* Link : http://engage.washington.edu/site/PageNavigator/Bioengineering/Summer2012/Summer2012_KimAward.htmlPast BIOE Chair Yongmin Kim honored as UW Medicine Inventor of the YearYongmin Kim’s commitment to saving lives and focus on solving clinician’s real-world problems have driven his innovations for 30 years.Now, the man who worked with his research group to pioneer more than 85 inventions leading to 60 patents, put inventions into industry practice with 25 licenses, and helped commercialize the technologies, will be hailed as the 2012 Inventor of the Year by the UW School of Me..

* Link : http://khnews.kheraldm.com/kh/view.php?ud=20120828001045&md=20120829085525_9President Kim Yong-min emphasizes balance between education and researchPOHANG, Gyeonggi Province ― When Professor Kim Yong-min returned to Korea last year after nearly 30 years on the faculty of the University of Washington, he had a self-imposed mission: to build a truly world-leading university in Korea.In less than a year, the president of Pohang University of Science and Technology has already made strides toward that goal. The school topped Times Higher Education’s list of the world’s b..

Professor Suk Bong Hong(CE and School of Environmental Science and Engineering) and Hyung Ki Min(CE, Ph.D. candidate) succeeded in converting meta-xylene to para-xylene using zeolite catalyst based on gas chromatography-mass spectrometry-computer(GC-MS-CPU) and isotope exchange method. Para-xylene which is used to make polyester fibers, plastic bottles, and films is a basic petrochemical material made through isomerization of meta-xylene, whose mechanism has been merely a hypothesis. Unlike other technologies, this technology can now be realized ex hypothesi.The research team is receiving atte..

Professor Sangmin Jeon (CE) and Jinmyoung Joo (Post Doc.) have developed the technology that diagnoses cancer by using micro-oscillators made of photo- catalytic silicon and nanoparticle on the inside and magnetic material on the outside. This technology, published on ACS Nano, attracted academic attention because it could be applied to cancer diagnosis at once as well as early detection, which is crucial in cancer treatment.When patients suffer from cancer, the concentration of specialized proteins in blood and other body fluids increases. This technology uses the concentration of the protein..

Professor HyungJoon Cha of the Department of Chemical Engineering has devised a new technique which combines Mussel Adhesive Protein (MAP) and antibody-binding protein to pin down an antibody on diverse surfaces coated with a new linker protein (BC-MAP).BC-MAP is a linker material to immobilize y-shaped antibodies onto immunosensors such as a pregnancy test which examines for infection by antigen-antibody reaction. In order to work properly, antibodies are supposed to be exactly immobilized onto surfaces.Previously, antibody-binding protein did not immobilize an antibody depending on the surfa..

POSTECH researchers have found a way to tightly fix bio materials by using mussel adhesive proteins (MAPS).Professor HyungJoon Cha of the Department of Chemical Engineering had developed sticky nanofibrous scaffold based on MAPS, which can be functionalized with diverse types of biomolecules. The paper supported by “Marine Bioengineering Technology Project” under the Ministry of Land, Transport, and Maritime Affairs appeared in the Angewandte Chemie International Edition published online on Oct. 19.Nanofibers are a promising tool for tissue engineering applications, and various stu..