Research Fields
We are interested in the structure and function of proteins involved in all areas of biological sciences. Our research uses state-of-the-art technology in X-ray crystallography, electron microscopy and computational methods for understanding drug-targeted proteins. With the Cryo-EM facility and the 3rd/4th-generation synchrotron at PAL, we will provide the basic knowledge/information for developing new drugs with huge potential.
Bioinformatics
We provide the computing tools and information to solve problems and create hypotheses in all areas of biological sciences.
Genomic Stability and Cancer
We focus on the DNA damage and repair that play a critical role in a genomic stability. Therefore, we provide a mechanism for cancer prevention or therapeutic attack.
Structure-based drug development
We focus on the search, design, and optimization of an antibody and a small molecule that increase specific affinity for target protein.
Membrane Protein Science
We provide molecular mechanism of membrane proteins that mediated transport of ion and molecules across lipid bilayer or detect molecules outside the cell and activate internal signal transduction pathway.
Min Sung Kim Associate Professor
Structural Biology
Lab. of Synthetic Biology and Molecular Computing
Protein-DNA interaction, Structural study of Immune response
Sang Uk Kim Professor
Structural Biology
Lab. of Structural Bioinformatics
Bioinformatics, Precision Medicine
Young Jin Kim Assistant Professor
Structural Biology
Lab. of Membrane transporters and structural biology lab
membrane transporter protein
Jie Oh Lee Professor
Structural Biology
Lab. of Antibody Structure and Engineering
structural biology, innate immunity, antibody engineering
Yun Je Cho Professor
Structural Biology
Lab. of Structural Biology of Cancer
Receptor biology, Structural and functional studies on GPCRs and tyrosine kinase receptors, Receptor-based drug development and regulation