UC’s MS in Molecular & Cell Biology equips students to dissect gene regulation, signaling, and cellular dynamics driving health and disease.
Live-cell lattice light-sheet imaging of mitochondrial fission events
CRISPR base-editing therapy correcting point mutation in human iPSCs
Single-cell multi-omics atlas of tumor microenvironment heterogeneity
Optogenetic control of MAPK signaling amplitude in fibroblasts
Proximity labeling proteomics mapping centrosome interactome
Mathematical model of cyclin-dependent kinase oscillator robustness
In vitro reconstitution of actin-myosin contractile ring dynamics
High-throughput CRISPR screen for synthetic-lethal cancer targets
Nanobody-based biosensor visualizing real-time cAMP gradients
Policy memo on equitable access to advanced gene-editing therapies
AI pipeline predicting protein-protein interaction interfaces
Organoid model of blood-brain barrier disruption in viral infection
VR educational module exploring endocytosis at nanoscale
Synthetic RNA scaffold engineering to modulate phase-separated droplets
White paper on standards for synthetic cell minimal genome projects
Long-read sequencing resolving complex structural variants in rare diseases
Workshop teaching high-schoolers fluorescence microscopy basics
Conference on ethics of human embryo model research
Automated microfluidic platform for single-cell lineage tracing
Public science café series demystifying CRISPR and gene therapy
Decode cellular machinery with UC’s cutting-edge MS.
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