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Biochemistry and Molecular Biology explores life at its most fundamental molecular level. This field combines chemical and physical principles to examine biological molecules, their structures, and interactions. Molecular biology specifically investigates how these molecules work together to create cells, organisms, and biological behaviors.
Those pursuing this major utilize chemical and physical concepts to analyze living cells and their components, revealing biological processes at molecular, genetic, and cellular scales. The curriculum builds expertise in quantitative and analytical biological sciences, covering molecular biology, biochemistry, enzymology, metabolic processes, cellular biology, and molecular genetics.
The Biochemistry Option (BIOCH) within this major concentrates on biological systems with particular attention to the chemical and physical properties of biomolecules. This quantitative approach to molecular life sciences demands solid mathematical skills. Consequently, this option has the most rigorous chemistry and physics requirements among the department's programs. Upper-level electives feature molecular genetics, advanced cellular biology, immunology, virology, medical biochemistry, physiological biochemistry, and physical chemistry labs. Students in this track nearly complete the requirements for a chemistry minor. The program provides outstanding preparation for advanced academic study and professional careers, with graduates being highly valued in industrial settings.