The laboratory aims to develop platforms for treating various diseases, including cancer, ulcerative colitis, Parkinson's disease, allergies, bacterial infections, and viral infections. This is achieved by developing immune-modulating biomaterials, such as drug delivery systems, gene delivery systems, protein and peptide delivery systems, and gas delivery systems

location1 : 305-405
location2 : 208-(527-2)

Our research interests are the development of new biotechnological methods and the development of computational models for drug discovery. Specifically, we are developing various biotechnological methods for genetic engineering to construct industrially useful organisms such as cell factories by giving new functions to cells. In addition, we are also developing computational models for drug discovery and personalized medicines.

Location1 : 310-845
Location2 : 202-304 202-307 202-310

This lab develops next-generation bio-micro systems through innovative engineering platforms, enabling translation to human physiology, pathology, and advanced biomedical applications. Our major research interests include microfluidics and biosensing platforms, new approach methodologies (NAMs), mechanobiology, and microenvironment studies for disease modeling and therapeutic development.

This lab is dedicated to developing core technologies, reagents, and equipment to analyze specific biomarkers by using isolation/concentrating pathogens from various samples (blood, urine, saliva, faces). We currently expend the research into the environmental issues and are also onducting environmental analysis.

Based on nucleic acid amplification such as PCR and LAMP, we are developing new concept medical equipment using various nanomaterials and microfluidic technologies.

Location1 : 310-844
Location2 : 202-304-1 202-507

This laboratory is focussing on a research for development of biomimetic materials and therir applications in the field of delivery systems, regenerative medicine, immune engineering, and medical devices. Depending on the purpose of each research, we are conducting research that can control the functionality of materials while maintaining biomimeticity through combination with synthetic materials based on materials derived from nature, biological tissue-derived materials, and cell-derived materials. The scope includes material development and discovery, analysis, and medical application.

Location1 : 310-834
Location2 : 202-404 202-505

We are interested in creating a synthetic tool for constructing microbial cell factory and microbial genetic engineering, developing molecular diagnostic system for the efficient treatment of diverse diseases, and studying disease therapeutics at single-cell level.

Location1 : 310-836
Location2 : 202-506

In our laboratory, we develop the systems for analysis and diagnosis, and various types of biosensors that can be applied to the real field. For this purpose, we are developing and optimizing quantitative/qualitative analysis kits for viruses, hormones, and antibody proteins in blood and non-cognitive media, as well as quantitative analysis of harmful compound factors in drinking water. For industrial collaborations, our works focus on the development of fluorescence and luminescence platforms and for academic researches, our researches composed of the optimization of electrochemical platforms and sample concentrations.

Location1 : 310-838
Location2 : 202-410 202-512

Our laboratory studies the subject of manufacturing nanomaterials and applying them for bio-applications. Representative research themes include research on application of biosensors with increased sensitivity with nanomaterials, discovery of new biomarkers for cancer screening and detection through high-sensitivity nanomaterials, and nanomaterials harmless to the human body against antibiotic-resistant bacteria. We carry out research on removal of cancer cells, nanomaterial research for activating immune cells for cancer immunotherapy, and nanomaterial research for differentiation and characterization of immune cells/stem cells.

Location1 : 310-847
Location2 : 202-405