Duke’s Ph.D. in Molecular Genetics & Microbiology probes how microbes evolve, interact, and influence hosts. Trainees sequence pandemic-scale pathogen cohorts, build CRISPR antimicrobials, and program gut bacteria to secrete therapeutic peptides. Field collaboration with global health hubs turns lab discoveries into deployable diagnostics and phage therapies.
Metagenomic survey of urban wastewater for AMR genes
Phage-display library targeting multidrug-resistant Pseudomonas
CRISPR-Cas13 antiviral against dengue RNA genome
Synthetic probiotic degrading phenylalanine in PKU model
Transposon-sequencing map of TB drug-tolerance networks
AI prediction of viral host-jump potential from spike proteins
Spatial transcriptomics of gut biofilm–immune crosstalk
Blockchain cold-chain ledger for live vaccine shipments
Citizen-science microbiome kit mapping indoor air diversity
Policy brief on wastewater surveillance for pandemic early warning
VR lab module showing phage infection cycles
Deep-learning classifier of plasmid transfer events
Bioreactor evolution of yeast for sustainable bioplastics
Open-source pipeline for microbial pangenome graphs
Harness microbes and mitigate pathogens with Duke’s MGM doctorate.
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