Gerich T G, Fu F H, Robbins P D, Evans C H
Trauma Department, Hannover Medical School, Germany.
Knee Surg Sports Traumatol Arthrosc. 1996;4(3):180-7. doi: 10.1007/BF01577414.
For the orthopedic sports medicine physician soft tissue injuries often present the greatest clinical problems. Not only do many of the most frequently injured tissues, such as the cruciate ligaments and articular cartilage, have very limited capabilities for spontaneous repair, but they also respond poorly to surgical or nonsurgical intervention. In this article we try to define the role of growth factors in these conditions and to outline concepts for future treatment based upon modulation of the native repair response. We suggest that gene transfer could improve the management of such injuries, particularly when used as vehicles for the targeted delivery of growth factors. The concept of gene therapy in orthopedic sports medicine can be extended to include disorders that present as laxity or mechanical weakness of ligaments. We speculate that subtle genetic differences between individuals may account for those who appear to be injury prone. In these cases it is likely that genes encoding the structural macromolecules of the matrix are defective. Local gene supplementation in such cases could be useful in the future.
对于骨科运动医学医生来说,软组织损伤常常带来最大的临床问题。不仅许多最常受伤的组织,如交叉韧带和关节软骨,自发修复能力非常有限,而且它们对手术或非手术干预的反应也很差。在本文中,我们试图界定生长因子在这些情况下的作用,并概述基于调节天然修复反应的未来治疗概念。我们认为基因转移可以改善此类损伤的治疗,特别是当用作生长因子靶向递送的载体时。骨科运动医学中的基因治疗概念可以扩展到包括表现为韧带松弛或机械性薄弱的疾病。我们推测个体之间细微的基因差异可能是那些似乎易受伤的原因。在这些情况下,编码基质结构大分子的基因很可能存在缺陷。未来,在此类情况下进行局部基因补充可能会有用。