UC’s MS in Microbial Biology explores the physiology, genetics, and ecology of bacteria, archaea, and microbes, advancing solutions from medicine to climate resilience.
CRISPRi screen identifying antibiotic potentiators in E. coli
Metagenomic assembly of gut microbiota from indigenous diets
Bioreactor cultivation of methane-oxidizing bacteria for bioplastic feedstocks
Time-series study of soil microbial succession after wildfire
Synthetic consortium degrading textile dyes in wastewater treatment
Viral phage therapy cocktail design targeting MDR Pseudomonas infections
Single-cell RNA-seq profiling of biofilm heterogeneity in dental plaque
Policy brief on wastewater surveillance for emerging pathogens
Machine-learning classification of antibiotic resistance genes in metagenomes
Chemical signaling assay uncovering quorum-sensing inhibitors from seaweed
CRISPR-based biosensor detecting arsenic via fluorescence in field kits
Directed evolution of yeast producing high-value terpenes for fragrances
VR visualization of microbial mats in extreme hot-spring environments
Isotope probing tracing microbial methane oxidation in thawing permafrost
White paper on ethical governance of gene-drive bacteria for vector control
Community fermentation workshop exploring traditional microbial foods
Comparative genomics of endophytic bacteria promoting crop drought tolerance
Biomining pilot extracting copper with acidophilic microbes
Conference on microbiome engineering for climate-positive agriculture
Open-source pipeline for rapid pathogen genome assembly in outbreak response
Harness microbial power with UC’s discovery-driven MS.
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