015171,geneDR014951,geneDR020755,geneDR003786,geneDR004002,geneDR027470,geneDR027732,geneDR016598	glycolipid binding	MF
GO:0042282	geneDR002021,geneDR034239,geneDR030327,geneDR003782,geneDR033360,geneDR027738,geneDR009751	hydroxymethylglutaryl-CoA reductase (NADPH) activity	MF
GO:0004807	geneDR001996,geneDR020537,geneDR027175,geneDR005933	triose-phosphate isomerase activity	MF
GO:0001158	geneDR001984,geneDR029972,geneDR032452,geneDR003970,geneDR014564,geneDR023369	cis-regulatory region sequence-specific DNA binding	MF
GO:0035326	geneDR001984,geneDR029972,geneDR032452,geneDR003970,geneDR014564,geneDR023369	cis-regulatory region sequence-specific DNA binding	MF
GO:0008465	geneDR001965,geneDR003955,geneDR011050	glycerate dehydrogenase activity	MF
GO:0016618	geneDR001965,geneDR003955,geneDR011050,geneDR009679,geneDR016344	hydroxypyruvate reductase activity	MF
GO:0030267	geneDR001965,geneDR018155,geneDR003955,geneDR011050,geneDR009679,geneDR016344	glyoxylate reductase (NADP+) activity	MF
GO:0004609	geneDR001945,geneDR026093	phosphatidylserine decarboxylase activity	MF
GO:0046428	geneDR001916,geneDR003881	1,4-dihydroxy-2-naphthoate octaprenyltransferase activity	MF
GO:0008686	geneDR001914,geneDR003878,geneDR024103,geneDR007426	3,4-dihydroxy-2-butanone-4-phosphate synthase activity	MF
GO:0003865	geneDR001894,geneDR027939,geneDR008540,geneDR021691,geneDR021692,geneDR010340,geneDR025119,geneDR012734	3-oxo-5-alpha-steroid 4-dehydrogenase activity	MF
GO:0016229	geneDR001894,geneDR030397,geneDR027939,geneDR008540,geneDR021691,geneDR021692,geneDR010340,geneDR025119,geneDR012734	steroid dehydrogenase activity	MF
GO:0033765	geneDR001894,geneDR027939,geneDR008540,geneDR021691,geneDR021692,geneDR010340,geneDR025119,geneDR012734	steroid dehydrogenase activity, acting on the CH-CH group of donors	MF
GO:0004310	geneDR001863,geneDR003826,geneDR027701	farnesyl-diphosphate farnesyltransferase activity	MF
GO:0051996	geneDR001863,geneDR003826,geneDR027701	squalene synthase activity	MF
GO:0004401	geneDR001855	histidinol-phosphatase activity	MF
GO:0052834	geneDR001855,geneDR027309,geneDR018736,geneDR018941,geneDR026288	inositol monophosphate phosphatase activity	MF
GO:0008494	geneDR034249,geneDR015165,geneDR025476,geneDR003794,geneDR024309,geneDR027726	translation activator activity	MF
GO:0008656	geneDR034249,geneDR015165,geneDR003794,geneDR024309,geneDR027726	cysteine-type endopeptidase activator activity involved in apoptotic process	MF
GO:0016505	geneDR034249,geneDR015165,geneDR003794,geneDR024309,geneDR027726	peptidase activator activity involved in apoptotic process	MF
GO:0090079	geneDR034249,geneDR017995,geneDR015165,geneDR025476,geneDR003794,geneDR024309,geneDR027726,geneDR026942,geneDR032289,geneDR022648	translation regulator activity, nucleic acid binding	MF
GO:0004147	geneDR034241,geneDR030324	dihydrolipoamide branched chain acyltransferase activity	MF
GO:0030523	geneDR034241,geneDR030324	dihydrolipoamide S-acyltransferase activity	MF
GO:0003747	geneDR034240,geneDR030326,geneDR012150,geneDR033763,geneDR015170,geneDR003787,geneDR024299,geneDR027731,geneDR016118	translation release factor activity	MF
GO:0004635	geneDR030353,geneDR027750	phosphoribosyl-AMP cyclohydrolase activity	MF
GO:0004636	geneDR030353,geneDR027750	phosphoribosyl-ATP diphosphatase activity	MF
GO:0050518	geneDR030366,geneDR003752	2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase activity	MF
GO:0001091	geneDR030373,geneDR003747,geneDR010035,geneDR010034	RNA polymerase II general transcription initiation factor binding	MF
GO:0001094	geneDR030373,geneDR003747	TFIID-class transcription factor complex binding	MF
GO:0004016	geneDR030426,geneDR014869,geneDR003699	adenylate cyclase activity	MF
GO:0016849	geneDR030426,geneDR012179,geneDR012180,geneDR014869,geneDR025539,geneDR025540,geneDR025545,geneDR015952,geneDR003699,geneDR023006,geneDR023007,geneDR021566,geneDR010796,geneDR010797,geneDR010799,geneDR010800,geneDR010802	phosphorus-oxygen lyase activity	MF
GO:0000982	geneDR030428,geneDR031674,geneDR015234,geneDR025443,geneDR025580,geneDR029741,geneDR020736,geneDR008492,geneDR029893,geneDR026021,geneDR030802,geneDR026444,geneDR010750,geneDR010908,geneDR027803,geneDR031958,geneDR032509,geneDR029619,geneDR023267,geneDR025617,geneDR025616	DNA-binding transcription factor activity, RNA polymerase II-specific	MF
GO:0001077	geneDR030428,geneDR031674,geneDR015234,geneDR025580,geneDR020736,geneDR029893,geneDR026021,geneDR026444,geneDR010750,geneDR027803,geneDR031958,geneDR023267	DNA-binding transcription activator activity, RNA polymerase II-specific	MF
GO:0001013	geneDR030461,geneDR030462,geneDR004449	RNA polymerase I transcription regulatory region sequence-specific DNA binding	MF
GO:0001163	geneDR030461,geneDR030462,geneDR004449	RNA polymerase I transcription regulatory region sequence-specific DNA binding	MF
GO:0001164	geneDR030461,geneDR030462,geneDR004449	RNA polymerase I core promoter sequence-specific DNA binding	MF
GO:0016436	geneDR030475,geneDR030551,geneDR003576,geneDR005517	rRNA (uridine) methyltransferase activity	MF
GO:0070042	geneDR030475,geneDR005517	rRNA (uridine-N3-)-methyltransferase activity	MF
GO:0046522	geneDR030496,geneDR003633	S-methyl-5-thioribose kinase activity	MF
GO:0045551	geneDR030497,geneDR003630,geneDR007381	cinnamyl-alcohol dehydrogenase activity	MF
GO:0042409	geneDR030502,geneDR012214,geneDR012506,geneDR012507,geneDR028066,geneDR006732,geneDR015284,geneDR003623,geneDR021525,geneDR033646	caffeoyl-CoA O-methyltransferase activity	MF
GO:0018392	geneDR030508,geneDR003616	glycoprotein 3-alpha-L-fucosyltransferase activity	MF
GO:0046920	geneDR030508,geneDR003616,geneDR014522,geneDR006094	alpha-(1->3)-fucosyltransferase activity	MF
GO:0140103	geneDR030508,geneDR008464,geneDR003616,geneDR025714,geneDR007168	catalytic activity, acting on a glycoprotein	MF
GO:0008650	geneDR030551,geneDR003576	rRNA (uridine-2'-O-)-methyltransferase activity	MF
GO:0008199	geneDR030557,geneDR003563,geneDR003566,geneDR003567,geneDR003568,geneDR023068	ferric iron binding	MF
GO:0019150	geneDR030561	D-ribulokinase activity	MF
GO:0008792	geneDR030570,geneDR003553	arginine decarboxylase activity	MF
GO:0004557	geneDR031627,geneDR029695,geneDR021848,geneDR019379	alpha-galactosidase activity	MF
GO:0015334	geneDR031634,geneDR012185,geneDR021368,geneDR021558	high-affinity oligopeptide transmembrane transporter activity	MF
GO:0008198	geneDR031669,geneDR017550,geneDR017083,geneDR015025,geneDR034180,geneDR027823,geneDR026334,geneDR024793,geneDR023068,geneDR027556,geneDR013404,geneDR027261,geneDR025797,geneDR009349,geneDR029047	ferrous iron binding	MF
GO:0043734	geneDR031669,geneDR017550,geneDR009349,geneDR029047	DNA-N1-methyladenine dioxygenase activity	MF
GO:0070579	geneDR031669,geneDR009349,geneDR029047	methylcytosine dioxygenase activity	MF
GO:0016837	geneDR031681,geneDR008510,geneDR021636,geneDR021724,geneDR034571,geneDR029445	carbon-oxygen lyase activity, acting on polysaccharides	MF
GO:0030570	geneDR031681,geneDR008510,geneDR021636,geneDR021724,geneDR034571,geneDR029445	pectate lyase activity	MF
GO:0005522	geneDR031697,geneDR008579,geneDR021649,geneDR031981	profilin binding	MF
GO:0015398	geneDR031701,geneDR008578,geneDR031982	high-affinity secondary active ammonium transmembrane transporter activity	MF
GO:0051575	geneDR031705,geneDR006366	5'-deoxyribose-5-phosphate lyase activity	MF
GO:0004766	geneDR031716,geneDR008564,geneDR032189	spermidine synthase activity	MF
GO:0035798	geneDR031720	2-alkenal reductase (NADP+) activity	MF
GO:0005536	geneDR031724,geneDR029947,geneDR013927,geneDR021188,geneDR021666,geneDR007162	glucose binding	MF
GO:0047216	geneDR031724,geneDR013927,geneDR021188,geneDR021666,geneDR011060,geneDR025717,geneDR007162	inositol 3-alpha-galactosyltransferase activity	MF
GO:0008935	geneDR031725,geneDR021669	1,4-dihydroxy-2-naphthoyl-CoA synthase activity	MF
GO:0015578	geneDR031726	mannose transmembrane transporter activity	MF
GO:0055055	geneDR031726	D-glucose:proton symporter activity	MF
GO:0055056	geneDR031726	D-glucose transmembrane transporter activity	MF
GO:0004163	geneDR031758,geneDR021705	diphosphomevalonate decarboxylase activity	MF
GO:0008375	geneDR031774,geneDR008464,geneDR022919,geneDR021716,geneDR027058,geneDR033923,geneDR025714,geneDR007168	acetylglucosaminyltransferase activity	MF
GO:0050508	geneDR031774,geneDR021716,geneDR033923	glucuronosyl-N-acetylglucosaminyl-proteoglycan 4-alpha-N-acetylglucosaminyltransferase activity	MF
GO:0050509	geneDR031774,geneDR021716,geneDR033923	N-acetylglucosaminyl-proteoglycan 4-beta-glucuronosyltransferase activity	MF
GO:0005090	geneDR031775,geneDR020789,geneDR034947,geneDR003780	guanyl-nucleotide exchange factor activity	MF
GO:0004368	geneDR031796	glycerol-3-phosphate dehydrogenase (quinone) activity	MF
GO:0016901	geneDR031796	oxidoreductase activity, acting on the CH-OH group of donors, quinone or similar compound as acceptor	MF
GO:0016841	geneDR031800,geneDR035026,geneDR017626,geneDR030154,geneDR030153,geneDR030111,geneDR014071,geneDR021312,geneDR026412,geneDR026413,geneDR022798,geneDR021735,geneDR034576,geneDR029450,geneDR009552	ammonia-lyase activity	MF
GO:0045548	geneDR031800,geneDR035026,geneDR030154,geneDR030153,geneDR014071,geneDR021312,geneDR021735,geneDR034576,geneDR029450	phenylalanine ammonia-lyase activity	MF
GO:0005544	geneDR031801,geneDR035027,geneDR008423,geneDR008422,geneDR021736	calcium-dependent phospholipid binding	MF
GO:0008429	geneDR031801,geneDR035027,geneDR017303,geneDR008423,geneDR008422,geneDR021736,geneDR013627	phosphatidylethanolamine binding	MF
GO:0035198	geneDR031804,geneDR035031,geneDR028817,geneDR028816,geneDR031103,geneDR008418,geneDR019555,geneDR019650,geneDR020969,geneDR020866,geneDR024127,geneDR034580,geneDR029453	miRNA binding	MF
GO:0061980	geneDR031804,geneDR035031,geneDR028817,geneDR028816,geneDR031103,geneDR008418,geneDR019555,geneDR019650,geneDR020969,geneDR020866,geneDR023090,geneDR019199,geneDR024127,geneDR034580,geneDR029453,geneDR023434	regulatory RNA binding	MF
GO:0046820	geneDR031808,geneDR031809,geneDR035035,geneDR028811	4-amino-4-deoxychorismate synthase activity	MF
GO:0016922	geneDR028809,geneDR021743,geneDR029470	nuclear receptor binding	MF
