CMU’s Biological Sciences PhD blends single-cell multi-omics, synthetic ecology, and computational evolution. Rotations span cryo-EM of ribosome assembly, AI-driven drug discovery for neglected diseases, and field genomics tracking climate-driven species migration. Professional development in science diplomacy and biotech entrepreneurship equips graduates to influence both policy and industry innovation.
CRISPR base-editing screen mapping antibiotic-resistance epistasis
Long-read metagenomics uncovering plastic-degrading microbiome enzymes
Single-cell ATAC-seq atlas of brain aging in murine models
Agent-based simulation of coral-reef microbiome shifts under heat stress
Protein language-model generative design of antiviral peptides
eDNA monitoring pipeline for endangered amphibian population dynamics
Synthetic quorum-sensing circuit regulating bio-plastic synthesis in E. coli
Phylo-geographic analysis of zoonotic spillover using Bayesian skyline plots
Deep-learning model predicting RNA splicing aberrations from variant data
Optogenetic control of plant stomata for drought-tolerance studies
Citizen-science mobile app crowdsourcing invasive-species sightings
Comparative epigenomics of diapause in overwintering insect species
Bio-orthogonal labeling approach tracking gut-microbiota metabolite flow
Machine-vision quantification of pollinator behavior in urban gardens
Policy memo on global biodiversity data sharing and Indigenous rights
Public outreach VR exhibit illustrating cell-division checkpoints
Advance life-science discovery and impact at CMU.
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