LC
Lily Cheung
Principal Investigator
Georgia Institute of Technology
I'm working on
3 months ago
Synthetic biology, biosensors, plant physiology, bioinformatics
About
Develops genetically encoded biosensors and quantitative models to study plant membrane proteins with a particular focus on sugar, nitrogen, and lipid metabolism.
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Georgia Institute of Technology
Mammalian GLUT5 and SGLT1 Substrate Specificity Biosensor Platform
Biosensor platform converting human GLUT5 and rabbit SGLT1 into yeast-based fluorescence sensors to screen sugar and sugar analog libraries. Combined with machine learning, the approach identifies novel substrates and co...
TechnologyConceptualUniversity
Georgia Institute of Technology
High-throughput screening platform for species-specific plant pollen attractant peptides
A novel screening platform combining matrix-entrapment peptide gradient arrays with cell-free protein synthesis to identify species-specific pollen tube attractant peptides. These peptides could serve as next-generation,...
TechnologyConceptualUniversity
Georgia Institute of Technology
SWEET Transporter Biosensors for High-Throughput Screening of Plant Disease Inhibitors
A biosensor platform that converts plant sugar transporters (SWEETs) into fluorescent sensors to screen chemical libraries for small-molecule inhibitors. Targeting SWEETs could block bacterial blight infection in rice an...
TechnologyConceptualUniversity
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