GO:0046966	geneDR028809,geneDR030062,geneDR019576,geneDR020946,geneDR021743	nuclear thyroid hormone receptor binding	MF
GO:0120091	geneDR028790,geneDR008188,geneDR029530,geneDR023577,geneDR009135	jasmonic acid hydrolase	MF
GO:0044610	geneDR028778,geneDR021811	FMN transmembrane transporter activity	MF
GO:0010486	geneDR028734	manganese:proton antiporter activity	MF
GO:0008013	geneDR028730,geneDR030963,geneDR031133,geneDR015408,geneDR021768,geneDR018993,geneDR024249,geneDR024106,geneDR010706,geneDR027154	beta-catenin binding	MF
GO:0004563	geneDR028717,geneDR004687,geneDR004688,geneDR021831,geneDR011254	beta-N-acetylhexosaminidase activity	MF
GO:0015929	geneDR028717,geneDR004687,geneDR004688,geneDR021831,geneDR011254	hexosaminidase activity	MF
GO:0016231	geneDR028717,geneDR021831	beta-N-acetylglucosaminidase activity	MF
GO:0033925	geneDR028717,geneDR021831	mannosyl-glycoprotein endo-beta-N-acetylglucosaminidase activity	MF
GO:0010301	geneDR028656	xanthoxin dehydrogenase activity	MF
GO:0080124	geneDR028645,geneDR021897	pheophytinase activity	MF
GO:0003838	geneDR028636,geneDR021910,geneDR023843,geneDR005463	sterol 24-C-methyltransferase activity	MF
GO:0004650	geneDR028629,geneDR020117,geneDR018455,geneDR017330,geneDR033129,geneDR020459,geneDR029917,geneDR027843,geneDR027844,geneDR015664,geneDR026242,geneDR017924,geneDR019384,geneDR031193,geneDR024454,geneDR013662,geneDR027253,geneDR023304,geneDR025732,geneDR025731,geneDR034040,geneDR034041,geneDR007135,geneDR007134,geneDR005901	polygalacturonase activity	MF
GO:0015137	geneDR028625,geneDR021916,geneDR032600	citrate transmembrane transporter activity	MF
GO:0015142	geneDR028625,geneDR021916,geneDR032600	tricarboxylic acid transmembrane transporter activity	MF
GO:0016781	geneDR028620,geneDR021924,geneDR021926,geneDR025706	phosphotransferase activity, paired acceptors	MF
GO:0050521	geneDR028620,geneDR021924,geneDR021926	alpha-glucan, water dikinase activity	MF
GO:0004352	geneDR028605,geneDR028996	glutamate dehydrogenase (NAD+) activity	MF
GO:0004353	geneDR028605,geneDR018361,geneDR031305,geneDR028996,geneDR029087	glutamate dehydrogenase [NAD(P)+] activity	MF
GO:0016639	geneDR028605,geneDR028511,geneDR018361,geneDR027960,geneDR022019,geneDR031305,geneDR009472,geneDR028996,geneDR029087	oxidoreductase activity, acting on the CH-NH2 group of donors, NAD or NADP as acceptor	MF
GO:0003960	geneDR028595,geneDR013716	NADPH:quinone reductase activity	MF
GO:0008240	geneDR028554,geneDR021978	tripeptidyl-peptidase activity	MF
GO:0030899	geneDR028542,geneDR020418,geneDR021989	calcium-dependent ATPase activity	MF
GO:0016603	geneDR028539	glutaminyl-peptide cyclotransferase activity	MF
GO:0080045	geneDR028532,geneDR020232,geneDR024066,geneDR014517,geneDR009458,geneDR009457	quercetin 3'-O-glucosyltransferase activity	MF
GO:0016040	geneDR028511,geneDR022019,geneDR009472	glutamate synthase (NADH) activity	MF
GO:0045181	geneDR028511,geneDR022019,geneDR009472	glutamate synthase activity, NAD(P)H as acceptor	MF
GO:0046976	geneDR028502,geneDR020086	histone methyltransferase activity (H3-K27 specific)	MF
GO:0033759	geneDR028486,geneDR022048,geneDR009494	flavone synthase activity	MF
GO:0034785	geneDR028486,geneDR022048,geneDR009494	salicylate 5-hydroxylase activity	MF
GO:0052793	geneDR028475,geneDR014917,geneDR021193,geneDR022061,geneDR027438,geneDR009502,geneDR016179	pectin acetylesterase activity	MF
GO:0004829	geneDR028442,geneDR019872,geneDR012306,geneDR021438,geneDR021426	threonine-tRNA ligase activity	MF
GO:0045296	geneDR028440,geneDR019874,geneDR030741,geneDR022086,geneDR010485,geneDR023301,geneDR016197	cadherin binding	MF
GO:0044547	geneDR019887,geneDR024703,geneDR022099,geneDR022100	DNA topoisomerase binding	MF
GO:0072586	geneDR019887,geneDR022099,geneDR022100	DNA topoisomerase type II (double strand cut, ATP-hydrolyzing) regulator activity	MF
GO:0072587	geneDR019887,geneDR022099,geneDR022100	DNA topoisomerase type II (double strand cut, ATP-hydrolyzing) activator activity	MF
GO:0046028	geneDR019916,geneDR004463	electron transporter, transferring electrons from cytochrome b6/f complex of photosystem II activity	MF
GO:0030761	geneDR019953,geneDR017809,geneDR021670,geneDR022155,geneDR009573,geneDR009572,geneDR009571,geneDR009570,geneDR016242	8-hydroxyquercitin 8-O-methyltransferase activity	MF
GO:0008964	geneDR019965,geneDR012258,geneDR022163,geneDR019469,geneDR021485,geneDR025070,geneDR005095	phosphoenolpyruvate carboxylase activity	MF
GO:0047196	geneDR019998,geneDR003624,geneDR003625,geneDR010612	long-chain-alcohol O-fatty-acyltransferase activity	MF
GO:0008239	geneDR020032,geneDR012316,geneDR007580	dipeptidyl-peptidase activity	MF
GO:0004512	geneDR020065,geneDR019337,geneDR012922	inositol-3-phosphate synthase activity	MF
GO:0016872	geneDR020065,geneDR006154,geneDR008396,geneDR008336,geneDR019337,geneDR029481,geneDR029554,geneDR025795,geneDR025794,geneDR025793,geneDR012922	intramolecular lyase activity	MF
GO:0019003	geneDR020075,geneDR009332,geneDR029062	GDP binding	MF
GO:0051392	geneDR020077,geneDR019344	tRNA N-acetyltransferase activity	MF
GO:1990883	geneDR020077,geneDR019344	rRNA cytidine N-acetyltransferase activity	MF
GO:0005458	geneDR020093,geneDR019356	GDP-mannose transmembrane transporter activity	MF
GO:0042903	geneDR020096	tubulin deacetylase activity	MF
GO:0043014	geneDR020096,geneDR017652	alpha-tubulin binding	MF
GO:0004089	geneDR020113,geneDR015027,geneDR019380,geneDR025113,geneDR024589,geneDR027560,geneDR005138	carbonate dehydratase activity	MF
GO:0004594	geneDR020116,geneDR019383,geneDR011245,geneDR030625	pantothenate kinase activity	MF
GO:0009673	geneDR020126,geneDR029703,geneDR019392,geneDR028925	low-affinity phosphate transmembrane transporter activity	MF
GO:0010385	geneDR020158,geneDR020673,geneDR023661,geneDR023662,geneDR025067,geneDR009549,geneDR016229,geneDR005306,geneDR005206	double-stranded methylated DNA binding	MF
GO:0010428	geneDR020158,geneDR024960,geneDR009549,geneDR016229	methyl-CpNpG binding	MF
GO:0010429	geneDR020158,geneDR024960,geneDR009549,geneDR016229	methyl-CpNpN binding	MF
GO:0008137	geneDR020163,geneDR014863,geneDR018884,geneDR019251,geneDR010259,geneDR009361,geneDR029038	NADH dehydrogenase (ubiquinone) activity	MF
GO:0004128	geneDR020219,geneDR025516,geneDR022991,geneDR019196,geneDR010826	cytochrome-b5 reductase activity, acting on NAD(P)H	MF
GO:0004535	geneDR020226,geneDR012325,geneDR018054,geneDR031041,geneDR019176,geneDR019175,geneDR019174,geneDR019173,geneDR019172,geneDR019171,geneDR019170,geneDR024179,geneDR034457,geneDR009628,geneDR007286,geneDR007215	poly(A)-specific ribonuclease activity	MF
GO:0048040	geneDR020250,geneDR020306,geneDR031080,geneDR020589,geneDR020455,geneDR008987,geneDR019161,geneDR019108,geneDR024152,geneDR027080,geneDR025744	UDP-glucuronate decarboxylase activity	MF
GO:0033946	geneDR020263,geneDR031092,geneDR015461,geneDR024141	xyloglucan-specific endo-beta-1,4-glucanase activity	MF
GO:0052736	geneDR020263,geneDR031092,geneDR015461,geneDR024141	beta-glucanase activity	MF
GO:0003972	geneDR020289	RNA ligase (ATP) activity	MF
GO:0008452	geneDR020289	RNA ligase activity	MF
GO:0070403	geneDR020306,geneDR020455,geneDR008987,geneDR019108,geneDR025744,geneDR030219	NAD+ binding	MF
GO:1990585	geneDR020352,geneDR015007,geneDR008313,geneDR019062,geneDR027537,geneDR029581	hydroxyproline O-arabinosyltransferase activity	MF
GO:0046863	geneDR012067,geneDR007302	ribulose-1,5-bisphosphate carboxylase/oxygenase activator activity	MF
GO:0050072	geneDR012104,geneDR018966	m7G(5')pppN diphosphatase activity	MF
GO:0008897	geneDR012134	holo-[acyl-carrier-protein] synthase activity	MF
GO:0004383	geneDR012179,geneDR012180,geneDR025539,geneDR025540,geneDR025545,geneDR015952,geneDR023006,geneDR023007,geneDR021566,geneDR010796,geneDR010797,geneDR010799,geneDR010800,geneDR010802	guanylate cyclase activity	MF
GO:0004351	geneDR012187,geneDR021557	glutamate decarboxylase activity	MF
GO:0019797	geneDR012192,geneDR021547	procollagen-proline 3-dioxygenase activity	MF
GO:0031544	geneDR012192,geneDR021547	peptidyl-proline 3-dioxygenase activity	MF
GO:0080012	geneDR012214,geneDR021525	trihydroxyferuloyl spermidine O-methyltransferase activity	MF
GO:0080076	geneDR012214,geneDR021525	caffeoyl CoA:S-adenosyl-L-methionine O-methyltransferase activity	MF
GO:0080077	geneDR012214,geneDR021525	trihydroxyferuloyl spermidine:S-adenosyl-L-methionine O-methyltransferase activity	MF
GO:0080078	geneDR012214,geneDR021525	tricaffeoyl spermidine:S-adenosyl-L-methionine O-methyltransferase activity	MF
GO:0048244	geneDR012218,geneDR021523	phytanoyl-CoA dioxygenase activity	MF
GO:0046406	geneDR012222,geneDR021515	magnesium protoporphyrin IX methyltransferase activity	MF
GO:0004751	geneDR012223,geneDR033213,geneDR021514	ribose-5-phosphate isomerase activity	MF
GO:0016971	geneDR012226,geneDR033216,geneDR003918,geneDR021512	flavin-linked sulfhydryl oxidase activity	MF
GO:0016972	geneDR012226,geneDR033216,geneDR003918,geneDR021512	thiol oxidase activity	MF
GO:0002161	geneDR012280,geneDR018836	aminoacyl-tRNA editing activity	MF
GO:0051499	geneDR012280,geneDR018836	D-aminoacyl-tRNA deacylase activity	MF
GO:0019237	geneDR012369,geneDR030983,geneDR021387,geneDR031851,geneDR024230,geneDR009296,geneDR009295	centromeric DNA binding	MF
GO:0015086	geneDR012375,geneDR018128,geneDR034453,geneDR035622,geneDR009694	cadmium ion transmembrane transporter activity	MF
GO:0097100	geneDR012511	supercoiled DNA binding	MF
GO:0046523	geneDR012563	S-methyl-5-thioribose-1-phosphate isomerase activity	MF
GO:0005504	geneDR012591,geneDR006883,geneDR006784,geneDR032443,geneDR024769,geneDR025084,geneDR005111	fatty acid binding	MF
GO:0101016	geneDR012613	FMN-binding domain binding	MF
GO:0047912	geneDR012632	galacturonokinase activity	MF
GO:0004605	geneDR012677,geneDR017572,geneDR013161	phosphatidate cytidylyltransferase activity	MF
GO:0010176	geneDR028206	homogentisate phytyltransferase activity	MF
GO:0010354	geneDR028206	homogentisate prenyltransferase activity	MF
GO:0045156	geneDR028200,geneDR018254,geneDR028978	electron transporter, transferring electrons within the cyclic electron transport pathway of photosynthesis activity	MF
GO:0005344	geneDR028136	oxygen carrier activity	MF
