The Master of Science in Biology emphasizes cell and microbial biology. The purpose of the program is to prepare students for teaching, research, and administrative careers in biological or biomedical sciences. Courses in this program provide a foundation in biochemistry, cell biology, developmental biology, genetics, microbiology, molecular biology, neurobiology, and virology. In addition, presentations and participation in a graduate seminar program prepare students to be effective teachers and communicators.
The program includes thesis and non-thesis options. The courses in the thesis and non- thesis tracks are identical except for Thesis Guidance (6 credits) which is required in the thesis option but not in the non-thesis option. Students in the non-thesis option must satisfy this 6 credit requirement by completing Research Problems in Biology (3 credits) and additional electives. Students in both programs must pass a written comprehensive examination. Students in the thesis option must also complete a research project and write an acceptable thesis. The non-thesis option is considered a terminal degree and is not normally applicable toward the Ph.D. degree.
To fulfill thesis requirements, students perform experimental research under the tutelage of the faculty. Fields of research concentration currently include:
- mechanisms of bacterial pathogenesis
- liver cell biology in health and disease
- biochemical and genetic analysis of multidrug transporters in yeast and humans
- molecular biology of cancer and metastasis
- regulation of gene expression during development
- mechanisms of craniofacial diseases
- mechanisms of DNA packaging in bacteriophages and viruses
- novel genetic engineering approaches for epitope presentation and vaccine development
- bacterial exotoxins and their inhibitors
- biophysics of single ion channels and membrane transport
- mechanisms of nutrient signaling that drive chromosome instability
- how genotoxic stress is generated by and contributes to Huntington's disease
- regulation of human KRAS in yeast
- microfluidic platforms to study aging and intercellular communication
The Department of Biology accepts both full-time and part-time graduate students.