Harvard’s HDRB BS trains students to unravel cellular differentiation, tissue patterning, and organ regeneration. Coursework in stem-cell biology, genetics, and tissue engineering pairs with hands-on research at the Harvard Stem Cell Institute. Students pursue translational projects on organoids, gene-editing therapies, and biomaterials, preparing for medical school, biotech entrepreneurship, and regenerative-medicine PhDs.
CRISPR knock-in of disease-resistant genes in pancreatic organoids
3D bioprinting of vascularized liver tissue
Single-cell RNA-seq map of neural-crest development
Hydrogel scaffold for spinal-cord injury repair
Ethics white paper on germ-line genome editing
In vivo imaging of zebrafish heart regeneration
Drug screen for enhancing muscle satellite-cell proliferation
Mathematical model of limb bud morphogenesis
Public exhibit on regenerative superpowers in nature
Capstone on policy pathways for stem-cell therapy approval
Bioinformatics pipeline identifying regeneration-associated enhancers
Study of senescence markers in aging organoids
Workshop teaching high-schoolers about stem-cell science
Synthetic-biology approach to programmable tissue growth
Interdisciplinary panel on equity in regenerative medicine
Harness developmental biology to design next-generation regenerative therapies.
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