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The Biochemistry and Molecular Biophysics graduate program is an interdisciplinary initiative bridging biology, chemistry, and physics to explore life's chemical foundations. Biochemists and biophysicists investigate the atomic architecture and folding patterns of biological polymers, their interactions with each other and smaller molecules, and how these molecular assemblies contribute to cellular processes. At life's core lies the cell, and contemporary biochemistry and biophysics aim to decipher how cellular components interact to create diverse functions. Specifically, this field examines how cellular elements systematically organize themselves to determine structure, functionality, and dynamic behavior.
This integrated graduate program, spearheaded by the Divisions of Chemistry/Chemical Engineering and Biology/Biological Engineering, offers comprehensive training in macromolecular biochemistry and biophysics while allowing specialization for PhD research. The program prepares students for leadership roles in academic and industrial research, equipping them with extensive knowledge in biochemistry and molecular biophysics. Graduates emerge not only as experts in their research focus but also as scientists capable of designing independent experiments and publicly defending their thesis work.
Applicants must have completed a bachelor's degree or the equivalent before beginning graduate study.
Applicants whose native language is not English and those who have had no formal instruction in English will be required to take a test to evaluate English proficiency. Please refer to "Required Tests" for a list of the GRE reporting requirements and the English proficiency exams currently accepted. The admissions committee may also consider research papers, publications and other original work.