1994-02 | R&D status of biodegradable polymer in Korea | 김영하 |
1999-11 | R&D status of biodegradable polymers in Korea | 김수현; 김영하 |
1986-12 | Recent status and prospects of plastics as new materials. | 김영하 |
1999-08 | Recent status of biodegradable plastics in Korea | 김영하; 김수현 |
2009-11 | Reconstruction of a Rabbit Ulna Bone Defect Using Bone Marrow Stromal Cells and a PLA/β-TCP Composite by a Novel Sintering Method | 정영미; 박민성; 김상수; 김병수; 김영하; 김상헌; 이진우; 김수현 |
2006-08 | Regeneration of bone defect using micro-bioceramic PLLA polymer scaffolds synthesized by non-solvent and solvent method | 최연락; 박민성; 정영미; 김상헌; 김영하; 민병구; 이진우; 김수현 |
2007-03 | Regeneration of bone defect using micro-bioceramic PLLA polymer scaffolds synthesized by nonsolvent and solvent method | 박민성; 정영미; 김수현; 김상헌; 김영하; 민병구; 이진우 |
1995-01 | Release of ampicillin-Na from fibrin glue and its adhesive strength as a tissue adhesive. | 유봉규; 권익찬; 김용희; 박기동; 김영하; 한건; 정서영 |
2007-03 | RGD direct conjugation using co-solvent system to increase cell attachment on poly(lactide-co-glycolide) without change in hydrophilic/hydrophobic property | 이수홍; 정형민; 김영하; 김수현 |
2006-08 | RGD dorect conjugation using co-solvent system to increase cell attachment on poly(lactide-co-glycolide) without change in hydrophobic/hydrophilic properties | 이수홍; 김수현; 정형민; 김영하 |
2004-08 | Ring-Opening Polymerization of L-Lactide and Preparation of Its Microsphere in Supercritical Fluids | 백지원; 김수현; 박수영; 이윤우; 김영하 |
2003-01 | Ring-opening polymerization of L-lactide in supercritical chlorodifluoromethane | 백지원; 김수현; 박수영; 이윤우; 김영하 |
2005-08 | Ring-Opening Polymerization of L-Lactide in Supercritical Chlorodifluoromethane | 백지원; 김수현; 박수영; 이윤우; 김영하 |
2002-11 | Ring-opening polymerization of L-lactide in supercritical fluid | 백지원; 김수현; 박수영; 임종성; 김영하; 이윤우 |
2006-08 | Scaffold Designs for Mechano-Active | 정영미; 김수현; 김상헌; 김영하; 민병구 |
1983-01 | Seitenkettenwechselwirkungen und α -helixinduzierender effeckt bei basischen poly-[ α -aminosauren]). | 김영하; G. Ebert |
2004-08 | Smooth muscle-like tissues engineered with bone marrow stromal cells | 조승우; 김일권; 임상현; 김동익; 강선웅; 김수현; 김영하; 이은열; 최차용; 김병수 |
2000-07 | Star-shaped architecture of polylactide for enhanced processibility and thermal property | 김영하; 김수현 |
1987-01 | Studies on the agricultural use of the water-swelling polymer : 1. basic experiment. | 김영하; 노영팔; 정연태; 정근식 |
1988-01 | Studies on the agricultural use of the water-swelling polymer : 2. field experiment. | 김영하; 노영팔; 정연태; 박창영 |
2006-03 | Study on the tubular scaffold fabrication by gel-spinning | 정은나; 김상헌; 권재현; 정민섭; 박인수; 고영건; 한성식; 김영하; 김수현 |
1999-04 | Sulfonated PEG and phospholipid containing copolymers as blood compatible materials | 박기동; 이희정; 한동근; K. Ishihara; Y. Iwasaki; 김영하 |
2000-08 | Sulfonated PEG applications for improved biocompatibility | 박기동; 김영하 |
1997-01 | Sulfonated PEO modified surfaces for biomedical applications | 김영하; 박기동; 한동근 |
2000-07 | Sulfonated poly(ethylene glycol) applications for improved biocompatibility | 박기동; 이희정; 이원규; 한동근; 서활; 김수현; 김영하 |
2004-07 | Sulfonated poly(ethylene glycol) containing methacrylate copolymer surfaces | 박기동; 박형달; 이희정; 김영하; Tooru Ooya; Nobuhiko Yui |
1998-09 | Sulfonated poly(ethylene oxide)-grafted polyurethane copolymer for biomedical applications | 한동근; 박기동; 김영하 |
1997-01 | Sulfonated poly(ethylene oxide)-modified surfaces for biomedical applications | 김영하; 박기동; 한동근 |
1998-01 | Surface characteristics and biocompatibility of lactide-based poly(ethylene glycol) scaffolds for tissue engineering | 한동근; 박기동; Jeffrey A. Hubbell; 김영하 |
1998-01 | Surface characteristics and biocompatibility of lactide-based poly(ethylene glycol) scaffolds for tissue engineering | 한동근; 박기동; Jeffrey A. Hubbell; 김영하 |