UNC’s MS in Biochemistry & Biophysics trains scientists to visualize proteins at atomic resolution, map metabolic networks, and design therapeutics. Students operate cryo-EM and NMR spectrometers, program molecular-dynamics simulations on the BioComp cluster, and engineer CRISPR screens in the Lineberger Comprehensive Cancer Center. Professional-development seminars cover tech transfer and biotech entrepreneurship.
Cryo-EM structure of SARS-CoV-2 accessory proteins
All-atom MD simulation exploring antibiotic efflux pumps
High-throughput screen identifying inhibitors of oncogenic kinases
Metabolomics profiling of cancer-cell metabolic rewiring
Optogenetic control of enzyme kinetics in live cells
White paper on open-data standards for structural biology
Protein-engineering library targeting plastic-degrading enzymes
Podcast explaining phosphorylation signaling to the public
Grant proposal for time-resolved XFEL experiments
AI-based prediction of protein-protein interaction hotspots
Infographic visualizing ATP synthase rotary mechanism
Fluorescence-lifetime imaging of NADH in neurodegeneration models
Workshop on Bayesian statistics for enzyme-kinetics analysis
VR molecular visualization teaching secondary-structure motifs
Policy brief on CRISPR patent landscapes and access
Manuscript on hydrogen-deuterium exchange mass-spec workflows
Community outreach demo using 3-D printed protein models
Decode and engineer biomolecules to advance medicine and biotechnology.
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