Education & Admissions
Stem Cell and Regenerative
Biology Graduate Program
Graduate Program
The graduate program aims to cultivate highly skilled leaders at the master's and doctoral levels by equipping them with cutting-edge knowledge and innovative technologies in stem cell and cell therapy research.
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- Ultimate Treatment for Intractable and Degenerative Diseases
- Covers the entire spectrum from basic research in stem cell and regenerative medicine to new technology development and clinical applications.
- Trains future leaders capable of conducting breakthrough translational research in strategic national advanced biotechnology.
- Focuses on securing innovative disease treatment technologies and leading the future medical industry in the designated fields of stem cell and cell therapy.
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- Degree Programs (M.S., Integrated M.S.-Ph.D., Ph.D.)
- In order to meet the educational objectives of the degree programs (master's, integrated master's & doctorate, and doctorate), five core curriculum tracks based on the core theory of life are offered:
- Basic Cell and Developmental Biology, Molecular Biology, Multi-omics Bioinformatics, Tissue and Cell Engineering, Regenerative Medicine
Graduate School Educational Goals
Introduction of the educational objectives of the Graduate School of Stem Cell and Regenerative Biology.
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01
Talent Development
Goal 1-1 : Lead innovative research and education in advanced fields.
Goal 1-2 : Integrate developmental biology, molecular cell biology, medicine, chemistry, physics, and engineering.
Goal 1-3 : Provide an educational and research infrastructure that fosters creative exploration and innovation.
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02
Development of new disease therapeutics and treatments
Goal 2-1 : Conduct basic research, develop new technologies, and apply them clinically in stem cell and regenerative medicine.
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03
Degree Programs
Goal 3-1 : Structure degree programs (M.S., Integrated M.S.-Ph.D., Ph.D.) based on five core curriculum tracks.
Goal 3-2 : Offer courses in cell and developmental biology, molecular biology, multi-omics bioinformatics, tissue and cellular engineering, and regenerative medicine.