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关节软骨缺损修复研究进展
引用本文:陈付国,曹谊林,商庆新. 关节软骨缺损修复研究进展[J]. 中国修复重建外科杂志, 1998, 12(5): 297-300
作者姓名:陈付国  曹谊林  商庆新
作者单位:上海第二医科大学附属第九人民医院整形外科,上海市组织工程重点实验室,上海,200011
摘    要:关节软骨缺损是临床常见疑难病症之一。滑膜关节表面缺损后难以修复。现就关节软骨缺损的自发修复、自体或异体移植修复、软骨膜或骨膜移植修复、软骨细胞移植修复,以及三维立体细胞培养及组织工程技术修复等五个方面,综述了滑膜关节软骨缺损修复重建的方法学进展

关 键 词:关节软骨  软骨缺损  软骨细胞  组织工程

ADVANCES IN THE RESEARCH ON REPAIRING CARTILAGINOUS DEFECTS OF SYNOVIAL JOINT
Chen Fuguo,Chao Yilin,Shang Qingxin. ADVANCES IN THE RESEARCH ON REPAIRING CARTILAGINOUS DEFECTS OF SYNOVIAL JOINT[J]. Chinese journal of reparative and reconstructive surgery, 1998, 12(5): 297-300
Authors:Chen Fuguo  Chao Yilin  Shang Qingxin
Affiliation:Shanghai Tissue Engineering Laboratory, P.R. China.
Abstract:The repair of defects of articular cartilage has continued to be a difficult problem. This article provided a collective review from literature pertaining to the advances gained in the repair of cartilaginous defects. In the spontaneous repair, if the defect of the cartilage was less than 3 mm, might result in complete or partial repair, but in those the diameter was more than 3 mm, the defect could not be repaired by normal cartilage. Although the cartilaginous autograft could give good result, but it could not be widely applied because short of supply of the autogenous cartilage. Cartilagious allograft could not be taken to repair cartilaginous defect because of reaction from tissue rejection. The transplantation of periosteal or perichondral graft had been tried but was eventually abandoned because of poor long-term result. The transplantation of free chondrocytes might be a method of hope. In general, transplantation of free chondrocytes into the cartilaginous defect will be lost. The supply of autogenous chondrocytes was very limited, and the heterogenous chondrocytes would inflict immunoreaction after being transplanted. In late of 1980, a new concept of tissue engineering was proposed. The problem that a scaffold of appropriate material which could hold the free chondrocytes in place from being lost might undergo proliferation and differentiation into new cartilage was far from being solved. Although tissue engineering still had various problems needed further investigation, but it will probably be the main direction of development in this field.
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