| 1996-10 | Bacterial adhesion on modified polyurethanes(III). | 박기동; 김영수; 최규석; 김영하 |
| 1998-01 | Bacterial adhesion on PEG modified polyurethane surfaces | 박기동; 김영수; 한동근; 김영하; 배은희; 서활; 최규석 |
| 1997-01 | Bacterial repellence on modified polyurethanes surfaces using PEG and heparin | 박기동; 김영수; 한동근; 배은희; 김영하; Hwal Suh; Kyu Suk Choi |
| 2010-11 | Beneficial Effect of Sulfonated PEO-grafted Polyurethanes on Calcification and Lipid Adsorption of Vascular Implants | 최지연; 이봉수; 박귀덕; 한동근; 박기동; 김영하 |
| 1989-10 | Biocompatibility of polyurethane-polystyrene interpenetrating polymer networks. | 한동근; 김영하; 신용철; 김성철 |
| 2000-05 | Biocompatibility of sulfonated PEG-acrylate copolymers: calcification, bacterial adhesion and protein adsorption | 박기동; 이희정; 이원규; 한동근; 김영하 |
| 1994-12 | Biocompatible modified PU for artificial organs. | 김영하; 박기동; 한동근 |
| 2000-05 | Biodegradable bone cement for bone ingrowth: preparation and physical properties | 김정구; 박기동; 김수현; 김영하; 이성재; 정덕영; 이상영; 최재봉 |
| 1992-09 | Biodegradable polymer based on polylactide | 김영하; 김수현 |
| 2000-12 | Biodegradable polymer blends of poly(L-lactic acid) and gelatinized starch | 박준욱; 임승순; 김수현; 김영하 |
| 1999-05 | Biodegradable polymer blends of poly(lactic acid) and starch | 박준욱; 이덕진; 유의상; 임승순; 김수현; 김영하 |
| 1999-03 | Biodegradable polymers derived from lactide and lactic acid | 김수현; 김영하 |
| 2001-11 | Biodegradable polymers derived from lactide and lactic acid | 김수현; 김영하 |
| 1987-04 | Biodegradable polymers for medical applications | 김영하; 안광덕; 권익찬 |
| 2000-08 | Biodegradable scaffolds with various properties for Tissue Engineering | 이수홍; 최성원; 이상영; 김수현; 김영하; 한양규 |
| 2006-10 | Bioengineering of cartilage | 김수현; 정영미; 김상헌; 김영하; 민병구 |
| 2008-11 | BIOENGINEERING OF CARTILAGE USING AN ELASTIC BIODEGRADABLE SCAFFOLD | 김수현; 정영미; 김상헌; 김영하 |
| 2010-01 | Bioengineering of Cartilage using Elastic Biodegradable Scaffold | 정영미; 김상헌; 김영하; 김수현 |
| 1995-09 | Biomedical materials. | 김영하 |
| 1987-01 | Biomedical polymers. | 김영하 |
| 1992-09 | Blood compatibility of hydrophilic polyurethane-hydrophobic polystyrene interpenetrating polymer networks. | 김영하; 신용철; 한동근; 김성철 |
| 1991-01 | Blood compatibility of polyurethane and hydrophobic polystyrene interpenetrating polymer networks. | 김영하; 한동근; 신용철; 김성철 |
| 1996-01 | Blood compatible polymers. | 한동근; 박기동; 김영하 |
| 2006-10 | Bone regeneration with PLA/β-TCP composites by novel sintering and bone marrow stromal cells | 김수현; 정영미; 김상헌; 김영하; 민병구 |
| 1994-01 | Bulk modification, characteristics and blood compatibility of sulfonated poly(ethylene oxide)-grafted polyurethanes. | 박기동; 김영하; 한동근; 민병구 |
| 1991-01 | Calcification associated with biomedical polymers. | 김영하; 한동근; 민병구 |
| 2008-10 | Cartilage regeneration with highly-elastic three-dimensional scaffolds prepared from biodegradable poly(l-lactide-co-ε-caprolactone) | 정영미; 박민성; 이진우; 김영하; 김상헌; 김수현 |
| 2007-04 | Cartilage Tissue Engineering using 3-Dimensional and Dynamic Environments | 정영미; 김상희; 김수현; 김상헌; 김영하; 김병구 |
| 2007-03 | Cartilage tissue engineering using a elastic Poly(L-lactide-co-ε-caprolactone) scaffold | 정영미; 김수현; 김상헌; 김영하; 민병규 |
| 2005-10 | Cartilaginous Tissue formation Using a Mechano-Active Scaffold and Dynamic Compressive Stimulation | 정영미; 김수현; 김상헌; 김영하; Jun Xie; Takehisa Matsuda; 민병구 |
