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The Department of Molecular Biology and Biochemistry provides a Master of Science program in Biotechnology. This field applies fundamental principles from biology, chemistry, and chemical engineering to address real-world challenges in medicine, agriculture, and industrial production. The curriculum combines theoretical instruction with hands-on research experience. New students engage in core lab courses covering protein purification, cell culture techniques, and genetic engineering methods while contributing to faculty-led research initiatives. Applicants must hold a bachelor's science degree or equivalent, with admission decisions based on academic performance, test scores, recommendation letters, and professional qualifications. Key Research Focus Areas: Nucleic Acid Structure/Synthesis, Protein Analysis/Production, Genetic Engineering Techniques, Cellular Culture Methods, Commercial Product Development, Scientific Investigation
Viral pathogens are categorized as DNA-based or RNA-based (including retroviruses). Research teams study both classifications, with particular focus on herpes simplex virus I (gene expression regulation) and polyoma virus (tissue-specific replication mechanisms). Understanding viral tropism is crucial for comprehending infection patterns. Current projects explore neurological gene therapies and experimental models for cervical cancer. Retroviruses serve as valuable systems for examining oncogenesis and genetic regulation, with ongoing studies into T-cell leukemia viruses and their developmental pathways.