Aktueller Stand biologisch rekonstruktiver Verfahren an der Knorpeloberfläche - eine Übersicht

J. Fritz1, C. Gaissmaier1, B. Schewe1, T. Krackhardt1, K. Weise1
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引用次数: 1

Abstract

Several studies have shown that articular cartilage defects often occur in the knee, even in younger patients. There is also evidence that the risk of secondary osteoarthritis increases accordingly to the primary defect size. An attendant meniscus and/or ligament tear raises this hazard additionally. Furthermore chondrocytes of the knee have lower regenerative properties, compared to chondrocytes of the ankle. Among the large joints the knee is most frequently affected by osteoarthritis (OA). In order to avoid OA, symptomatic articular cartilage defects should undergo a biological reconstruction as early as possible. Additional meniscus or ligament tears or malalignements should be treated moreover. For the biological reconstruction of the articular cartilage surface certain different surgical procedures are available to date. The paper shows current techniques, their pros and cons and their mid-and long-term results in order to figure out their appropriate indications.
目前掌握了生物改造技术在软骨表面的现有数字
几项研究表明,关节软骨缺损经常发生在膝关节,甚至在年轻患者。也有证据表明继发性骨关节炎的风险随着原发性骨缺损的大小而增加。随之而来的半月板和/或韧带撕裂也增加了这种危险。此外,与踝关节的软骨细胞相比,膝关节的软骨细胞具有较低的再生特性。在大关节中,膝关节最常受骨关节炎(OA)的影响。为了避免骨性关节炎,有症状的关节软骨缺损应尽早进行生物重建。额外的半月板或韧带撕裂或错连也应治疗。对于关节软骨表面的生物重建,目前有几种不同的外科手术方法。本文展示了目前的技术,它们的优点和缺点以及它们的中期和长期结果,以便找出它们的适当适应症。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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