UF’s BS in Microbiology and Cell Science offers a rigorous exploration of cellular biology, microbial genetics, virology, immunology, and molecular techniques. Students engage in research labs, study disease mechanisms, and explore microbial interactions across various ecosystems. The curriculum prepares students for careers in biotechnology, public health, pharmaceuticals, or medical school through research-driven inquiry and applied laboratory skills.
Characterization of antibiotic resistance genes in E. coli isolates from agricultural runoff
Development of a rapid detection biosensor for Listeria in processed food products
CRISPR-Cas9 gene editing to study tumor suppressor gene expression in human cell lines
In-vitro evaluation of probiotic strains for gut health and immune response enhancement
Design of a microfluidic device for single-cell analysis and live imaging of microbial populations
Study of biofilm formation on medical implant materials and potential anti-adhesive coatings
Comparative genomics of antibiotic-producing soil microbes from diverse Florida habitats
Transcriptomic analysis of yeast under oxidative stress to identify potential industrial strain improvements
Monitoring microbial diversity in compost ecosystems using 16S rRNA sequencing
Evaluation of the cytopathic effects of Zika virus on neural precursor cells
Bioluminescence as a reporter system for gene expression studies in genetically modified bacteria
Design of a synthetic biology-based microbial system for heavy metal bioremediation
Investigation of quorum sensing inhibitors as potential antimicrobial agents
Functional analysis of plant endophytes and their impact on crop resistance to fungal pathogens
Longitudinal study of microbiome changes during antibiotic treatment in murine models
Optimization of a yeast-based bioreactor for ethanol production from agricultural waste
Screening and characterization of soil bacteria with antifungal properties
Investigation of viral evasion mechanisms in human dendritic cells exposed to influenza strains
Molecular cloning and expression analysis of recombinant vaccine antigens for malaria
Study of microbial colonization in spacecraft environments using closed-loop ecosystem simulations
Explore molecular frontiers and solve real-world challenges through microbial and cellular discovery.
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