摘要
本文应用不脱钙骨切片技术,配合四环素双标记法和红外线吸收光谱分析,比较了大鼠诱导性异位成骨与自身股骨的骨质形成,矿化过程及骨盐的晶体组成。结果显示,诱导成骨第21天至26天、第26天至30天的骨质形成、矿化速率明显快于自身股骨;诱导成骨第30天的骨细胞计数增多,体积增大十分显著;诱导性骨与自身股骨的晶体构造相同,均为碳酸羟基磷灰石,其分子式为Ca_5[(OH)/(PO_4CO_3OH)_3]。
By using undecalcified bone sections, accompanied by tetracycline double labeling and analysis of infrared spectrogram, the bone formation, mineralization and crystal feature of induced ectopic bone and self femora in rats were compared. The results showed that from the 21th day to the 26th day as well as from the 26th day to the 30th day of the experiment, the rate of induced bone formation, mineralization was more active than that of the self femora: on the 30th day, in the induced bone, the count of bone cell was much more, the volume of bone cell was much larger too; but the crystal structure of induced bone was indentical with that of self femora. The molecular formula was Ca_5[(OH)/(PO_4CO_3OH)_3].
出处
《西安医科大学学报》
CSCD
1992年第4期329-332,共4页
Journal of Xi'an Medical University(Chinese)
关键词
骨发生
诱导成骨
骨质缺损
osteogenesis
induced bone formation
tetracycline labeling
infrared spectrogram
