이름
이창수
학력
• 1999.3~ 2003.2: 서울대학교 생물화학공학, 박사
• 1994.3~ 1996.2: 인하대학교 생물화학공학, 석사
• 1989.3~ 1994.2: 인하대학교 화학공학과, 학사
경력
• 2004.10 ~ 현재: 충남대학교 응용화학공학과 교수
• 2008.12 ~ 2009.12: Harvard 대학교, 응용물리학부, 방문교수
• 2003.11 ~ 2004.10: M.I.T., 전기전자 컴퓨터 공학부, 박사후 연구원 (Post-Doc.)
• 1996.01 ~ 1999.02: 호남석유화학 주임연구원
연구활동
• Microfluidic system for synthesis of functional materials.
• Microfluidic toolbox for biology and biotechnology.
• Microfluidic reactor for chemical industry.
• Microgravity project: Self-assembly of colloidal particles.
보유기술
• Microfluidic chip: Synthesis of Emulsions, Janus particles, fibers, Capsules, and Fibers.
• Micromolding: Synthesis of anisotropic particles and colloids, Suspension array.
• Microfluidic toolbox for bacterial behaviors. (Biofilm, Chemotaxis, Thermotaxis)
• Biochips and Biosensors and cancer toxicology, glycan analysis.
실험실소개
1. 실험실명 : 나노바이오시스템 실험실 (042-821-8919/6290 / 공대1호관 149/151호)
2. 실험실소개 : We focus on the development of microfluidic platform that is applicable for synthesis of functional materials, and fundamental study in biology and biotechnology. We control fluidic phenomena such as surface and interfacial tension, wettability, capillarity, and laplace pressure for synthesis of soft functional materials such as complex emulsion, microcapsules, anisotropic particles, colloids, Janus particles and fibers. The synthesized materials are applicable for drug delivery, cosmetics, suspension array, cell cultures and cell encapsulation. Also, we’re interested in fundamental study in biology and biotechnology. Specifically, we develop microfluidic toolboxes applied for biochip, biosensor, glycan analysis for cancer detection, and study of bacterial behaviors; chemotaxis, thermotaxis and biofilm. Moreover, the microfluidic device is utilized for chemical industry due to the several advantages; relatively better safety, minimization of reactants, uniformity of products. Finally, we focus on understanding of self-assembly and colloidal assembly under microgravity by collaboration with NASA.
