UC MCB offers tracks in genetics, immunology, neurobiology, and biochemistry. Students run CRISPR screens, image live cells, and publish high-impact research.
Single-cell RNA-seq mapping immune cell states in tumor microenvironments
Optogenetic control of signaling pathways in stem-cell differentiation
CRISPRa screen identifying regulators of synaptic plasticity genes
High-content imaging assay quantifying autophagy under nutrient stress
Policy memo on equitable access to gene therapy clinical trials
Proteomics analysis of SARS-CoV-2 spike protein post-translational modifications
VR interactive model of endomembrane trafficking pathways
Live-cell super-resolution microscopy of mitochondrial dynamics
Machine-learning prediction of splice-site pathogenic variants
Synthetic circuit engineering sentinel T-cells with AND-gate antigen detection
Crowdsourced patient-derived xenograft database for personalized oncology
Comparative epigenomics of aging across mammalian species
Critical essay on bioethics of embryo editing beyond disease correction
mRNA vaccine stability study under varying lyophilization conditions
Augmented-reality classroom tool visualizing kinase-substrate networks
ChIP-seq analysis of transcription-factor binding during neuronal reprogramming
Functional complementation assays in yeast modeling human enzyme variants
Workshop teaching high-schoolers fluorescence microscopy with DIY scopes
Network analysis of antibody repertoires post-vaccination
Computational docking pipeline for small-molecule PPI disruptors
Explore life’s molecular engines and drive biomedical breakthroughs with UC MCB.
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