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SCBRM Ph.D. candidates conduct thesis work ranging from fundamental studies to applied research, each contributing to stem cell science and its potential in regenerative medicine. Our program fosters innovation, grounded in the philosophy that deep insights into molecular and cellular processes drive breakthroughs in clinical applications. We maintain that pioneering researchers are ideally positioned to translate their own findings. Accordingly, our doctoral students investigate core biological processes like stem cell-niche interactions, cellular identity formation during development (whether through natural differentiation or reprogramming), and aging mechanisms in model organisms. Their work includes creating precision genome editing techniques for therapy, pioneering next-generation stem cell treatments, studying genetic contributors to complex disorders using engineered stem cells, and guiding stem cells to become clinically useful cell types. SCBRM students utilize state-of-the-art methodologies such as gene editing, single-cell omics, advanced imaging, and novel stem cell culture platforms. This dynamic field offers unparalleled opportunities in stem cell and regenerative medicine research.
Applicants from colleges and universities of recognized standing who hold a U.S. bachelor's degree or its equivalent are eligible to be considered for admission for graduate study. English Proficiency: TOEFL - Your minimum score must be 100 (internet based) OR 600 (paper based).