GY Lee Lab
PECTPathogens’ Evolution, Characterization, and Therapeutics
RESEARCH INTERESTS OVERVIEW
Decoding Evolutionary Strategies to Control Emerging Pathogens
My team employs an integrative systems biology framework to study two central, interconnected questions critical to public health: (1) how pathogens evolve to evade host defenses and escape our interventions, and (2) how we can leverage this knowledge to develop intervention strategies, ultimately translating this knowledge into first-in-class therapeutics. To this end, my team integrates computational biology and wet experiments , which bridges large-scale computational genomics with experimental validation. By capturing a systems-level view of evolutionary trajectories, my team will uncover the complex adaptive strategies driving pathogenesis, thereby enabling us to anticipate and prepare for potential outbreaks in advance.
Two connected questions
What we work on
PATHOGEN'S EVOLUTION
MAED web : Real-time pathogen evolution surveillance at residue resolution
Pathogens continuously evolve. Each generation writes a new chapter in the ongoing arms race against host defenses and clinical interventions. Understanding these adaptive strategies is…
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EXPERIMENTAL CHARACTERIZATION
Characterizing the emerging variants of life-threatening pathogens
MAED has identified critical adaptive evolutionary trajectories in many bacterial pathogens, e.g., Salmonella enterica, Acinetobacter baumannii, and Klebsiella pneumoniae. To confirm the…
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