本文报告面神经移植4例。
讨论了带血管蒂神经移植的局部解剖问题。
The applied anatomy of the vascular pedicle nerve graft was discussed.
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.
周围神经损伤的长段缺损需要神经移植修复。
Peripheral nerve lesions with a long segment defect need a grafting conduit to repair.
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.
到目前为止全世界40多人已经接受就神经移植。
More than 40 people around the world have undergone the procedure so far.
目的为自体耳大及腓浅神经移植提供解剖学基础。
Objective To provide anatomical basis for autologous nerve graft of greater auricular and superficial peroneal nerves.
设计带伴行营养血管蒂腓肠神经电缆式神经移植体。
The imitated operation for designing cable - style nerve graft with nutrient vessel were operated.
目的：探索不同皮神经移植体修复神经缺损的再生效果。
Objective: To investigate the neuromechanism of the regeneration of nerve defect.
方法采用带筋膜蒂的前臂外侧皮神经移植修复桡神经深支。
Methods Radial nerve deep branch was reconstructed by lateral antebrachial cutaneous nerve with fascial pedicle.
在存在神经移植物组，尝试刺激和电刺激神经后反应明显。
In the former group, responses were demonstrated after taste stimulation and electronic nerve stimulation. CONCLUSIONS.
目的：为自体前臂内侧及前臂外侧皮神经移植提供解剖学基础。
Objective: to provide anatomic basis for autologous lateral and medial cutaneous nerve graft of the forearm.
外科医生采取神经移植作为常规神经修复，但是，那往往意味着。
For conventional repair, surgeons take nerve grafts, even though this means losing skin sensation.
目的：探讨不同方法先期处理对异种神经移植后神经再生的影响。
To investigate the effect of pretreatment of different methods on nerve regeneration after heterografting.
结果行面神经减压术8例，面神经吻合术3例，面神经移植术1例。
Results The approach included facial decompression in 8 patients, neuroanastomosis in 3, and nerve grafting in 1.
结论：神经移植后注入神经生长因子的效果明显优于单纯神经移植。
Conclusion: the results of nerve implantation with injected nerve growth factor is better than the simple nerve implantation.
目的：探讨神经移植后在局部注入神经生长因子对神经再生的影响。
Objective: To explore the effect of locally injected nerve growth factors on nerve regeneration after the facial nerve implantation.
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.
这些结果证实了行为能力上的提高和小脑的神经移植术程度之间的关联。
These results demonstrate a correlation between an improvement in behavior and the degree of reinnervation in the cerebellum.
结论创伤性神经瘤切除、神经移植结合移位手术治疗早期产瘫疗效显著。
Conclusion the resection of the traumatic neuroma combined with nerve grafting and neurotization is really effective in the treatment of early OBPP.
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.
其传统修复方法是以自体神经移植修复，虽然其效果较好，但因其来源而受限。
The traditional method of repairing the facial nerve defect is by way of autologous nerve transplantation repairing, whose effect is comparatively good.
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.
目的建立体外延长人类神经轴突的方法，寻找合适的支持周围神经移植的基质材料。
Objective To establish a method of elongation of human nerve axon in vitro and find suitable support matrices for transplantation of peripheral nerve.
结论神经移植术修复幼年大鼠臂丛神经损伤后对近端运动和感觉神经元有保护作用。
Conclusion nerve grafting has a protective effect on sensory and motor neuron survival after brachial plexus nerve injury in young rats.
但是有一个方法可以克服机动假臂的这两个难题——利用一种叫做定向神经移植的技术。
But there is a way to overcome both these difficulties with motorised limbs, using a technique called "targeted reinnervation".
这意味着在理论上说，一个假肢里的感受器可以刺激经过神经移植的皮肤产生真实的感觉。
This means sensors in a prosthetic limb could, in theory, stimulate the reinnervated skin to cause realistic sensations.
目的：用碱性成纤维细胞生长因子复合降解膜包裹自体神经移植部位观察其对神经再生的影响。
AIM: to wrap the autogenous nerve transplantation site with the basic fibroblast growth factor (bFGF) combined with degradable membrane, so as to observe its effect on nerve regeneration.
经基因工程化及传代后，仍具干细胞特性，可作为基础研究及神经移植供体，具有广阔应用前景。
Since they retain their characteristics and differentiation ability after passages and genetic engineering, they can be applied widely in basic research and as grafts in neural transplantation.
经基因工程化及传代后，仍具干细胞特性，可作为基础研究及神经移植供体，具有广阔应用前景。
Since they retain their characteristics and differentiation ability after passages and genetic engineering, they can be applied widely in basic research and as grafts in neural transplantation.
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