GO:0035312	geneDR028108,geneDR003792	5'-3' exodeoxyribonuclease activity	MF
GO:0004753	geneDR028105	saccharopine dehydrogenase activity	MF
GO:0010178	geneDR028064,geneDR031907,geneDR018141,geneDR022923,geneDR010092,geneDR010637	IAA-amino acid conjugate hydrolase activity	MF
GO:0010179	geneDR028064,geneDR031907,geneDR018141,geneDR010092	IAA-Ala conjugate hydrolase activity	MF
GO:0016888	geneDR006839,geneDR014806,geneDR016066,geneDR025995,geneDR034527,geneDR031436	endodeoxyribonuclease activity, producing 5'-phosphomonoesters	MF
GO:0016871	geneDR006832	cycloartenol synthase activity	MF
GO:0004930	geneDR006782,geneDR017846,geneDR025752,geneDR034059,geneDR007116	G protein-coupled receptor activity	MF
GO:0004824	geneDR006587,geneDR006216	lysine-tRNA ligase activity	MF
GO:0042900	geneDR006570,geneDR006569	arabinose transmembrane transporter activity	MF
GO:0008962	geneDR006489	phosphatidylglycerophosphatase activity	MF
GO:0008381	geneDR006457,geneDR020826,geneDR033288,geneDR026568,geneDR003837,geneDR034078,geneDR007093	mechanosensitive ion channel activity	MF
GO:0043515	geneDR006430,geneDR014704,geneDR025287,geneDR008814,geneDR031234,geneDR011156,geneDR007582	kinetochore binding	MF
GO:0016822	geneDR006422,geneDR017569,geneDR017568,geneDR024727,geneDR013164	hydrolase activity, acting on acid carbon-carbon bonds	MF
GO:0016823	geneDR006422,geneDR017569,geneDR017568,geneDR024727,geneDR013164	hydrolase activity, acting on acid carbon-carbon bonds, in ketonic substances	MF
GO:0034820	geneDR006422	4,9-DSHA hydrolase activity	MF
GO:0043142	geneDR006366	single-stranded DNA helicase activity	MF
GO:0008419	geneDR006310	RNA lariat debranching enzyme activity	MF
GO:0051722	geneDR006295,geneDR030638,geneDR006984,geneDR005720	protein C-terminal methylesterase activity	MF
GO:0008728	geneDR006283,geneDR034161,geneDR009724,geneDR016373	GTP diphosphokinase activity	MF
GO:0004159	geneDR006202	dihydropyrimidine dehydrogenase (NAD+) activity	MF
GO:0008703	geneDR006202	5-amino-6-(5-phosphoribosylamino)uracil reductase activity	MF
GO:0004427	geneDR006181,geneDR018292,geneDR015073,geneDR010331,geneDR010083,geneDR009952,geneDR032357,geneDR027612,geneDR009803,geneDR009710,geneDR016450,geneDR016361	inorganic diphosphatase activity	MF
GO:0008195	geneDR006178,geneDR033224,geneDR027522	phosphatidate phosphatase activity	MF
GO:0047874	geneDR006178,geneDR027522	dolichyldiphosphatase activity	MF
GO:0009905	geneDR006154,geneDR025795,geneDR025794,geneDR025793	ent-copalyl diphosphate synthase activity	MF
GO:1990247	geneDR006151,geneDR006150,geneDR006149,geneDR006148,geneDR010314	N6-methyladenosine-containing RNA binding	MF
GO:0046592	geneDR006142,geneDR021909,geneDR010309,geneDR029012	polyamine oxidase activity	MF
GO:0004329	geneDR033794,geneDR024273	formate-tetrahydrofolate ligase activity	MF
GO:0004198	geneDR033779,geneDR024287	calcium-dependent cysteine-type endopeptidase activity	MF
GO:0008307	geneDR033779,geneDR022743,geneDR019083,geneDR024287	structural constituent of muscle	MF
GO:0031402	geneDR033779,geneDR024287	sodium ion binding	MF
GO:0031432	geneDR033779,geneDR024287	titin binding	MF
GO:0055103	geneDR033779,geneDR024287	ligase regulator activity	MF
GO:0000247	geneDR033755	C-8 sterol isomerase activity	MF
GO:0009674	geneDR033754,geneDR011016,geneDR013261,geneDR031936,geneDR031937,geneDR034064	potassium:sodium symporter activity	MF
GO:0015370	geneDR033754,geneDR011016,geneDR013261,geneDR031936,geneDR031937,geneDR034064	solute:sodium symporter activity	MF
GO:0080116	geneDR033751,geneDR033750,geneDR033122,geneDR026318,geneDR023938,geneDR012971,geneDR007377,geneDR007376,geneDR022597,geneDR005556	glucuronoxylan glucuronosyltransferase activity	MF
GO:0080079	geneDR018561,geneDR008607,geneDR024361,geneDR023296,geneDR025596,geneDR034466	cellobiose glucosidase activity	MF
GO:0048365	geneDR018552,geneDR024370	small GTPase binding	MF
GO:0004000	geneDR018533,geneDR017349,geneDR017195,geneDR024916,geneDR013527,geneDR013680,geneDR032514	adenosine deaminase activity	MF
GO:0008251	geneDR018533,geneDR017195,geneDR024916,geneDR013527,geneDR032514	tRNA-specific adenosine deaminase activity	MF
GO:0080176	geneDR018511,geneDR024409,geneDR024405,geneDR024404	xyloglucan 1,6-alpha-xylosidase activity	MF
GO:0009824	geneDR018498,geneDR014844,geneDR020598,geneDR021005,geneDR024686,geneDR024418,geneDR010987,geneDR027710,geneDR027087	AMP dimethylallyltransferase activity	MF
GO:0052622	geneDR018498,geneDR014844,geneDR021005,geneDR024686,geneDR024418,geneDR010987,geneDR027710	ATP dimethylallyltransferase activity	MF
GO:0052623	geneDR018498,geneDR014844,geneDR021005,geneDR024686,geneDR024418,geneDR010987,geneDR027710	ADP dimethylallyltransferase activity	MF
GO:0052716	geneDR018475	hydroquinone:oxygen oxidoreductase activity	MF
GO:0004697	geneDR018456,geneDR031192,geneDR024453	protein kinase C activity	MF
GO:0004698	geneDR018456,geneDR031192,geneDR024453	calcium-dependent protein kinase C activity	MF
GO:0016851	geneDR018448,geneDR017412,geneDR031199,geneDR024461,geneDR013763	magnesium chelatase activity	MF
GO:0051002	geneDR018448,geneDR017412,geneDR031199,geneDR024461,geneDR013763	ligase activity, forming nitrogen-metal bonds	MF
GO:0051003	geneDR018448,geneDR017412,geneDR031199,geneDR024461,geneDR013763	ligase activity, forming nitrogen-metal bonds, forming coordination complexes	MF
GO:0035252	geneDR018437,geneDR017031,geneDR025515,geneDR009021,geneDR008945,geneDR024715,geneDR031211,geneDR026814,geneDR010827,geneDR032635,geneDR029162,geneDR007011,geneDR022244,geneDR005279	UDP-xylosyltransferase activity	MF
GO:0050404	geneDR018437,geneDR031211	zeatin O-beta-D-xylosyltransferase activity	MF
GO:0003975	geneDR018432,geneDR031216	UDP-N-acetylglucosamine-dolichyl-phosphate N-acetylglucosaminephosphotransferase activity	MF
GO:0045436	geneDR018425,geneDR031226	lycopene beta cyclase activity	MF
GO:0048529	geneDR018394,geneDR031264	magnesium-protoporphyrin IX monomethyl ester (oxidative) cyclase activity	MF
GO:0047545	geneDR018390,geneDR016443	2-hydroxyglutarate dehydrogenase activity	MF
GO:0004654	geneDR018381,geneDR008641	polyribonucleotide nucleotidyltransferase activity	MF
GO:0047517	geneDR018352,geneDR033122,geneDR026318,geneDR031315	1,4-beta-D-xylan synthase activity	MF
GO:0015292	geneDR018317,geneDR014781,geneDR032391,geneDR011055,geneDR029110	uniporter activity	MF
GO:0004161	geneDR018315,geneDR034764,geneDR033982,geneDR026303,geneDR032388,geneDR009819	dimethylallyltranstransferase activity	MF
GO:0010012	geneDR018303,geneDR009938,geneDR009936,geneDR032370,geneDR032371,geneDR032373,geneDR009812	steroid 22-alpha hydroxylase activity	MF
GO:0000104	geneDR018302,geneDR019329,geneDR009940,geneDR009939,geneDR032368,geneDR032369,geneDR010472,geneDR009811,geneDR005676	succinate dehydrogenase activity	MF
GO:0008525	geneDR018286,geneDR018285,geneDR015149,geneDR003573,geneDR003574,geneDR003812,geneDR032351,geneDR027707,geneDR009797	phosphatidylcholine transporter activity	MF
GO:0016151	geneDR018283,geneDR009959,geneDR032349,geneDR023818,geneDR026740,geneDR013145,geneDR022274	nickel cation binding	MF
GO:1901611	geneDR018283,geneDR009959,geneDR032349	phosphatidylglycerol binding	MF
GO:0045486	geneDR018259,geneDR009779,geneDR016429	naringenin 3-dioxygenase activity	MF
GO:0045157	geneDR018254	electron transporter, transferring electrons within the noncyclic electron transport pathway of photosynthesis activity	MF
GO:0005034	geneDR018250,geneDR009991,geneDR009990,geneDR009989,geneDR032414,geneDR032415	osmosensor activity	MF
GO:0047372	geneDR018177,geneDR020420,geneDR027353,geneDR027354,geneDR028886,geneDR018908,geneDR026279,geneDR004360,geneDR017870,geneDR010056,geneDR014666,geneDR013284,geneDR023250,geneDR009726,geneDR016377	acylglycerol lipase activity	MF
GO:0008428	geneDR018136,geneDR010096	ribonuclease inhibitor activity	MF
GO:0034236	geneDR018136,geneDR010096	protein kinase A catalytic subunit binding	MF
GO:0004142	geneDR018072,geneDR010157,geneDR016317	diacylglycerol cholinephosphotransferase activity	MF
GO:0070530	geneDR018071,geneDR018070,geneDR029930,geneDR025864,geneDR009640,geneDR016316,geneDR007019	K63-linked polyubiquitin modification-dependent protein binding	MF
GO:0004066	geneDR018005,geneDR019076,geneDR010221,geneDR024368	asparagine synthase (glutamine-hydrolyzing) activity	MF
GO:0000900	geneDR017995,geneDR026942,geneDR032289,geneDR022648	mRNA regulatory element binding translation repressor activity	MF
GO:0004854	geneDR030954,geneDR024255	xanthine dehydrogenase activity	MF
GO:0016726	geneDR030954,geneDR024255	oxidoreductase activity, acting on CH or CH2 groups, NAD or NADP as acceptor	MF
GO:0043546	geneDR030954,geneDR024255	molybdopterin cofactor binding	MF
GO:0015139	geneDR030955,geneDR024254	alpha-ketoglutarate transmembrane transporter activity	MF
GO:0016636	geneDR030976,geneDR032297,geneDR024238	oxidoreductase activity, acting on the CH-CH group of donors, iron-sulfur protein as acceptor	MF
GO:0050619	geneDR030976,geneDR024238	phytochromobilin:ferredoxin oxidoreductase activity	MF
GO:0008940	geneDR031016,geneDR025140	nitrate reductase activity	MF
GO:0030151	geneDR031016	molybdenum ion binding	MF
GO:0004031	geneDR031018	aldehyde oxidase activity	MF
GO:0010293	geneDR031018	abscisic aldehyde oxidase activity	MF
GO:0016623	geneDR031018	oxidoreductase activity, acting on the aldehyde or oxo group of donors, oxygen as acceptor	MF
GO:0018479	geneDR031018	benzaldehyde dehydrogenase (NAD+) activity	MF
GO:0018488	geneDR031018	aryl-aldehyde oxidase activity	MF
GO:0050302	geneDR031018	indole-3-acetaldehyde oxidase activity	MF
GO:0000257	geneDR031044	nitrilase activity	MF
GO:0016815	geneDR031044	hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in nitriles	MF
GO:0018822	geneDR031044	nitrile hydratase activity	MF
GO:0047427	geneDR031044	cyanoalanine nitrilase activity	MF
GO:0047558	geneDR031044	3-cyanoalanine hydratase activity	MF
GO:0080061	geneDR031044	indole-3-acetonitrile nitrilase activity	MF
GO:0080109	geneDR031044	indole-3-acetonitrile nitrile hydratase activity	MF
GO:0004526	geneDR031063,geneDR014785	ribonuclease P activity	MF
GO:0004549	geneDR031063,geneDR014785,geneDR016506	tRNA-specific ribonuclease activity	MF
