Levenets V N, Pliatsko V V
Vestn Ross Akad Med Nauk. 1992(6):22-4.
Based on the biochemical, morphological, radionuclide, electron microscopy and arthroscopic data it has been established that there are significant changes in collagen proteins of the joint cartilage in the first stage of gonarthrosis deformans when degenerative and dystrophic alterations can only be seen in the joint cartilage. The determination of type II collagen which is commonly called procollagen brings something new in the understanding of the mechanism of degenerative dystrophic alterations in the joint cartilage. A considerable increase of a local proteolytic activity has been ascertained, which should be considered as the result of deep redox processes in the cartilage tissue. Gonarthrosis-associated microcirculatory disorders in the epiphyses with the development of vascular stasis, thrombosis, mural and total erythrocyte microaggregation cells, and perivascular hemorrhages have been confirmed. For the first time two forms of gonarthrosis (acute and latent) have been defined arthroscopically. The pathogenetic treatment methods have been elaborated in terms of the stages of the morphological changes identified.
根据生化、形态学、放射性核素、电子显微镜和关节镜检查数据,已确定在变形性膝关节炎第一阶段,关节软骨的胶原蛋白存在显著变化,此时退行性和营养不良性改变仅见于关节软骨。对通常称为前胶原的II型胶原的测定为理解关节软骨退行性营养不良性改变的机制带来了新的认识。已确定局部蛋白水解活性显著增加,这应被视为软骨组织中深度氧化还原过程的结果。已证实骨骺处与膝关节炎相关的微循环障碍,伴有血管淤滞、血栓形成、壁层和全红细胞微聚集细胞以及血管周围出血。首次通过关节镜确定了两种膝关节炎形式(急性和潜伏性)。根据所确定的形态学变化阶段,制定了病因治疗方法。