Sarkisov D S, Kostiuchenok B M, Amiraslanov Iu A, Kolokol'chikova E G, Pal'tsyn A A
Biull Eksp Biol Med. 1984 Jul;98(7):97-9.
Electron microscopic radioautography was used to study the osteogenesis during the replacement of bone tissue defects by graded distraction osteosynthesis in 12 patients with open fractures of the tibia. In the early stages of reparative tissue formation, the cells that intensely synthesized DNA and DNA were located exceptionally in the vascular walls or near them. The authors assume that vascular cells, most probably pericytes, are a basic source of the origin of the reparative tissue, turning firstly to fibroblast-like cells and then to osteoblasts.
采用电子显微镜放射自显影术，对12例胫骨开放性骨折患者通过分级牵引成骨术修复骨组织缺损过程中的骨生成情况进行了研究。在修复组织形成的早期阶段，强烈合成DNA的细胞特别位于血管壁或其附近。作者认为，血管细胞，很可能是周细胞，是修复组织起源的基本来源，首先转变为成纤维细胞样细胞，然后转变为成骨细胞。
