Aaron R K, Jolly G, Ciombor D M, Barrach H J
Department of Orthopaedics and Rehabilitation, Rhode Island Hospital, Providence.
Calcif Tissue Int. 1988 Oct;43(4):244-9. doi: 10.1007/BF02555141.
The demonstration of histochemical characteristics in calcifying cartilage is fraught with methodological difficulties including the distinction of mineralized from unmineralized cartilage and the demonstration of cell detail in relatively hard tissue. This study uses the decalcified bone matrix-induced enchondral (endochondral) ossification system to demonstrate a technique of methylmethacrylate embedding, thin sections, and a combination of histochemical stains that distinguishes mineralized from unmineralized cartilage while preserving excellent cell detail. These techniques are applicable to other areas of enchondral ossification and are exemplified by the staining of growth plates.
在钙化软骨中显示组织化学特征充满了方法学上的困难,包括区分矿化软骨和未矿化软骨,以及在相对坚硬的组织中显示细胞细节。本研究使用脱钙骨基质诱导的软骨内(endochondral)骨化系统来展示一种甲基丙烯酸甲酯包埋、薄切片以及组织化学染色组合的技术,该技术能区分矿化软骨和未矿化软骨,同时保留出色的细胞细节。这些技术适用于软骨内骨化的其他领域,并以生长板染色为例进行说明。