目的探索大鼠同种异体神经移植的可行性。
Objective To study the feasibility of homologous nerve transplantation at rats.
目的研究用受体血浆冷冻处理的异体神经移植，以提高神经再生效果。
Objective To observe the result of recipient plasma cryopreserved nerve allograft, and evaluate its effect of promotion nerve regeneration.
目的研究FK5 0 6结合冷藏保存应用于同种异体神经移植后对神经再生的实验效果。
Objective To study the effects of FK506 and cold preservation on nerve regeneration after transfer of allografts in rats.
近年来，国内外学者始终还在为此进行着不懈的努力，在许多方面取得成就，尤其是异体神经移植已应用于临床。
Recently, the domestic and foreign scholars has made effort and achieved some success, particularly, the allograft nerve transplant has applied in clinical.
目的：探讨异体坐骨神经移植后神经纤维再生。
Objective: To study the nerve fiber regeneration after allogenic peripheral nerve transplantation.
免疫抑制剂FK506能有效地抑制周围神经同种异体和异种移植中的排斥反应。
FK506 can suppress the rejection of xenoma and xenograft effectively in the peripheral nerve.
结论：化学去细胞神经同种异体移植修复犬坐骨神经长段缺损，在术后6个月近期运动功能恢复与自体神经移植相似。
CONCLUSION: There are similar functional recoveries at 6 months after surgery in the restoration of long segment defect in sciatic nerve in canines by either a cellular nerve allograft or autograft.
周围神经的长段缺损需经神经移植修复，而异体神经修复缺损易被排异。
The repair of peripheral nerve lesions with a long segment defect need grafting conduits, but the allograft results in rejection later.
目的：改良去细胞异体神经的制备方法，研制出一种理想的自体神经移植替代物。
AIM: to improve the preparative method of acellular nerve allograft and to develop an ideal substitute for autogenous nerve graft.
目的探讨应用同种异体跟骨移植及腓肠神经营养血管逆行岛状皮瓣，修复跟骨缺损的临床效果。
Objective To investigate the clinical results of allograft and sural neurovascular flap in repairing calcaneus and skin defects.
结论胸腺内注射异基因MHC抗原可诱导大鼠对异体坐骨神经移植的特异性免疫耐受。
Conclusion Intrathymus injection of allogene MHC antigen might induce specific immune tolerance to sciatic nerve allografts in mice.
异体或异种神经移植法虽然取得了一定的效果，但仍处于动物实验的研究阶段，尚难以应用于临床。
Allogeneic or xenogeneic neural transplantation has yielded some results, but it is still used in the research phase of animal testing, which is difficult for clinical application.
结论FK506可以在早期促进异体神经匀浆激活的巨噬细胞的凋亡，从而减少或抑制周围神经异体移植后巨噬细胞所介导的免疫排斥反应。
Conclusion FK506 can promote the apoptosis of macrophage activated by allogenic nerve homogenate and reduce macrophage-mediated immunological rejection of peripheral nerve allograft.
目的介绍近期国内外有关异体周围神经移植的研究进展。
Objective To investigate the research advances of the peripheral nerve allograft.
目的观察辐照含银处理同种异体神经的体外抑菌效果及移植效果。
Objective To observe the in vitro bacteriostatic and transplantation effect of irradiated allogenic nerve containing silver.
在周围神经重建领域，神经的同种异体移植物经延长时间的冷冻保存法处理可制作移植物材料，应用前景乐观。
Prolonged cold-preservation of nerve allograft tissue could serve as a means to produce unlimited graft material for use in peripheral nerve reconstruction.
在详细研究兔面神经解剖的基础上，建立含面神经的颜面部复合组织同种异体移植的兔模型，观察移植后面神经及皮肤附件的近期变化。
Objective:To investigate the anatomy of rabbit's facial nerve, and establish a model of facial composite tissue allotransplantation in rabbits, which includes facial nerve.
在详细研究兔面神经解剖的基础上，建立含面神经的颜面部复合组织同种异体移植的兔模型，观察移植后面神经及皮肤附件的近期变化。
Objective:To investigate the anatomy of rabbit's facial nerve, and establish a model of facial composite tissue allotransplantation in rabbits, which includes facial nerve.
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