Harvard’s MCB PhD immerses researchers in CRISPR genome editing, cryo-ET of organelles, and optogenetic control of cell signaling. Trainees bridge physics, computation, and chemistry to visualize, model, and rewire cellular processes underlying development and disease.
Optogenetic toolkit modulating phase-separated condensates
Cryo-electron tomography of mitochondrial contact sites
Live-cell biosensors tracking kinase gradients during migration
Genome-wide CRISPRi screen mapping autophagy regulators
Single-molecule FRET of transcription-factor binding kinetics
AI-based segmentation of 3-D cell cultures in light-sheet data
BioID proximity labeling of synaptic vesicle proteins
Thesis on mechano-transduction pathways in cancer invasion
Ethics paper on dual-use concerns in gene-drive technology
Open-source workflow for FAIR sharing of cell-imaging datasets
Public outreach video explaining the cytoskeleton with animation
Workshop mentoring high-school students in fluorescence microscopy
Interactive AR app visualizing organelle ultrastructure
Citizen-science yeast mutagenesis project for protein folding
Visualize and reprogram the cell’s inner universe.
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