结果耳大神经的分支、分布有其规律性。
Results: The regularity of branches and distributions of great auricular nerve was observed.
方法：以耳大神经制成端侧吻合的神经模型。
Methods: a rabbit model of the greater auricular nerve end to side anastomosis was established.
躯体代表区由耳颞神经、耳大神经及枕小神经耳支支配。
The areas related to the trunk were controlled by auriculotemporal nerve, great auricular nerve and auricular branch of lesser occipital nerve.
目的研究耳大神经构成及端侧神经吻合口再生轴突的来源。
Objective to study construction of the rabbit greater auricular nerve and origin of regenerating axon after end - to - site neurorrhaphy.
目的 客观评价兔耳大神经植入颈部带蒂皮瓣修复颊缺损感觉恢复效果。
Objective To assess the sensory restoration after the greater auricular nerve is implanted into the flap to repair the buccal defect in rabbits.
目的探讨兔耳大神经端侧吻合后轴突再生的来源，及供神经外膜开窗与否对轴突再生的影响。
Objective to study the origin of the regenerated axons in the recipient nerve and the effect of opening windows on the epineurium of donor nerve.
结论：兔耳大神经端侧吻合植入失神经皮瓣后，供神经的轴突能长入神经移植体，并最终形成具有功能的感觉未梢。
Conclusion:The axonal reinnervation of sensory nerve endings from the proximal stump to distal implanted nerve in end-to-side nerve neurorrhaphy is feasible.
结论：兔耳大神经端侧吻合植入失神经皮瓣后，供神经的轴突能长入神经移植体，并最终形成具有功能的感觉未梢。
Conclusion:The axonal reinnervation of sensory nerve endings from the proximal stump to distal implanted nerve in end-to-side nerve neurorrhaphy is feasible.
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