GO:0047538	geneDR031070	2-carboxy-D-arabinitol-1-phosphatase activity	MF
GO:0047259	geneDR031077,geneDR024156	glucomannan 4-beta-mannosyltransferase activity	MF
GO:0045140	geneDR031163,geneDR022941,geneDR010893	inositol phosphoceramide synthase activity	MF
GO:0015093	geneDR031184,geneDR035101,geneDR020506	ferrous iron transmembrane transporter activity	MF
GO:0045431	geneDR034139,geneDR034140,geneDR012728,geneDR007325	flavonol synthase activity	MF
GO:0009678	geneDR034143,geneDR017583,geneDR017582,geneDR015313,geneDR029940,geneDR021182,geneDR033599,geneDR013142	pyrophosphate hydrolysis-driven proton transmembrane transporter activity	MF
GO:0051740	geneDR034146,geneDR034147,geneDR034148,geneDR014798,geneDR029955,geneDR020953,geneDR007317	ethylene binding	MF
GO:0072328	geneDR034146,geneDR034147,geneDR034148,geneDR014798,geneDR029955,geneDR020953,geneDR007317	alkene binding	MF
GO:0038199	geneDR034147,geneDR034148,geneDR007317	ethylene receptor activity	MF
GO:0005363	geneDR034168,geneDR007300	maltose transmembrane transporter activity	MF
GO:0003886	geneDR017660,geneDR017659,geneDR008642	DNA (cytosine-5-)-methyltransferase activity	MF
GO:0009008	geneDR017660,geneDR017659,geneDR008642,geneDR005412	DNA-methyltransferase activity	MF
GO:0008568	geneDR017652	microtubule-severing ATPase activity	MF
GO:0003941	geneDR017626	L-serine ammonia-lyase activity	MF
GO:0008721	geneDR017626	D-serine ammonia-lyase activity	MF
GO:0016594	geneDR017626	glycine binding	MF
GO:0018114	geneDR017626	threonine racemase activity	MF
GO:0030165	geneDR017626	PDZ domain binding	MF
GO:0030378	geneDR017626	serine racemase activity	MF
GO:0042165	geneDR017626	neurotransmitter binding	MF
GO:0004334	geneDR017569,geneDR017568,geneDR013164	fumarylacetoacetase activity	MF
GO:0003852	geneDR017557,geneDR013175	2-isopropylmalate synthase activity	MF
GO:0035514	geneDR017550	DNA demethylase activity	MF
GO:0035515	geneDR017550,geneDR013018,geneDR009349,geneDR029047,geneDR007572	oxidative RNA demethylase activity	MF
GO:1990930	geneDR017550	mRNA N1-methyladenosine dioxygenase activity	MF
GO:0019778	geneDR017421,geneDR013770	Atg12 activating enzyme activity	MF
GO:0019779	geneDR017421,geneDR013770	Atg8 activating enzyme activity	MF
GO:0000014	geneDR017382,geneDR016066,geneDR026078,geneDR034527,geneDR031436,geneDR013717	single-stranded DNA endodeoxyribonuclease activity	MF
GO:0043765	geneDR017382,geneDR013717	T/G mismatch-specific endonuclease activity	MF
GO:0032454	geneDR017370,geneDR029779,geneDR027344,geneDR027346,geneDR015766,geneDR015765,geneDR021157,geneDR026538,geneDR013708,geneDR032669	histone H3-methyl-lysine-9 demethylase activity	MF
GO:0052635	geneDR017352,geneDR015839,geneDR015357,geneDR007569	C-20 gibberellin 2-beta-dioxygenase activity	MF
GO:0090711	geneDR017317	FMN hydrolase activity	MF
GO:0046030	geneDR017286,geneDR017211,geneDR019751,geneDR015795,geneDR015736,geneDR026059,geneDR022910,geneDR014650,geneDR013540,geneDR005983	inositol trisphosphate phosphatase activity	MF
GO:0052658	geneDR017286,geneDR015795	inositol-1,4,5-trisphosphate 5-phosphatase activity	MF
GO:0050408	geneDR017236,geneDR015758	[pyruvate kinase]-phosphatase activity	MF
GO:1990889	geneDR017203,geneDR013532	H4K20me3 modified histone binding	MF
GO:0052717	geneDR017195,geneDR013527	tRNA-specific adenosine-34 deaminase activity	MF
GO:0071614	geneDR017154	linoleic acid epoxygenase activity	MF
GO:0050486	geneDR017146,geneDR013473	intramolecular transferase activity, transferring hydroxy groups	MF
GO:0052668	geneDR017103	CTP:farnesol kinase activity	MF
GO:0052669	geneDR017103	CTP:farnesol kinase activity	MF
GO:0052670	geneDR017103	geraniol kinase activity	MF
GO:0052671	geneDR017103	geranylgeraniol kinase activity	MF
GO:0052673	geneDR017103	prenol kinase activity	MF
GO:0036455	geneDR017083,geneDR013404	iron-sulfur transferase activity	MF
GO:0071567	geneDR017066,geneDR013381	deUFMylase activity	MF
GO:0050347	geneDR015339,geneDR028821,geneDR017762,geneDR017763	trans-octaprenyltranstransferase activity	MF
GO:0045735	geneDR015313,geneDR033599,geneDR025832,geneDR007050	nutrient reservoir activity	MF
GO:0008179	geneDR015308,geneDR003585,geneDR033608	adenylate cyclase binding	MF
GO:0004560	geneDR015275,geneDR015274,geneDR003634,geneDR033656,geneDR027063,geneDR009422,geneDR009419	alpha-L-fucosidase activity	MF
GO:0015928	geneDR015275,geneDR015274,geneDR003634,geneDR033656,geneDR027063,geneDR009422,geneDR009419	fucosidase activity	MF
GO:0047513	geneDR015275,geneDR015274,geneDR003634,geneDR033656	1,2-alpha-L-fucosidase activity	MF
GO:0070888	geneDR015251	E-box binding	MF
GO:0030775	geneDR015204,geneDR010407,geneDR027773	glucuronoxylan 4-O-methyltransferase activity	MF
GO:0004642	geneDR015164,geneDR033471,geneDR021780	phosphoribosylformylglycinamidine synthase activity	MF
GO:0031957	geneDR015160,geneDR027718,geneDR025727,geneDR034035,geneDR007130	very long-chain fatty acid-CoA ligase activity	MF
GO:0019948	geneDR015145,geneDR025079,geneDR027703,geneDR022692,geneDR022707,geneDR005104	SUMO activating enzyme activity	MF
GO:0008477	geneDR015141,geneDR015140,geneDR014201,geneDR015796,geneDR027695	purine nucleosidase activity	MF
GO:0008930	geneDR015141,geneDR015140,geneDR027695	methylthioadenosine nucleosidase activity	MF
GO:0016531	geneDR015107,geneDR019812,geneDR026125,geneDR021614,geneDR022205	copper chaperone activity	MF
GO:0008531	geneDR015096,geneDR010420	riboflavin kinase activity	MF
GO:0019808	geneDR015043	polyamine binding	MF
GO:0019810	geneDR015043	putrescine binding	MF
GO:0004633	geneDR014964,geneDR027482	phosphopantothenoylcysteine decarboxylase activity	MF
GO:0035594	geneDR014951,geneDR027470,geneDR016598	ganglioside binding	MF
GO:0043208	geneDR014951,geneDR027470,geneDR016598	glycosphingolipid binding	MF
GO:0097001	geneDR014951,geneDR027470,geneDR016598	ceramide binding	MF
GO:1905573	geneDR014951,geneDR027470,geneDR016598	ganglioside GM1 binding	MF
GO:1905574	geneDR014951,geneDR027470,geneDR016598	ganglioside GM2 binding	MF
GO:1905575	geneDR014951,geneDR027470,geneDR016598	ganglioside GM3 binding	MF
GO:1905576	geneDR014951,geneDR027470,geneDR016598	ganglioside GT1b binding	MF
GO:1905577	geneDR014951,geneDR027470,geneDR016598	ganglioside GP1c binding	MF
GO:0004651	geneDR014938,geneDR019448,geneDR027461	polynucleotide 5'-phosphatase activity	MF
GO:0050355	geneDR014938,geneDR019448,geneDR027461	triphosphatase activity	MF
GO:0098518	geneDR014938,geneDR019448,geneDR027461,geneDR005301	polynucleotide phosphatase activity	MF
GO:1990055	geneDR014886,geneDR010950	phenylacetaldehyde synthase activity	MF
GO:0070182	geneDR014880,geneDR010960,geneDR025642	DNA polymerase binding	MF
GO:0038198	geneDR014827,geneDR004864,geneDR011010	auxin receptor activity	MF
GO:0032138	geneDR014813	single base insertion or deletion binding	MF
GO:0017108	geneDR014806,geneDR016066,geneDR025995,geneDR034527,geneDR031436	5'-flap endonuclease activity	MF
GO:0048256	geneDR014806,geneDR019744,geneDR016066,geneDR025995,geneDR034527,geneDR031436,geneDR029590	flap endonuclease activity	MF
GO:0070336	geneDR014806	flap-structured DNA binding	MF
GO:0000823	geneDR014800	inositol-1,4,5-trisphosphate 6-kinase activity	MF
GO:0000824	geneDR014800	inositol tetrakisphosphate 3-kinase activity	MF
GO:0000171	geneDR014785	ribonuclease MRP activity	MF
GO:0103075	geneDR014773,geneDR004831,geneDR011008,geneDR011070,geneDR027239	indole-3-pyruvate monooxygenase activity	MF
GO:0003988	geneDR014767,geneDR020477,geneDR019621,geneDR020912,geneDR011078,geneDR013182,geneDR027233,geneDR025705,geneDR007173	acetyl-CoA C-acyltransferase activity	MF
GO:0015245	geneDR014735,geneDR020502,geneDR020501,geneDR023958,geneDR004805,geneDR031213,geneDR011122,geneDR027208,geneDR026934,geneDR032279,geneDR032280,geneDR007235	fatty acid transmembrane transporter activity	MF
GO:0052691	geneDR025323,geneDR004752,geneDR024834,geneDR024508,geneDR005830	UDP-arabinopyranose mutase activity	MF
GO:0004475	geneDR025357,geneDR011227,geneDR029513	mannose-1-phosphate guanylyltransferase activity	MF
GO:0008905	geneDR025357,geneDR008949,geneDR004540,geneDR023751,geneDR011227,geneDR029513,geneDR005378,geneDR005377,geneDR005376	mannose-phosphate guanylyltransferase activity	MF
GO:0003906	geneDR025360,geneDR030696,geneDR004893,geneDR022810,geneDR021619,geneDR010862,geneDR011231,geneDR009775,geneDR006934	DNA-(apurinic or apyrimidinic site) endonuclease activity	MF
GO:0071566	geneDR025404,geneDR011277	UFM1 activating enzyme activity	MF
GO:0004019	geneDR025442,geneDR010909	adenylosuccinate synthase activity	MF
GO:0001078	geneDR025443,geneDR029741,geneDR008492,geneDR030802,geneDR010908,geneDR032509,geneDR029619,geneDR025617,geneDR025616	DNA-binding transcription repressor activity, RNA polymerase II-specific	MF
GO:0001227	geneDR025443,geneDR029741,geneDR008492,geneDR030802,geneDR010908,geneDR032509,geneDR029619,geneDR025617,geneDR025616	DNA-binding transcription repressor activity, RNA polymerase II-specific	MF
GO:0032574	geneDR025443,geneDR029741,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR031816,geneDR033479,geneDR010908	5'-3' RNA helicase activity	MF
GO:0032575	geneDR025443,geneDR029741,geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR031816,geneDR033479,geneDR010908	5'-3' RNA helicase activity	MF
GO:1990955	geneDR025443,geneDR029741,geneDR010908	G-rich single-stranded DNA binding	MF
GO:0050733	geneDR025448,geneDR019512,geneDR010897	RS domain binding	MF
GO:0003905	geneDR025457,geneDR022349	alkylbase DNA N-glycosylase activity	MF
GO:0018738	geneDR025477,geneDR010868	S-formylglutathione hydrolase activity	MF
GO:0070037	geneDR025488,geneDR010852	rRNA (pseudouridine) methyltransferase activity	MF
GO:0016819	geneDR025511,geneDR016592,geneDR007212	hydrolase activity, acting on acid anhydrides, in sulfonyl-containing anhydrides	MF
GO:0047627	geneDR025511,geneDR016592,geneDR007212	adenylylsulfatase activity	MF
GO:0034513	geneDR025526,geneDR009053,geneDR010815,geneDR013301	box H/ACA snoRNA binding	MF
GO:0005126	geneDR025561,geneDR023023,geneDR010775	cytokine receptor binding	MF
GO:0005133	geneDR025561,geneDR023023,geneDR010775	interferon-gamma receptor binding	MF
GO:0030971	geneDR025561,geneDR023023,geneDR010775	receptor tyrosine kinase binding	MF
