Duke’s PhD in Biochemistry propels researchers into atom-level interrogation of life. Rotations employ cryo-EM to capture GPCR conformations, single-molecule FRET to clock DNA repair, and chemical-biology screens to unlock new covalent inhibitors. Professional-development tracks equip scholars for academia, biotech, and science policy leadership.
Time-resolved cryo-EM of ribosome stalling on antibiotic peptides
Allosteric regulation mapping via deep-mutational scanning
Computational design of covalent inhibitors targeting KRAS G12D
Single-molecule optical-tweezer assay of chromatin remodelers
Isotope-edited FTIR probing enzyme proton transfer
AI-guided prediction of protein phase-separation motifs
Nano-lipid platform delivering base-editing enzymes
Metabolomic profiling of tumor-microenvironment nutrient flux
Blockchain ledger for reagent provenance tracking
Public outreach workshop visualizing protein folding in VR
Photocaged substrate toolkit for enzyme kinetics in living cells
Open-source pipeline for cryo-EM heterogeneous refinement
Policy brief on CRISPR patent landscapes and access
Reveal molecular secrets and reshape medicine with Duke Biochemistry.
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