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Rockwood等学者将完全性骨折愈合过程分三期,即炎症、修复及塑形期,但未详谈在骨折愈合过程生化演变对骨折愈合的影响。也有少数学者对钙、磷、锌等化学物质在骨折愈合中的转化效能各论不一。本组用复方骨愈片实验治疗小白鼠股骨骨折,并采用扫描电镜、透射电镜观察该药在骨折愈合过程中,生物、无机物、化学Ca、P、Zn沉积和有机物、酶、蛋白原素,对骨生成细胞、胶原纤维生成及相互转换的超微结构演生,及其在骨折愈合过程中的效能,报告如下:1 材料和方法
Rockwood and other scholars will be completely fracture healing process in three phases, namely inflammation, repair and shaping period, but did not dwell on the biochemical evolution during fracture healing fracture healing. There are also a few scholars on the transformation of calcium, phosphorus, zinc and other chemical substances in fracture healing vary. This group was treated with Compound Gusu tablets for the treatment of femoral fractures in mice. SEM, TEM were used to observe the deposition of biological, inorganic, chemical Ca, P, Zn and organic compounds, enzymes, , On the osteoblasts, collagen fibers generation and conversion of the ultrastructure of the evolution, and its efficacy in the process of fracture healing are as follows: 1 Materials and methods