GO:1990782	geneDR025561,geneDR023023,geneDR010775	protein tyrosine kinase binding	MF
GO:0003995	geneDR025575,geneDR013988,geneDR019477,geneDR019478,geneDR015440,geneDR021046,geneDR024972,geneDR019335,geneDR019334,geneDR010758,geneDR012920,geneDR007404	acyl-CoA dehydrogenase activity	MF
GO:0003997	geneDR025575,geneDR013988,geneDR024972,geneDR019335,geneDR019334,geneDR010758,geneDR012920,geneDR009141,geneDR016575,geneDR007404	acyl-CoA oxidase activity	MF
GO:0004151	geneDR025584,geneDR010742	dihydroorotase activity	MF
GO:0035258	geneDR025589,geneDR025590,geneDR027344,geneDR027346,geneDR019725,geneDR015766,geneDR015765,geneDR010732,geneDR029470	nuclear receptor binding	MF
GO:0050681	geneDR025589,geneDR025590,geneDR027344,geneDR027346,geneDR019725,geneDR015766,geneDR015765,geneDR010732	nuclear androgen receptor binding	MF
GO:0061628	geneDR033125,geneDR026323	H3K27me3 modified histone binding	MF
GO:0032542	geneDR033120,geneDR026316	sulfiredoxin activity	MF
GO:0001530	geneDR028049,geneDR010672,geneDR005383	lipopolysaccharide binding	MF
GO:0004478	geneDR028027	methionine adenosyltransferase activity	MF
GO:0017112	geneDR027961,geneDR026243,geneDR014649,geneDR014502,geneDR026576,geneDR010594,geneDR026928,geneDR032270,geneDR005984	guanyl-nucleotide exchange factor activity	MF
GO:0009917	geneDR027939,geneDR008540,geneDR021691,geneDR021692,geneDR010340,geneDR012734	sterol 5-alpha reductase activity	MF
GO:0050213	geneDR027939,geneDR010340,geneDR012734	progesterone 5-alpha-reductase activity	MF
GO:0003939	geneDR027922,geneDR010551	L-iditol 2-dehydrogenase activity	MF
GO:0017151	geneDR027914,geneDR030259,geneDR018784,geneDR010537	DEAD/H-box RNA helicase binding	MF
GO:0019776	geneDR030277,geneDR030278,geneDR010521	Atg8 ligase activity	MF
GO:0001727	geneDR030279,geneDR017846,geneDR010518	lipid kinase activity	MF
GO:0001729	geneDR030279,geneDR010518	ceramide kinase activity	MF
GO:0047958	geneDR029708	glycine:2-oxoglutarate aminotransferase activity	MF
GO:0033819	geneDR020689,geneDR032579	lipoyl(octanoyl) transferase activity	MF
GO:0016631	geneDR020687,geneDR032582,geneDR032581	enoyl-[acyl-carrier-protein] reductase activity	MF
GO:0050515	geneDR020629,geneDR027125,geneDR027124	4-(cytidine 5'-diphospho)-2-C-methyl-D-erythritol kinase activity	MF
GO:0050126	geneDR020613,geneDR027105	N-carbamoylputrescine amidase activity	MF
GO:0015207	geneDR020593,geneDR026679,geneDR027084,geneDR022584	adenine transmembrane transporter activity	MF
GO:0015208	geneDR020593,geneDR026679,geneDR027084,geneDR022584	guanine transmembrane transporter activity	MF
GO:0010542	geneDR020566,geneDR027041,geneDR027040	nitrate efflux transmembrane transporter activity	MF
GO:0052751	geneDR020557,geneDR027151	GDP-mannose hydrolase activity	MF
GO:0003934	geneDR020497,geneDR020495,geneDR011096,geneDR025682,geneDR007203	GTP cyclohydrolase I activity	MF
GO:0003985	geneDR020477,geneDR013182,geneDR027233,geneDR025705,geneDR007173	acetyl-CoA C-acetyltransferase activity	MF
GO:0016453	geneDR020477,geneDR013182,geneDR027233,geneDR025705,geneDR007173	C-acetyltransferase activity	MF
GO:0032027	geneDR020418	myosin light chain binding	MF
GO:0035254	geneDR020418	glutamate receptor binding	MF
GO:0035255	geneDR020418	ionotropic glutamate receptor binding	MF
GO:0043008	geneDR020418	ATP-dependent protein binding	MF
GO:0043325	geneDR020418	phosphatidylinositol-3,4-bisphosphate binding	MF
GO:0048306	geneDR020418	calcium-dependent protein binding	MF
GO:0060001	geneDR020418	minus-end directed microfilament motor activity	MF
GO:0060002	geneDR020418	plus-end directed microfilament motor activity	MF
GO:0047632	geneDR009051	agmatine deiminase activity	MF
GO:0033843	geneDR009021,geneDR024715,geneDR007011	xyloglucan 6-xylosyltransferase activity	MF
GO:0004750	geneDR009016,geneDR008717,geneDR013331,geneDR005063	D-ribulose-phosphate 3-epimerase activity	MF
GO:0000293	geneDR008998,geneDR019667,geneDR019685,geneDR026006,geneDR024892,geneDR023103,geneDR013344	ferric-chelate reductase activity	MF
GO:0016723	geneDR008998,geneDR019667,geneDR019685,geneDR026006,geneDR024892,geneDR023103,geneDR013344	oxidoreductase activity, acting on metal ions, NAD or NADP as acceptor	MF
GO:0070728	geneDR008973,geneDR013366	leucine binding	MF
GO:0051011	geneDR008952,geneDR024503,geneDR024474,geneDR010478,geneDR022236,geneDR005825,geneDR005669	microtubule minus-end binding	MF
GO:0008928	geneDR008949,geneDR004540,geneDR023751,geneDR005378,geneDR005377,geneDR005376	mannose-1-phosphate guanylyltransferase (GDP) activity	MF
GO:0010471	geneDR008949,geneDR004540,geneDR023751,geneDR005378,geneDR005377,geneDR005376	GDP-galactose:mannose-1-phosphate guanylyltransferase activity	MF
GO:0010472	geneDR008949,geneDR004540,geneDR023751,geneDR005378,geneDR005377,geneDR005376	GDP-galactose:glucose-1-phosphate guanylyltransferase activity	MF
GO:0010473	geneDR008949,geneDR004540,geneDR023751,geneDR005378,geneDR005377,geneDR005376	GDP-galactose:myoinositol-1-phosphate guanylyltransferase activity	MF
GO:0010474	geneDR008949,geneDR004540,geneDR023751,geneDR005378,geneDR005377,geneDR005376	glucose-1-phosphate guanylyltransferase (GDP) activity	MF
GO:0010475	geneDR008949,geneDR004540,geneDR023751,geneDR005378,geneDR005377,geneDR005376	galactose-1-phosphate guanylyltransferase (GDP) activity	MF
GO:0080048	geneDR008949,geneDR004540,geneDR023751,geneDR005378,geneDR005377,geneDR005376	GDP-D-glucose phosphorylase activity	MF
GO:0050513	geneDR008945,geneDR026814,geneDR022244,geneDR005279	glycoprotein 2-beta-D-xylosyltransferase activity	MF
GO:0032942	geneDR008861,geneDR004408,geneDR022346	inositol tetrakisphosphate 2-kinase activity	MF
GO:0035299	geneDR008861,geneDR004408,geneDR022346	inositol pentakisphosphate 2-kinase activity	MF
GO:0017049	geneDR008846	small GTPase binding	MF
GO:0070064	geneDR008813,geneDR003903	proline-rich region binding	MF
GO:0052856	geneDR008780,geneDR019531,geneDR020999	NADHX epimerase activity	MF
GO:0052857	geneDR008780,geneDR019531,geneDR020999	NADPHX epimerase activity	MF
GO:0008426	geneDR008701,geneDR005038	protein kinase C inhibitor activity	MF
GO:0003681	geneDR008601	bent DNA binding	MF
GO:0008676	geneDR008546	3-deoxy-8-phosphooctulonate synthase activity	MF
GO:0030283	geneDR008540,geneDR021691,geneDR021692	testosterone dehydrogenase [NAD(P)] activity	MF
GO:0033764	geneDR008540,geneDR021691,geneDR021692	steroid dehydrogenase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	MF
GO:0010276	geneDR008519,geneDR033922	phytol kinase activity	MF
GO:0010303	geneDR008514	limit dextrinase activity	MF
GO:0051060	geneDR008514	pullulanase activity	MF
GO:0003827	geneDR008464	alpha-1,3-mannosylglycoprotein 2-beta-N-acetylglucosaminyltransferase activity	MF
GO:0016262	geneDR008464,geneDR022919	protein N-acetylglucosaminyltransferase activity	MF
GO:0045430	geneDR008396,geneDR008336,geneDR029481,geneDR029554	chalcone isomerase activity	MF
GO:0015271	geneDR008276,geneDR010378,geneDR005770	outward rectifier potassium channel activity	MF
GO:0004105	geneDR008225,geneDR029667	choline-phosphate cytidylyltransferase activity	MF
GO:0015087	geneDR008193,geneDR023587,geneDR023586	cobalt ion transmembrane transporter activity	MF
GO:0016166	geneDR008163,geneDR023551	phytoene dehydrogenase activity	MF
GO:0003866	geneDR030080,geneDR031377	3-phosphoshikimate 1-carboxyvinyltransferase activity	MF
GO:0030159	geneDR030062	signaling receptor complex adaptor activity	MF
GO:0042169	geneDR030062	SH2 domain binding	MF
GO:0033971	geneDR030034	hydroxyisourate hydrolase activity	MF
GO:0051997	geneDR030034	2-oxo-4-hydroxy-4-carboxy-5-ureidoimidazoline decarboxylase activity	MF
GO:0000224	geneDR029969,geneDR023364	peptide-N4-(N-acetyl-beta-glucosaminyl)asparagine amidase activity	MF
GO:0004793	geneDR029951,geneDR023345	threonine aldolase activity	MF
GO:0008732	geneDR029951,geneDR023345	L-allo-threonine aldolase activity	MF
GO:1990482	geneDR029947	sphingolipid alpha-glucuronosyltransferase activity	MF
GO:0004335	geneDR029906,geneDR023287	galactokinase activity	MF
GO:0003850	geneDR029800	2-deoxyglucose-6-phosphatase activity	MF
GO:0004346	geneDR029800	glucose-6-phosphatase activity	MF
GO:0050309	geneDR029800	sugar-terminal-phosphatase activity	MF
GO:0000179	geneDR029772,geneDR026835,geneDR035039,geneDR018708,geneDR007508	rRNA (adenine-N6,N6-)-dimethyltransferase activity	MF
GO:0016422	geneDR029772,geneDR013220,geneDR012768	mRNA (2'-O-methyladenosine-N6-)-methyltransferase activity	MF
GO:0016433	geneDR029772,geneDR026835,geneDR035039,geneDR018708,geneDR012768,geneDR007508	rRNA (adenine) methyltransferase activity	MF
GO:0004471	geneDR029763,geneDR034921,geneDR026831,geneDR026832,geneDR018710,geneDR032653	malate dehydrogenase (decarboxylating) (NAD+) activity	MF
GO:0000253	geneDR034870,geneDR027319	3-keto sterol reductase activity	MF
GO:0004090	geneDR034870,geneDR027319	carbonyl reductase (NADPH) activity	MF
GO:0018455	geneDR034870,geneDR027319	alcohol dehydrogenase [NAD(P)+] activity	MF
GO:0052650	geneDR034870,geneDR027319,geneDR027781	NADP-retinol dehydrogenase activity	MF
GO:0008934	geneDR027309,geneDR018736,geneDR018941,geneDR026288	inositol monophosphate 1-phosphatase activity	MF
GO:0010347	geneDR027309,geneDR018941,geneDR026288	L-galactose-1-phosphate phosphatase activity	MF
GO:0070456	geneDR027309,geneDR018941,geneDR026288	galactose-1-phosphate phosphatase activity	MF
GO:0042288	geneDR027331,geneDR018918	MHC class I protein binding	MF
GO:0047499	geneDR027353,geneDR027354,geneDR018908,geneDR026279,geneDR017870	calcium-independent phospholipase A2 activity	MF
GO:0047782	geneDR027356,geneDR027357	coniferin beta-glucosidase activity	MF
GO:0004867	geneDR027371,geneDR027372,geneDR027418,geneDR022583,geneDR005395	serine-type endopeptidase inhibitor activity	MF
GO:0033677	geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR031816,geneDR033479	DNA/RNA helicase activity	MF
GO:0033678	geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR031816,geneDR033479	5'-3' DNA/RNA helicase activity	MF
GO:0033680	geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR031816,geneDR033479	DNA/RNA helicase activity	MF
GO:0033682	geneDR028892,geneDR026858,geneDR026859,geneDR026860,geneDR026878,geneDR031816,geneDR033479	5'-3' DNA/RNA helicase activity	MF
