USC’s Biochemistry BS equips students to interrogate life at Å-scale resolution and gigabyte-scale datasets. Core labs pair 600 MHz NMR and LC-MS/MS metabolomics pipelines with CRISPR-Cas12a genome editing in yeast bio-foundries. Python notebooks tap AlphaFold-DB for in-silico protein docking, while a synthetic-biology (SynBio) studio prototypes biosensors for PFAS remediation. Entrepreneurial electives in GMP compliance and IP strategy funnel discoveries into Trojan-founded startups, transforming wet-lab insights into VC-ready pitch decks.
High-throughput screen (HTS) for antivirals using FRET reporters
CRISPR base-editing to elevate algal lipid yields for SAF
Metabolomic fingerprinting of gut microbiome under keto diet
AlphaFold-guided enzyme redesign for PET plastic depolymerase
Paper-microfluidic biosensor detecting heavy-metal ions (Pb2+)
Redox-active MOF scaffolds for artificial photosynthesis
Isotope-tracing study of cancer-cell glutamine addiction
Crowdsourced data-viz dashboard for rare metabolic disorders
Smartphone Raman app quantifying food adulterants
iGEM-style SynBio circuit producing biovanillin from rice husk
MD simulation of amyloid-β aggregation inhibitors
CRISPRa boost of limonene pathways in E. coli
Electro-enzymatic CO2 reduction to methanol prototype
Bio-prospecting Antarctic extremophiles for cold-active protease
Policy whitepaper on gene-editing regulatory harmonization
3-D-printed microchemostat array for continuous culture (µChemo)
Decode molecules, engineer enzymes, and launch the next bio-revolution.
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