We decode bio-complexity to unravel/control the hidden logic of life and to further apply it for engineering innovation.
The Life Sciences are witnessing a shift of paradigm from traditional characterization of individual molecules towards an understanding of interactive pathways and networks. The role of genes, proteins, metabolites and cells can be understood and defined through their interactions and it is through our focus on intra- and inter-cellular dynamics that we are deeply involved in the emerging area of Systems Biology. For Systems Biology to succeed, we have to cope with the bewildering complexity of cellular systems, covering a wide range of spatial and temporal scales. Two of the key characteristics of Systems Biology are dynamic modeling and integration (fusion) of various information sources, such as genomics, transcriptomics, proteomics, and metabolomics. ... More

SBiE Positions
KAIST 바이오및뇌공학과의 시스템생물학 및 바이오영감공학 연구실(Laboratory for Systems Biology and Bio-Inspired Engineering; SBiE)에서는 수학/물리학/공학의 원리를 생명과학에 응용하여, 복잡한 생명현상을 분석하고 제어하는 시스템생물학 연구와 생명현상의 동작 원리를 공학적으로 응용하는 바이오영감공학 연구를 함께할 우수한 학부생 연구원과 석사 및 박사과정 학생, 연구원 분들을 모집/초빙하고 있습니다. ... More
SBiE Posters (2019)
시스템생물학 (Systems Biology) 분야 URP 주제 공지
SBiE Brochure (2019)