Fei Bioinformatics Lab

CucCAP: Leveraging applied genomics to increase disease resistance in cucurbit crops. USDA SCRI.
RegulaTomE - Regulating Tomato Quality through Expression. Joint NSF/ERA-CAPS.
RESEARCH-PGR: Leveraging Natural Variation in Tomato to Identify, Characterize, and Deploy New Sources of Disease Resistance. NSF Plant Genome
Genomics-guided RNAi solutions for whitefly management in cassava and world food crops. USDA and USAID.
High resolution functional genomics of fleshy fruit development and environmental responses. NSF Plant Genome.
Genomic Tools for Sweetpotato Improvement. Gates Foundation.
Genome and transcriptome analysis in whiteflies to identify target genes that are useful for RNA interference (RNAi) technology. USDA.
Genetic dissection of AM symbiosis to improve the sustainability of feedstock product. DOE.
Genomic and functional analysis of tomato small RNAs evolved with domestication. USDA NIFA.
Understand the global virus distribution in tomato and development of translational genomic tools to accelerate tomato breeding for virus resistance. USDA SCRI.
Determining the Pan-African sweetpotato virome: understanding virus diversity, distribution and evolution and their impacts on sweetpotato production in Africa. NSF BREAD.
Leveraging genomics resources and wild species of tomato to identify new sources of disease resistance. NSF Plant Genome.
Functional genomics of tomato fruit quality: bridging the gap between QTLs and genes. NSF Plant Genome.