Nan L Z
Zhonghua Wai Ke Za Zhi. 1989 Apr;27(4):247-9, 255.
Transplantation of cerebellar tissue to the transection part of the spinal cord was performed on 48 dogs. Among them, 35 dogs were transplanted with cultured cerebellar tissue, 7 of which resumed standing and walking ability, 13 dogs were transplanted with embryo cerebellar tissue and 7 resumed standing and walking (58.3%). In the control group of 8 dogs, no recover was found. Histological examination and HRP reaction showed that (1) embryo cerebellar tissue may prevent the scar formation and neuroglia proliferation; (2) some neurofibers existed in the scar tissue between the two ends of transected spinal cord; (3) the connection of the grafting material and the host was established by special target.
对48只犬进行了小脑组织移植到脊髓横断部位的手术。其中，35只犬移植了培养的小脑组织，其中7只恢复了站立和行走能力；13只犬移植了胚胎小脑组织，7只恢复了站立和行走（58.3%）。在8只犬的对照组中，未发现恢复情况。组织学检查和HRP反应表明：（1）胚胎小脑组织可能防止瘢痕形成和神经胶质细胞增生；（2）脊髓横断两端之间的瘢痕组织中存在一些神经纤维；（3）移植材料与宿主通过特殊的靶点建立连接。
