KAIST生物医学科学研究中心成立于1995年，有着27年的历史，其建立了医学领域先进的研究支持系统，支持教育、研究基础设施，以开发下一代新药和医疗技术，使研究人员能够专注于关键思想的制定和研究构想，以适应未来融合研究的快速发展趋势。通过医学科学研究中心的设施、研究设备和支持人员，运营各种支持系统，帮助医学、生命科学和工程等相关研究人员获得最优秀的研究成果。

生物医学科学研究中心还培养具有多学科融合研究能力的医学领域高级研究人才，同时为应对新变传染病的传播、超老龄化等未来社会问题，还致力于第四次工业革命时代尖端科学技术的发展。

使用体细胞突变跟踪早期人类胚胎的发生、开发无荧光标记的荧光图像的 AI 显微镜、COVID-19 患者中确定 SARS-CoV-2 特异性 CD8 T 细胞的特性和功能、通过去除星形胶质细胞的突触确定维持大脑功能的机制等等都是该研究所杰出的获奖成果。

Established in 1995 and with a 27-year history, the KAIST Center for Biomedical Science Research has established an advanced research support system in the medical field, supporting education, research infrastructure to develop the next generation of new drugs and medical technologies, enabling researchers to focus on the formulation of key ideas and research ideas to adapt to the rapid development trend of convergent research in the future.Through the facilities, research equipment, and support staff of the Medical Science Research Center, various support systems are operated to help medical, life sciences, and engineering related researchers obtain the best research results.

The Biomedical Science Research Center also cultivates senior researchers in the medical field with multidisciplinary research capabilities, and is also committed to the development of cutting-edge science and technology in the era of the Fourth Industrial Revolution in order to cope with future social issues such as the spread of new infectious diseases and super-aging.

The use of somatic mutations to track the occurrence of early human embryos, the development of AI microscopy without fluorescent labeling, the determination of the properties and functions of SARS-CoV-2-specific CD8 T cells in COVID-19 patients, and the determination of mechanisms that maintain brain function by removing synapses from astrocytes are among the Institute's outstanding award-winning achievements.