嗜银染色观察神经轴突再生。
Nerve axonal regeneration was observed by argentaffin staining.
黑色部分为神经细胞的扩展纤维称为神经轴突。
Stained in black are the fiber-like extensions of the nerve cells, called axons.
电镜下吻合段神经纤维具有明显神经轴突特征。
The anastomoses fiber presented with the characteristic of common neural axon.
观察了细小神经轴突膜电生理和物理特性参数。
Physiologic and physical parameters of small nerve fiber were measured.
神经轴突的生长就是在多种因子的调节下向前延伸。
And axon will extension with the regulation of those factors.
每个神经细胞放出一条神经轴突，用来和目标细胞进行连接。
Each nerve cell sends out an axon, a long fiber, to make contact with a target cell and build connections.
提示脑细胞代谢活跃，神经轴突轴浆转运障碍，突触传递受阻。
The results indicated that the metabolism of brain cells was active; the axoplasmic transport of axon was damaged; synaptic transmission function was abnormal.
结论内含生物活性载体的生物材料导管可诱导大鼠脊髓神经轴突的再生。
ConclusionsThe chitosan tube in which the bio active carrier system was injected can induce the spinal cord nerve axon regeneration.
观察大鼠视神经轴突和视网膜神经节细胞（RGC）的形态及数目变化。
The morphological changes in the retinal ganglion cells(RGCs) and optic nerve axons were observed and quantified in the specimens.
结果鼠胚的神经元和神经轴突束可以在PLGA生物膜上延长和继续培养。
Results the rat embryo neuron axon could be elongated and cultured on the PLGA membrane.
由于脊髓损伤的重大影响，针对损伤后促进神经轴突的再生进行了大量的研究。
Owing to the profound impact of spinal cord injury, extensive studies have been carried out aimed at facilitating axonal regeneration following injury.
目的：探讨低浓度SO 2损伤大鼠气道病理变化和对感觉神经轴突反射的影响。
AIM: To study the pathological changes of airway injury and the effect on the axon reflex of sensory nerve by the sulfur dioxide (SO2) of low concentration.
CGRP和SP二者在神经元、真皮血管周围神经轴突及皮肤无髓神经末梢共存。
CGRP and SP have been demonstrated co-existing in sensory neuron, axons surrounding dermal blood vessels, and unmyelinated nerve endings in skin.
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：动作电位传导过程中造成的局部负电场能直接始动并参与中枢神经轴突髓鞘化。
CONCLUSION: the local negative electric field that is brought about by action potential can directly initiate and participate in myelination in the CNS.
结论：适当浓度的亚砷酸可引起神经轴突的损害，且对全身及周围软硬组织无毒性破坏作用。
Conclusion: Suitable arsenic trioxide concentration can damage nerve axons permanently, and can not bring side effect to the structure around the nerve and whole body.
最近研究认为：损伤晶状体后可以成功地促进视网膜神经节细胞的存活和视神经轴突的再生。
Recently, some researches show that lens injury can prevent traumatic ganglion cells death and stimulate axonal regeneration in rats.
方法将鼠胚皮质神经元细胞种在PLGA生物膜支架上，用自制的神经轴突延长装置对其延长。
Methods the rat embryo cortical neuronal cells were cultured after they were seeded on PLGA membrane scaffolds, and elongated with the self-made neuro-axon extending device.
取吻合口附近的胫、腓神经段经锇酸染色后在光镜下观察腓总神经内轴突与胫神经轴突的关系。
The tibial and peroneal nerve trunks close to the location of suture were dissected, osmium stained and observed by light microscopy.
机械因素或生物因素可诱发坐骨神经痛，既可以通过直接刺激神经轴突也可由于神经缺血所诱导。
Sciatic pain is induced by mechanical or biological factors either by direct stimulation of axons or by neuroischemia.
前言：目的：探讨复健片对缺血性卒中后遗症模型大鼠星形胶质细胞活性及其神经轴突再生的作用。
Objective: To explore effects of Fujian Tablets on activity of astrocytes and axonal regeneration in the ischemic stroke sequela model rat.
目的探讨慢性高眼压后兔眼视神经轴突数目的变化情况及藏红花提取液对视神经轴突损伤的保护作用。
Objective To explore the number change of optic nerve axons in rabbits with chronic ocular hypertension (OHT) and the protective effect of crocus sativus extract on the optic nerve axons injury.
该手术主要优点：(1)筋腱膜管为筋膜、腱膜组成滑动管床，其管床光滑更趋向神经轴突生长之顺应性。
The advantages were: 1. The fibrous sheath of tendon contained by fibrous and aponeurosis have a slide tunnel that promoting the reproduction and tendency of the nerve axon through its smooth tunnel.
结论：视神经间接损伤后，早期适量的X射线局部照射能有效地抑制胶质细胞的反应性增生，能明显地促进神经轴突的结构再生。
It is suggested that early proper X-ray irradiation on the injured optic nerve can effectively inhibit the proliferation of astrocytes and obviously promote the axonal regeneration of optic nerve.
经过造模给药后4、8、12周行坐骨神经传导速度(NCV)和神经轴突计数(NAC)测定作为观测指标，判断神经功能与结构的修复情况。
After 4, 8 and 12 weeks of medication, neural conductive velocity (NCV) of sciatic nerve and neural axon count (NAC) were measured to estimate the functional and structural recovery of the nerve.
经过造模给药后4、8、12周行坐骨神经传导速度(NCV)和神经轴突计数(NAC)测定作为观测指标，判断神经功能与结构的修复情况。
After 4, 8 and 12 weeks of medication, neural conductive velocity (NCV) of sciatic nerve and neural axon count (NAC) were measured to estimate the functional and structural recovery of the nerve.
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