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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 healthcare, agriculture, and industrial production. The curriculum combines theoretical instruction with hands-on research experience. New students engage in core lab courses covering protein purification and analysis, cell culture techniques, and genetic engineering methods. Additionally, students collaborate on faculty-led research initiatives. Applicants must hold a bachelor's degree in science or equivalent, with selection based on academic performance, recommendation letters, GRE results, and other pertinent credentials. Key Research Focus Areas: Nucleic Acid Structure and Synthesis, Protein Formation and Analysis, Genetic Engineering Techniques, Cell Culture Applications, Commercial Product Development, Scientific Investigation
Complex organisms have evolved sophisticated defense mechanisms against harmful microbes and viruses. Immunology and disease mechanisms represent crucial areas of medical research that continue to yield breakthroughs for improving human health. The immune system primarily involves two cell types: B lymphocytes and T lymphocytes. In higher animals, B cells generate antibody proteins when encountering foreign materials, releasing these protective molecules into circulation to combat invaders. T cells similarly recognize foreign substances but retain their defensive compounds on the cell surface. Faculty members in the Molecular Biology & Biochemistry Department actively investigate both branches of immune system function.