GO:0044715	geneDR028871,geneDR018818	8-oxo-dGDP phosphatase activity	MF
GO:0008124	geneDR028852,geneDR018798	4-alpha-hydroxytetrahydrobiopterin dehydratase activity	MF
GO:0010175	geneDR020755	sphingomyelin transfer activity	MF
GO:0046624	geneDR020755,geneDR012914,geneDR012999,geneDR007410,geneDR005967	sphingolipid transporter activity	MF
GO:0120013	geneDR020755	lipid transfer activity	MF
GO:0004112	geneDR020769,geneDR020770,geneDR018815	cyclic-nucleotide phosphodiesterase activity	MF
GO:0004113	geneDR020769,geneDR020770,geneDR018815	2',3'-cyclic-nucleotide 3'-phosphodiesterase activity	MF
GO:0052636	geneDR033093,geneDR018678,geneDR033551,geneDR021934	arabinosyltransferase activity	MF
GO:0016300	geneDR034180,geneDR027823,geneDR027261,geneDR025797	tRNA (uracil) methyltransferase activity	MF
GO:0010283	geneDR027846	pinoresinol reductase activity	MF
GO:0004758	geneDR030144,geneDR021317	serine C-palmitoyltransferase activity	MF
GO:0016454	geneDR030144,geneDR021317	C-palmitoyltransferase activity	MF
GO:0009974	geneDR030120,geneDR026410	zeinoxanthin epsilon hydroxylase activity	MF
GO:0072374	geneDR030120,geneDR026410	carotene epsilon hydroxylase activity	MF
GO:0004794	geneDR030111,geneDR026412,geneDR026413,geneDR022798	L-threonine ammonia-lyase activity	MF
GO:0019912	geneDR014219	cyclin-dependent protein kinase activating kinase activity	MF
GO:0045437	geneDR014201	uridine nucleosidase activity	MF
GO:0047622	geneDR014201	adenosine nucleosidase activity	MF
GO:0047724	geneDR014201,geneDR015796	inosine nucleosidase activity	MF
GO:0050263	geneDR014201	ribosylpyrimidine nucleosidase activity	MF
GO:0072585	geneDR014201	xanthosine nucleotidase activity	MF
GO:0046608	geneDR014127,geneDR021328	carotenoid isomerase activity	MF
GO:0009883	geneDR014080,geneDR021196	red or far-red light photoreceptor activity	MF
GO:0031516	geneDR014080,geneDR021196	far-red light photoreceptor activity	MF
GO:0017040	geneDR014014,geneDR016089,geneDR021254	N-acylsphingosine amidohydrolase activity	MF
GO:0070774	geneDR014014,geneDR016089,geneDR021254	phytoceramidase activity	MF
GO:0001735	geneDR013976	prenylcysteine oxidase activity	MF
GO:0033919	geneDR013972,geneDR021228	glucan 1,3-alpha-glucosidase activity	MF
GO:0090600	geneDR013972,geneDR021228	alpha-1,3-glucosidase activity	MF
GO:0003989	geneDR013961,geneDR021206,geneDR014497,geneDR026580,geneDR022680	acetyl-CoA carboxylase activity	MF
GO:0046422	geneDR013830,geneDR021104	violaxanthin de-epoxidase activity	MF
GO:0047453	geneDR019531,geneDR020999	ATP-dependent NAD(P)H-hydrate dehydratase activity	MF
GO:0047560	geneDR019534	3-dehydrosphinganine reductase activity	MF
GO:0050613	geneDR019577,geneDR020942	delta14-sterol reductase activity	MF
GO:0046870	geneDR019637	cadmium ion binding	MF
GO:0008821	geneDR019744,geneDR025995,geneDR010566	crossover junction endodeoxyribonuclease activity	MF
GO:0004445	geneDR019751,geneDR026059,geneDR014650,geneDR005983	inositol-polyphosphate 5-phosphatase activity	MF
GO:0003964	geneDR019787,geneDR026098,geneDR024660,geneDR024658,geneDR022715,geneDR019388,geneDR009275,geneDR016496	RNA-directed DNA polymerase activity	MF
GO:0019144	geneDR019811,geneDR015370	ADP-sugar diphosphatase activity	MF
GO:0080041	geneDR019811,geneDR015370	ADP-ribose pyrophosphohydrolase activity	MF
GO:0080042	geneDR019811	ADP-glucose pyrophosphohydrolase activity	MF
GO:0016532	geneDR019812,geneDR026125	superoxide dismutase copper chaperone activity	MF
GO:0004040	geneDR034329	amidase activity	MF
GO:0043864	geneDR034329	indoleacetamide hydrolase activity	MF
GO:0050362	geneDR034510,geneDR034506,geneDR025938,geneDR006955	L-tryptophan:2-oxoglutarate aminotransferase activity	MF
GO:0070529	geneDR034510,geneDR034506,geneDR025938,geneDR006955	L-tryptophan aminotransferase activity	MF
GO:0080097	geneDR034510,geneDR034506,geneDR025938,geneDR006955	L-tryptophan:pyruvate aminotransferase activity	MF
GO:0004363	geneDR016062	glutathione synthase activity	MF
GO:0050589	geneDR016026,geneDR013056	leucocyanidin oxygenase activity	MF
GO:0017005	geneDR015838	3'-tyrosyl-DNA phosphodiesterase activity	MF
GO:0070259	geneDR015838,geneDR013148	tyrosyl-DNA phosphodiesterase activity	MF
GO:0033987	geneDR015756	2-hydroxyisoflavanone dehydratase activity	MF
GO:1990136	geneDR015751,geneDR013111,geneDR013264	linoleate 9S-lipoxygenase activity	MF
GO:0004424	geneDR015746	imidazoleglycerol-phosphate dehydratase activity	MF
GO:0004848	geneDR015717	ureidoglycolate hydrolase activity	MF
GO:0004573	geneDR015640	Glc3Man9GlcNAc2 oligosaccharide glucosidase activity	MF
GO:0031956	geneDR015629,geneDR019270	medium-chain fatty acid-CoA ligase activity	MF
GO:0009000	geneDR015521,geneDR035192,geneDR035193,geneDR035175,geneDR035176	selenocysteine lyase activity	MF
GO:0034020	geneDR015503	neoxanthin synthase activity	MF
GO:0043539	geneDR015464,geneDR019156,geneDR027073	protein serine/threonine kinase activator activity	MF
GO:0061575	geneDR015464,geneDR019156,geneDR027073	cyclin-dependent protein serine/threonine kinase activator activity	MF
GO:0046429	geneDR015442,geneDR033622,geneDR033618	4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase activity	MF
GO:0052592	geneDR015442,geneDR033363,geneDR033622,geneDR033618	oxidoreductase activity, acting on CH or CH2 groups, with an iron-sulfur protein as acceptor	MF
GO:0003853	geneDR015440	2-methylacyl-CoA dehydrogenase activity	MF
GO:0008470	geneDR015440	isovaleryl-CoA dehydrogenase activity	MF
GO:0004081	geneDR033207,geneDR021521	bis(5'-nucleosyl)-tetraphosphatase (asymmetrical) activity	MF
GO:0008796	geneDR033207,geneDR021521	bis(5'-nucleosyl)-tetraphosphatase activity	MF
GO:0008759	geneDR033196	UDP-3-O-[3-hydroxymyristoyl] N-acetylglucosamine deacetylase activity	MF
GO:0004174	geneDR021263	electron-transferring-flavoprotein dehydrogenase activity	MF
GO:0016649	geneDR021263	oxidoreductase activity, acting on the CH-NH group of donors, quinone or similar compound as acceptor	MF
GO:0043783	geneDR021263	oxidoreductase activity, acting on metal ions, flavin as acceptor	MF
GO:0048039	geneDR021263	ubiquinone binding	MF
GO:0034336	geneDR021246	misfolded RNA binding	MF
GO:0003987	geneDR021058,geneDR021057,geneDR021056,geneDR004003	acetate-CoA ligase activity	MF
GO:0047760	geneDR021058,geneDR021057,geneDR021056,geneDR010389,geneDR010390,geneDR010391,geneDR005756,geneDR005755,geneDR005754,geneDR005753	butyrate-CoA ligase activity	MF
GO:0070615	geneDR020987	ATP-dependent chromatin remodeler activity	MF
GO:0015231	geneDR020984	5-formyltetrahydrofolate transmembrane transporter activity	MF
GO:0015350	geneDR020984	methotrexate transmembrane transporter activity	MF
GO:0003959	geneDR025990,geneDR025678	NADPH dehydrogenase activity	MF
GO:0016290	geneDR026013	palmitoyl-CoA hydrolase activity	MF
GO:0052815	geneDR026013	medium-chain acyl-CoA hydrolase activity	MF
GO:0071987	geneDR026021	WD40-repeat domain binding	MF
GO:0015440	geneDR026037,geneDR032547,geneDR016182,geneDR007054	ABC-type peptide transporter activity	MF
GO:0015462	geneDR026037,geneDR032547,geneDR016182,geneDR007054	ABC-type protein transporter activity	MF
GO:0080146	geneDR032448,geneDR033567,geneDR023375	L-cysteine desulfhydrase activity	MF
GO:0061770	geneDR031419	translation elongation factor binding	MF
GO:0008922	geneDR024034,geneDR024031,geneDR023556	long-chain fatty acid [acyl-carrier-protein] ligase activity	MF
GO:0004013	geneDR024025	adenosylhomocysteinase activity	MF
GO:0016802	geneDR024025	trialkylsulfonium hydrolase activity	MF
GO:0080131	geneDR024007	hydroxyjasmonate sulfotransferase activity	MF
GO:0004057	geneDR030795	arginyltransferase activity	MF
GO:0045294	geneDR030741,geneDR023301	alpha-catenin binding	MF
GO:0008444	geneDR030733	CDP-diacylglycerol-glycerol-3-phosphate 3-phosphatidyltransferase activity	MF
GO:0004631	geneDR018649	phosphomevalonate kinase activity	MF
GO:0052642	geneDR018728,geneDR023442	lysophosphatidic acid phosphatase activity	MF
GO:0051500	geneDR018836	D-tyrosyl-tRNA(Tyr) deacylase activity	MF
GO:0004038	geneDR018859,geneDR018860	allantoinase activity	MF
GO:0050080	geneDR018925	malonyl-CoA decarboxylase activity	MF
GO:0031176	geneDR026445,geneDR026447,geneDR033671,geneDR033670	endo-1,4-beta-xylanase activity	MF
GO:0051744	geneDR026460,geneDR035197,geneDR023237	3,8-divinyl protochlorophyllide a 8-vinyl reductase activity	MF
GO:0017168	geneDR003650	5-oxoprolinase (ATP-hydrolyzing) activity	MF
GO:0004413	geneDR003770	homoserine kinase activity	MF
GO:0017150	geneDR003859,geneDR012944	tRNA dihydrouridine synthase activity	MF
GO:0003837	geneDR003875	beta-ureidopropionase activity	MF
GO:0010349	geneDR003895	L-galactose dehydrogenase activity	MF
GO:0045290	geneDR003895	D-arabinose 1-dehydrogenase [NAD(P)+] activity	MF
GO:1990188	geneDR003947,geneDR003948,geneDR034203,geneDR034812	euchromatin binding	MF
GO:0016672	geneDR003971,geneDR021769,geneDR029487	oxidoreductase activity, acting on a sulfur group of donors, quinone or similar compound as acceptor	MF
GO:0045174	geneDR003971,geneDR021769,geneDR029487	glutathione dehydrogenase (ascorbate) activity	MF
GO:0000099	geneDR004048	sulfur amino acid transmembrane transporter activity	MF
GO:0015184	geneDR004048	L-cystine transmembrane transporter activity	MF
GO:0004572	geneDR004214,geneDR030251	mannosyl-oligosaccharide 1,3-1,6-alpha-mannosidase activity	MF
GO:0008883	geneDR004304,geneDR014702,geneDR022408,geneDR005605	glutamyl-tRNA reductase activity	MF
GO:0017084	geneDR004325,geneDR022391	delta1-pyrroline-5-carboxylate synthetase activity	MF
GO:0004096	geneDR004475,geneDR022282	catalase activity	MF
GO:0004788	geneDR004523,geneDR032224	thiamine diphosphokinase activity	MF
GO:0000405	geneDR004756,geneDR010370	bubble DNA binding	MF
GO:0003858	geneDR004807	3-hydroxybutyrate dehydrogenase activity	MF
GO:0004839	geneDR004809	ubiquitin activating enzyme activity	MF
GO:0005432	geneDR004857	calcium:sodium antiporter activity	MF
GO:0099580	geneDR004857	ion antiporter activity involved in regulation of postsynaptic membrane potential	MF
GO:0004458	geneDR025199,geneDR016443	D-lactate dehydrogenase (cytochrome) activity	MF
GO:0016898	geneDR025199,geneDR016443	oxidoreductase activity, acting on the CH-OH group of donors, cytochrome as acceptor	MF
