Kurrat H J
Anat Embryol (Berl). 1977 Mar 30;150(2):129-40. doi: 10.1007/BF00316645.
The distribution of cartilage thickness was ascertained in 11 femoral heads. The greatest thickness of cartilage was always found lateral of the fovea capitis at the medial margin of the pressure area ("Druckbündelzone") of the cancellous bone, whereas the dorsomedial part of the head showed a zone of thinning, extending to the medial margin of the fovea capitis. The decrease in cartilage thickness occurred less rapidly in the lateral part of the joint than in the medial part. In the case of coxa vara, a changed pattern of cartilage thickness was observed, with a maximum thickness located more towards the lateral edge of the cartilage and a reduction in cartilage at the lateral margin of the fovea. The results are put in relation to the stress of the hip joint and are explained according to Pauwels' conceptions of the causal histogenesis and preservation of the mesenchymal supporting tissues. Differences in cartilage thickness are discussed as being a functional adaptation to local stress.
在11个股骨头中确定了软骨厚度的分布情况。软骨最厚处总是位于股骨头凹外侧的松质骨压力区(“压力束区”)内侧边缘,而股骨头的背内侧部分则显示出一个变薄区域,一直延伸到股骨头凹的内侧边缘。关节外侧软骨厚度的减少比内侧缓慢。在髋内翻的情况下,观察到软骨厚度模式发生改变,最大厚度更靠近软骨外侧边缘,而在股骨头凹外侧边缘软骨减少。研究结果与髋关节的应力相关,并根据 Pauwels 关于间充质支持组织的因果组织发生和保存的概念进行了解释。讨论了软骨厚度差异是对局部应力的功能适应性表现。