UC Chemical Biology melds organic synthesis, biochemistry, and spectroscopy. Students design enzyme inhibitors, study protein folding, and publish in peer-reviewed journals.
Structure-activity relationship study optimizing antiviral nucleoside analogs
Clickable-probe synthesis mapping glycosylation patterns in cancer cells
CRISPR-Cas9 screen identifying metabolic enzyme drug targets
High-throughput assay measuring antibiotic synergy in bacterial biofilms
Computational docking pipeline for covalent inhibitor design
Fluorescent biosensor detecting intracellular reactive-oxygen species
Policy brief on antibiotic stewardship and novel mechanism incentives
Isotope-tracer experiment mapping plant secondary-metabolite pathways
Hydrogen–deuterium exchange MS study of protein allostery
Machine-learning prediction of ADME-Tox properties in lead compounds
Cryo-EM visualization of ribosome-bound peptide synthase complex
RNA-aptamer diagnostic strip for early sepsis biomarkers
Quantum-chemical calculation of enzyme transition-state stabilization
Sustainable solvent life-cycle analysis for pharmaceutical manufacturing
Interactive outreach module teaching high-schoolers about enzyme kinetics
Metabolomics comparison of gut microbiome under ketogenic diet
Bio-orthogonal catalyst activating prodrugs selectively in tumors
Network analysis of global natural-products research collaborations
Ethical review on dual-use concerns in synthetic nucleic-acid chemistry
3-D printed microfluidic chip for rapid antimicrobial susceptibility testing
Engineer molecules and decode biology with UC’s Chemical Biology track.
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