GO:0090415	geneDR033363	7-hydroxymethyl chlorophyll a reductase activity	MF
GO:0097371	geneDR017720	MDM2/MDM4 family protein binding	MF
GO:0030766	geneDR017809	11-O-demethyl-17-O-deacetylvindoline O-methyltransferase activity	MF
GO:0033799	geneDR017809,geneDR022049,geneDR005938	myricetin 3'-O-methyltransferase activity	MF
GO:0008481	geneDR017846	sphinganine kinase activity	MF
GO:0038036	geneDR017846	sphingosine-1-phosphate receptor activity	MF
GO:0045125	geneDR017846	bioactive lipid receptor activity	MF
GO:0042349	geneDR033713,geneDR023409	guiding stereospecific synthesis activity	MF
GO:0050811	geneDR024870	GABA receptor binding	MF
GO:0004830	geneDR024835	tryptophan-tRNA ligase activity	MF
GO:0047918	geneDR024801	GDP-mannose 3,5-epimerase activity	MF
GO:0016004	geneDR024767	phospholipase activator activity	MF
GO:0060229	geneDR024767	lipase activator activity	MF
GO:0018773	geneDR024727	acetylpyruvate hydrolase activity	MF
GO:0034545	geneDR024727	fumarylpyruvate hydrolase activity	MF
GO:0016508	geneDR024723	long-chain-enoyl-CoA hydratase activity	MF
GO:0003823	geneDR024703	antigen binding	MF
GO:0010309	geneDR024664,geneDR024663,geneDR022713	acireductone dioxygenase [iron(II)-requiring] activity	MF
GO:0030506	geneDR022743,geneDR019083	ankyrin binding	MF
GO:0031433	geneDR022743,geneDR019083	telethonin binding	MF
GO:0042805	geneDR022743,geneDR019083	actinin binding	MF
GO:0051371	geneDR022743,geneDR019083	muscle alpha-actinin binding	MF
GO:0051393	geneDR022743,geneDR019083	alpha-actinin binding	MF
GO:0097493	geneDR022743,geneDR019083	structural molecule activity conferring elasticity	MF
GO:0004400	geneDR022807	histidinol-phosphate transaminase activity	MF
GO:0003949	geneDR022826	1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino]imidazole-4-carboxamide isomerase activity	MF
GO:0003950	geneDR022896	NAD+ ADP-ribosyltransferase activity	MF
GO:0019135	geneDR022897	deoxyhypusine monooxygenase activity	MF
GO:0010210	geneDR022923	IAA-Phe conjugate hydrolase activity	MF
GO:0010211	geneDR022923	IAA-Leu conjugate hydrolase activity	MF
GO:0034986	geneDR023068	iron chaperone activity	MF
GO:0035197	geneDR023090,geneDR019199,geneDR023434	siRNA binding	MF
GO:0030235	geneDR023192,geneDR016472	nitric-oxide synthase regulator activity	MF
GO:0097110	geneDR023192,geneDR016472	scaffold protein binding	MF
GO:0046316	geneDR023197	gluconokinase activity	MF
GO:0019148	geneDR033567	D-cysteine desulfhydrase activity	MF
GO:0016303	geneDR021668	1-phosphatidylinositol-3-kinase activity	MF
GO:0035004	geneDR021668	phosphatidylinositol 3-kinase activity	MF
GO:0052873	geneDR021882	FMN reductase (NADPH) activity	MF
GO:1990189	geneDR021904,geneDR025626	peptide-serine-N-acetyltransferase activity	MF
GO:1990190	geneDR021904	peptide-glutamate-N-acetyltransferase activity	MF
GO:0052624	geneDR021927	2-phytyl-1,4-naphthoquinone methyltransferase activity	MF
GO:0047213	geneDR021934	anthocyanidin 3-O-glucosyltransferase activity	MF
GO:0080059	geneDR021934	flavonol 3-O-arabinosyltransferase activity	MF
GO:0030744	geneDR022049,geneDR005938	luteolin O-methyltransferase activity	MF
GO:0030755	geneDR022049,geneDR005938	quercetin 3-O-methyltransferase activity	MF
GO:0047763	geneDR022049,geneDR005938	caffeate O-methyltransferase activity	MF
GO:0004395	geneDR022166,geneDR019466	hexaprenyldihydroxybenzoate methyltransferase activity	MF
GO:0010420	geneDR022166,geneDR019466	3,4-dihydroxy-5-polyprenylbenzoic acid O-methyltransferase activity	MF
GO:0003843	geneDR019446	1,3-beta-D-glucan synthase activity	MF
GO:0003720	geneDR019388	telomerase activity	MF
GO:0003721	geneDR019388	telomerase RNA reverse transcriptase activity	MF
GO:0052692	geneDR019379	raffinose alpha-galactosidase activity	MF
GO:0009039	geneDR019282,geneDR019276	urease activity	MF
GO:0140083	geneDR021589	ATP-dependent protein-DNA unloading activity	MF
GO:0015651	geneDR021436,geneDR009671,geneDR009294,geneDR016476	quaternary ammonium group transmembrane transporter activity	MF
GO:0090416	geneDR021436	nicotinate transmembrane transporter activity	MF
GO:0090417	geneDR021436	N-methylnicotinate transmembrane transporter activity	MF
GO:0033853	geneDR010206,geneDR026927	aspartate-prephenate aminotransferase activity	MF
GO:0033854	geneDR010206,geneDR026927	glutamate-prephenate aminotransferase activity	MF
GO:0052731	geneDR010083,geneDR009710,geneDR016361	phosphocholine phosphatase activity	MF
GO:0052732	geneDR010083,geneDR009710,geneDR016361	phosphoethanolamine phosphatase activity	MF
GO:0001093	geneDR010035,geneDR010034	TFIIB-class transcription factor binding	MF
GO:0032794	geneDR009993,geneDR009771	GTPase activating protein binding	MF
GO:0051743	geneDR032297	red chlorophyll catabolite reductase activity	MF
GO:0080030	geneDR032313,geneDR031344,geneDR029116	methyl indole-3-acetate esterase activity	MF
GO:0080031	geneDR032313,geneDR031344,geneDR029116	methyl salicylate esterase activity	MF
GO:0080032	geneDR032313,geneDR031344,geneDR029116	methyl jasmonate esterase activity	MF
GO:0004516	geneDR031324,geneDR009844,geneDR029132	nicotinate phosphoribosyltransferase activity	MF
GO:0030626	geneDR031309	U12 snRNA binding	MF
GO:0046409	geneDR031257,geneDR009895	p-coumarate 3-hydroxylase activity	MF
GO:0016041	geneDR031237	glutamate synthase (ferredoxin) activity	MF
GO:0016643	geneDR031237	oxidoreductase activity, acting on the CH-NH2 group of donors, iron-sulfur protein as acceptor	MF
GO:0004121	geneDR031229	cystathionine beta-lyase activity	MF
GO:0016632	geneDR031223	oxidoreductase activity, acting on the CH-CH group of donors, cytochrome as acceptor	MF
GO:0016633	geneDR031223	galactonolactone dehydrogenase activity	MF
GO:0080049	geneDR031223	L-gulono-1,4-lactone dehydrogenase activity	MF
GO:0030621	geneDR031215	U4 snRNA binding	MF
GO:0031685	geneDR024376	adenosine receptor binding	MF
GO:0031687	geneDR024376	A2A adenosine receptor binding	MF
GO:0055105	geneDR024373	ubiquitin-protein transferase inhibitor activity	MF
GO:0055106	geneDR024373,geneDR009238,geneDR016529	ubiquitin-protein transferase regulator activity	MF
GO:0051750	geneDR024329	delta(3,5)-delta(2,4)-dienoyl-CoA isomerase activity	MF
GO:0010294	geneDR024066	abscisic acid glucosyltransferase activity	MF
GO:0019172	geneDR023663,geneDR010392,geneDR005752,geneDR005751,geneDR005308,geneDR005307	glyoxalase III activity	MF
GO:0004411	geneDR023673	homogentisate 1,2-dioxygenase activity	MF
GO:0004838	geneDR023682,geneDR025060	L-tyrosine:2-oxoglutarate aminotransferase activity	MF
GO:0070547	geneDR023682,geneDR025060	L-tyrosine aminotransferase activity	MF
GO:0015220	geneDR023706,geneDR025045,geneDR005228	choline transmembrane transporter activity	MF
GO:0052637	geneDR023739,geneDR025022,geneDR005255	delta 3-trans-hexadecenoic acid phosphatidylglycerol desaturase activity	MF
GO:0015415	geneDR023823,geneDR005485	ATPase-coupled phosphate ion transmembrane transporter activity	MF
GO:0047652	geneDR023833,geneDR005479	allantoate deiminase activity	MF
GO:0004779	geneDR023853,geneDR013526,geneDR005451	sulfate adenylyltransferase activity	MF
GO:0004781	geneDR023853,geneDR013526,geneDR005451	sulfate adenylyltransferase (ATP) activity	MF
GO:0004170	geneDR023894,geneDR005419	dUTP diphosphatase activity	MF
GO:0010285	geneDR014653,geneDR005980	L,L-diaminopimelate aminotransferase activity	MF
GO:0034450	geneDR014625,geneDR009363,geneDR029036	ubiquitin-ubiquitin ligase activity	MF
GO:0033743	geneDR025083,geneDR005108	peptide-methionine (R)-S-oxide reductase activity	MF
GO:0050313	geneDR025086	sulfur dioxygenase activity	MF
GO:0009703	geneDR025140	nitrate reductase (NADH) activity	MF
GO:0046857	geneDR025140	oxidoreductase activity, acting on other nitrogenous compounds as donors, with NAD or NADP as acceptor	MF
GO:0034639	geneDR025149,geneDR024634,geneDR005943	L-amino acid efflux transmembrane transporter activity	MF
GO:0009815	geneDR032545,geneDR005188	1-aminocyclopropane-1-carboxylate oxidase activity	MF
GO:0008677	geneDR032559	2-dehydropantoate 2-reductase activity	MF
GO:0004655	geneDR024642,geneDR005959	porphobilinogen synthase activity	MF
GO:0010277	geneDR024638,geneDR005949	chlorophyllide a oxygenase [overall] activity	MF
GO:0016703	geneDR024638,geneDR005949	oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of one atom of oxygen (internal monooxygenases or internal mixed function oxidases)	MF
GO:0047940	geneDR024605,geneDR005913	glucuronokinase activity	MF
GO:2001069	geneDR024590,geneDR005897	glycogen binding	MF
GO:0000827	geneDR024559,geneDR005878,geneDR004983	inositol-1,3,4,5,6-pentakisphosphate kinase activity	MF
GO:0000828	geneDR024559,geneDR005878,geneDR004983	inositol hexakisphosphate kinase activity	MF
GO:0000829	geneDR024559,geneDR005878,geneDR004983	inositol heptakisphosphate kinase activity	MF
GO:0000832	geneDR024559,geneDR005878,geneDR004983	inositol hexakisphosphate 5-kinase activity	MF
GO:0033857	geneDR024559,geneDR005878,geneDR004983	diphosphoinositol-pentakisphosphate kinase activity	MF
GO:0051731	geneDR024558,geneDR005301	polynucleotide 5'-hydroxyl-kinase activity	MF
GO:0009020	geneDR024531	tRNA (guanosine-2'-O-)-methyltransferase activity	MF
GO:0106050	geneDR024531	tRNA 2'-O-methyltransferase activity	MF
GO:0004616	geneDR024493,geneDR005813	phosphogluconate dehydrogenase (decarboxylating) activity	MF
GO:0004164	geneDR010387	diphthine synthase activity	MF
GO:0018858	geneDR010389,geneDR010390,geneDR010391,geneDR005756,geneDR005755,geneDR005754,geneDR005753	benzoate-CoA ligase activity	MF
GO:0052928	geneDR010445	CTP:3'-cytidine-tRNA cytidylyltransferase activity	MF
GO:0016207	geneDR010505	4-coumarate-CoA ligase activity	MF
GO:0001872	geneDR010761,geneDR013319,geneDR025859,geneDR007021	(1->3)-beta-D-glucan binding	MF
GO:0008309	geneDR010862,geneDR009775,geneDR006934	double-stranded DNA exodeoxyribonuclease activity	MF
GO:0008311	geneDR010862,geneDR009775,geneDR006934	double-stranded DNA 3'-5' exodeoxyribonuclease activity	MF
GO:0017113	geneDR011139	dihydropyrimidine dehydrogenase (NADP+) activity	MF
GO:0042781	geneDR011213,geneDR009306,geneDR016465	3'-tRNA processing endoribonuclease activity	MF
GO:0047251	geneDR011232	thiohydroximate beta-D-glucosyltransferase activity	MF
GO:0004474	geneDR011269	malate synthase activity	MF
