Kagan I I, Tret'iakov A A, Zheleznov L M, Konovalov D Iu, Lisitskiĭ N N, Brodskiĭ G V, Karabasov A E
Morfologiia. 1995;108(2):20-4.
By means of experimental material from 339 animals it was shown that microsurgical technique provides primary recovery of the wounds of the hollow organs, their anastomoses and blood vessels: demineralized bone is found to be a suitable material easily adapting in implantation. The use of microsurgical methods and technique and demineralized osseus matrix for nonosseous plastics is a perspective direction in improvement of the results of reconstructive and restorative operations on hollow organ and blood vessels.
通过对339只动物的实验材料表明，显微外科技术能使中空器官、其吻合口和血管的伤口实现一期愈合：脱矿骨是一种易于植入且适合的材料。将显微外科方法和技术以及脱矿骨基质用于非骨性整形是改善中空器官和血管重建及修复手术效果的一个有前景的方向。
