Original Paper : Evaluations of Bioactive Poly(ε-Caprolactone)-Organosiloxane Nano-Hybrid as a Material for Bone Repair
의약학 > 의공학
( Jeong Joon Yoo ) , ( Sang Hoon Rhee ) , ( Jae Il Lee ) , ( Hee Joong Kim )
조직공학과 재생의학 2009년, 제6권 제4호, 445~452페이지(총8페이지)
2a800358.pdf [무료 PDF 뷰어 다운로드]
  • ※ 본 자료는 참고용 논문으로 수정 및 텍스트 복사가 되지 않습니다.
  • 구매가격
    135원 (구매자료 3% 적립)
    이메일 발송  스크랩 하기
    자료 다운로드  네이버 로그인
    In this study, we evaluated the cellular behaviors of human bone marrow stromal cells(hBMSCs) on the surface of apatite pre-coated poly(ε-caprolactone)-organosiloxane nano-hybrid material(SiOPCL) and assessed the osteoconductivity of SiOPCL in the diaphyses of the rabbit tibiae. Polycaprolactone(PCL), which is backbone of its organic phase, was evaluated to confirm the advantages of a structural modification of SiOPCL. The attachment and proliferation of hBMSCs on both PCL and apatite pre-coated SiOPCL(SiOPCL/HAp) was comparable to those observed on tissue culture plates(TCPs). The alkaline phosphatase activity of hBMSCs on both PCL and SiOPCL/HAp was significantly higher on day 21 compared with those on the TCPs. There was newly formed bone, together with numerous osteoblasts, that was observed along the entire surface of the SiOPCL in the medullary canal of the rabbit tibiae with in vivo testing. There was no evidence of any adverse responses, such as inflammation or foreign body reactions, around the SiOPCL. However, we observed severe inflammatory reactions and foreign body responses, which was evidence of its degradation and resorption, without evidence of new bone formation after the implantation of PCL. These results demonstrated that SiOPCL had compatible hBMSCs responses and excellent osteoconductivity in vivo.
    사업자등록번호 220-87-87785 대표.신현웅 주소.서울시 서초구 방배로10길 18, 402호 대표전화.070-8809-9397
    개인정보책임자.박정아 통신판매업신고번호 제2017-서울서초-1765호 이메일 help@reportshop.co.kr
    copyright (c) 2009 happynlife. steel All reserved.