GO:0050342	geneDR011283	tocopherol O-methyltransferase activity	MF
GO:0009940	geneDR027477	amino-terminal vacuolar sorting propeptide binding	MF
GO:0010209	geneDR027477	vacuolar sorting signal binding	MF
GO:0008607	geneDR027689	phosphorylase kinase regulator activity	MF
GO:0017096	geneDR027690,geneDR027692	acetylserotonin O-methyltransferase activity	MF
GO:0004146	geneDR027708	dihydrofolate reductase activity	MF
GO:0004799	geneDR027708	thymidylate synthase activity	MF
GO:0042083	geneDR027708	5,10-methylenetetrahydrofolate-dependent methyltransferase activity	MF
GO:0004745	geneDR027781	NAD-retinol dehydrogenase activity	MF
GO:0017125	geneDR033654	deoxycytidyl transferase activity	MF
GO:0016662	geneDR033642,geneDR033641	oxidoreductase activity, acting on other nitrogenous compounds as donors, cytochrome as acceptor	MF
GO:0050421	geneDR033642,geneDR033641	nitrite reductase (NO-forming) activity	MF
GO:0098809	geneDR033642,geneDR033641	nitrite reductase activity	MF
GO:0090439	geneDR033590	tetraketide alpha-pyrone synthase activity	MF
GO:0070260	geneDR013148	5'-tyrosyl-DNA phosphodiesterase activity	MF
GO:0004797	geneDR013170	thymidine kinase activity	MF
GO:0008511	geneDR013261	sodium:potassium:chloride symporter activity	MF
GO:0015373	geneDR013261	anion:sodium symporter activity	MF
GO:0015377	geneDR013261	cation:chloride symporter activity	MF
GO:0015378	geneDR013261	sodium:chloride symporter activity	MF
GO:0015379	geneDR013261	potassium:chloride symporter activity	MF
GO:0008824	geneDR013485	cyanate hydratase activity	MF
GO:0030627	geneDR013600	pre-mRNA 5'-splice site binding	MF
GO:0045300	geneDR013605	acyl-[acyl-carrier-protein] desaturase activity	MF
GO:0018708	geneDR013613	thiol S-methyltransferase activity	MF
GO:0043764	geneDR013690	UDP-3-O-(R-3-hydroxymyristoyl)-glucosamine N-acyltransferase activity	MF
GO:0010307	geneDR027242	acetylglutamate kinase regulator activity	MF
GO:0017176	geneDR027058	phosphatidylinositol N-acetylglucosaminyltransferase activity	MF
GO:0003841	geneDR032596	1-acylglycerol-3-phosphate O-acyltransferase activity	MF
GO:0042171	geneDR032596,geneDR022552,geneDR005444	lysophosphatidic acid acyltransferase activity	MF
GO:0008898	geneDR032193	S-adenosylmethionine-homocysteine S-methyltransferase activity	MF
GO:0030331	geneDR029470	nuclear estrogen receptor binding	MF
GO:0048257	geneDR029590	3'-flap endonuclease activity	MF
GO:0033204	geneDR023540	ribonuclease P RNA binding	MF
GO:0003904	geneDR023512	deoxyribodipyrimidine photo-lyase activity	MF
GO:0003913	geneDR023512	DNA photolyase activity	MF
GO:0036209	geneDR023478	9beta-pimara-7,15-diene oxidase activity	MF
GO:0016987	geneDR023446,geneDR009466,geneDR009465,geneDR009391,geneDR016137,geneDR029008	sigma factor activity	MF
GO:0004816	geneDR023211,geneDR032725	asparagine-tRNA ligase activity	MF
GO:0071522	geneDR032702	ureidoglycine aminohydrolase activity	MF
GO:0030272	geneDR025910,geneDR006975	5-formyltetrahydrofolate cyclo-ligase activity	MF
GO:0003842	geneDR025898,geneDR006987	1-pyrroline-5-carboxylate dehydrogenase activity	MF
GO:0051741	geneDR025803,geneDR007079	2-methyl-6-phytyl-1,4-benzoquinone methyltransferase activity	MF
GO:0047268	geneDR025725,geneDR034033	galactinol-raffinose galactosyltransferase activity	MF
GO:0008455	geneDR025714,geneDR007168	alpha-1,6-mannosylglycoprotein 2-beta-N-acetylglucosaminyltransferase activity	MF
GO:0035529	geneDR025707	NADH pyrophosphatase activity	MF
GO:0051752	geneDR025706	phosphoglucan, water dikinase activity	MF
GO:0101006	geneDR025698,geneDR007180	protein histidine phosphatase activity	MF
GO:0004592	geneDR025690,geneDR007186	pantoate-beta-alanine ligase activity	MF
GO:0043998	geneDR025626	H2A histone acetyltransferase activity	MF
GO:0052667	geneDR025606,geneDR034476,geneDR007269	phosphomethylethanolamine N-methyltransferase activity	MF
GO:0000016	geneDR025596,geneDR034466	lactase activity	MF
GO:0016621	geneDR034454,geneDR034455,geneDR035623,geneDR007288	cinnamoyl-CoA reductase activity	MF
GO:0008988	geneDR012768	rRNA (adenine-N6-)-methyltransferase activity	MF
GO:0030629	geneDR012768	U6 snRNA 3'-end binding	MF
GO:0052907	geneDR012768	23S rRNA (adenine(1618)-N(6))-methyltransferase activity	MF
GO:0120048	geneDR012768	U6 snRNA (adenine-(43)-N(6))-methyltransferase activity	MF
GO:0015633	geneDR012822,geneDR007489	ABC-type zinc transporter activity	MF
GO:0005463	geneDR012910,geneDR007412	UDP-N-acetylgalactosamine transmembrane transporter activity	MF
GO:0008446	geneDR013013,geneDR013016,geneDR030596	GDP-mannose 4,6-dehydratase activity	MF
GO:0032184	geneDR027015	SUMO polymer binding	MF
GO:0047288	geneDR026995,geneDR026984	monosialoganglioside sialyltransferase activity	MF
GO:0003849	geneDR026933,geneDR032277	3-deoxy-7-phosphoheptulonate synthase activity	MF
GO:0090353	geneDR026930,geneDR026929,geneDR032271,geneDR032272	polygalacturonase inhibitor activity	MF
GO:0047345	geneDR009861	ribose-5-phosphate adenylyltransferase activity	MF
GO:0005287	geneDR009671,geneDR009294,geneDR016476	high-affinity basic amino acid transmembrane transporter activity	MF
GO:0005289	geneDR009671,geneDR009294,geneDR016476	high-affinity L-arginine transmembrane transporter activity	MF
GO:0005292	geneDR009671,geneDR009294,geneDR016476	high-affinity lysine transmembrane transporter activity	MF
GO:0015227	geneDR009671,geneDR009294,geneDR016476	acyl carnitine transmembrane transporter activity	MF
GO:0008887	geneDR009662,geneDR016331	glycerate kinase activity	MF
GO:0003846	geneDR009658,geneDR009657,geneDR016326	2-acylglycerol O-acyltransferase activity	MF
GO:0004622	geneDR009658,geneDR009657,geneDR016326	lysophospholipase activity	MF
GO:0090430	geneDR009658,geneDR009657,geneDR016326	caffeoyl-CoA: alcohol caffeoyl transferase activity	MF
GO:0009918	geneDR009608,geneDR016276	sterol delta7 reductase activity	MF
GO:0042300	geneDR009606,geneDR016273,geneDR016270,geneDR016269	beta-amyrin synthase activity	MF
GO:0030407	geneDR009552	glutamate formimidoyltransferase activity	MF
GO:0030409	geneDR009552	glutamate formimidoyltransferase activity	MF
GO:0030412	geneDR009552	formimidoyltetrahydrofolate cyclodeaminase activity	MF
GO:0046974	geneDR009549,geneDR016229	histone methyltransferase activity (H3-K9 specific)	MF
GO:0004506	geneDR009359,geneDR029042	squalene monooxygenase activity	MF
GO:0050816	geneDR009238,geneDR016529	phosphothreonine residue binding	MF
GO:0097027	geneDR009238,geneDR016529	ubiquitin-protein transferase activator activity	MF
GO:0004607	geneDR009207	phosphatidylcholine-sterol O-acyltransferase activity	MF
GO:0080095	geneDR009207	phosphatidylethanolamine-sterol O-acyltransferase activity	MF
GO:0080096	geneDR009207	phosphatidate-sterol O-acyltransferase activity	MF
GO:0032934	geneDR009091,geneDR022227,geneDR022529,geneDR005478	sterol binding	MF
GO:0000213	geneDR016506	tRNA-intron endonuclease activity	MF
GO:0016892	geneDR016506	endoribonuclease activity, producing 3'-phosphomonoesters	MF
GO:0004595	geneDR016451	pantetheine-phosphate adenylyltransferase activity	MF
GO:0051990	geneDR016443	(R)-2-hydroxyglutarate dehydrogenase activity	MF
GO:0090438	geneDR016270	camelliol C synthase activity	MF
GO:0008113	geneDR028995	peptide-methionine (S)-S-oxide reductase activity	MF
GO:0033744	geneDR028995	L-methionine:thioredoxin-disulfide S-oxidoreductase activity	MF
GO:0005353	geneDR029002	fructose transmembrane transporter activity	MF
GO:0004354	geneDR029087	glutamate dehydrogenase (NADP+) activity	MF
GO:0035184	geneDR032287	histone threonine kinase activity	MF
GO:0035402	geneDR032287	histone kinase activity (H3-T11 specific)	MF
GO:0072354	geneDR032287	histone kinase activity (H3-T3 specific)	MF
GO:0001139	geneDR007564	RNA polymerase II complex recruiting activity	MF
GO:0033721	geneDR007351	aldehyde dehydrogenase (NADP+) activity	MF
GO:0098505	geneDR007266	G-rich strand telomeric DNA binding	MF
GO:0070410	geneDR007084	co-SMAD binding	MF
GO:0070412	geneDR007084	R-SMAD binding	MF
GO:0004485	geneDR007082	methylcrotonoyl-CoA carboxylase activity	MF
GO:0004067	geneDR007029,geneDR022376	asparaginase activity	MF
GO:0004382	geneDR006952	guanosine-diphosphatase activity	MF
GO:0043262	geneDR006952	adenosine-diphosphatase activity	MF
GO:0045134	geneDR006952	uridine-diphosphatase activity	MF
GO:0004719	geneDR006936	protein-L-isoaspartate (D-aspartate) O-methyltransferase activity	MF
GO:0015485	geneDR022227,geneDR022529,geneDR005478	cholesterol binding	MF
GO:0000309	geneDR022253	nicotinamide-nucleotide adenylyltransferase activity	MF
GO:0004515	geneDR022253	nicotinate-nucleotide adenylyltransferase activity	MF
GO:0008725	geneDR022349	DNA-3-methyladenine glycosylase activity	MF
GO:0032131	geneDR022349	alkylated DNA binding	MF
GO:0043733	geneDR022349	DNA-3-methylbase glycosylase activity	MF
GO:0043916	geneDR022349	DNA-7-methylguanine glycosylase activity	MF
GO:0052820	geneDR022349	DNA-1,N6-ethenoadenine N-glycosylase activity	MF
GO:0017046	geneDR022405	peptide hormone binding	MF
GO:0008479	geneDR022660	queuine tRNA-ribosyltransferase activity	MF
GO:0042834	geneDR005944	peptidoglycan binding	MF
GO:0002153	geneDR005465	steroid receptor RNA activator RNA binding	MF
GO:0009007	geneDR005412	site-specific DNA-methyltransferase (adenine-specific) activity	MF
GO:0016630	geneDR005337,geneDR005232	protochlorophyllide reductase activity	MF
GO:0008690	geneDR005335,geneDR005227	3-deoxy-manno-octulosonate cytidylyltransferase activity	MF
GO:0046403	geneDR005301	polynucleotide 3'-phosphatase activity	MF
GO:0046404	geneDR005301	polydeoxyribonucleotide 5'-hydroxyl-kinase activity	MF
GO:0051733	geneDR005301	polydeoxyribonucleotide kinase activity	MF
GO:0051734	geneDR005301	polynucleotide kinase activity	MF
GO:0032356	geneDR005198	oxidized DNA binding	MF
GO:0032357	geneDR005198	oxidized purine DNA binding	MF
GO:0010491	geneDR005083	UTP:arabinose-1-phosphate uridylyltransferase activity	MF
GO:0017103	geneDR005083	UTP:galactose-1-phosphate uridylyltransferase activity	MF
GO:0047338	geneDR005083	UTP:xylose-1-phosphate uridylyltransferase activity	MF
GO:0047350	geneDR005083	glucuronate-1-phosphate uridylyltransferase activity	MF
GO:0050780	geneDR005072	dopamine receptor binding	MF
GO:0042301	geneDR030219	phosphate ion binding	MF