目的：探讨胫神经在踝足部卡压的因素及部位。
Objective To observe the branches and distribution of the tibial nerve and analyze the compressed position of it.
切断大鼠右侧胫神经形成失神经腓肠肌实验模型。
The animal model of nerve injury and gastrocnemius denervation was established by cutting the right tibial nerve.
目的：为临床胫神经腓肠肌肌支切断小腿减肥术提供形态学依据。
Objective To provide basic applicable anatomy for clinical practical procedures of neurotomy of the motor branches of tibial nerve innervating the gastrocnemius for calf reduction.
后路胫神经阻滞时近段阻滞点的评估和神经刺激仪引导穿刺法的使用。
Evaluation of a Proximal Block Site and the Use of Nerve-Stimulator-Guided Needle Placement for Posterior Tibial Nerve Block.
针体穿过胫骨后肌后可触及含有胫神经和胫后血管粗大的血管神经束。
The vessel and nerve bundles containing tibial nerve and posterior tibial vessels can be touched when the needle body past through tibialis posterior.
结论：胫神经缩窄术对治疗脑瘫痉挛性马蹄内翻足具有较高的实用价值。
Conclusion: Tibial neurotomy has a high utility value in treating equinovarus in children with cerebral palsy.
组，将胫神经切断，近端与切断的腓神经远端神经干行“开窗”的端侧缝合。
Group d, the tibial nerve was severed, the proximal end of it was sutured end to side with the windowed trunk of the distal part of the severed peroneal nerve.
目的观察胫神经运动神经分支乙醇溶解术对脑卒中患者腓肠肌痉挛和步行功能的影响。
Objective to observe the effect of alcohol motor branch neurolysis of tibial nerve branch on treat gastrocnemius muscle spasticity and walking function in stroke patients.
在膝关节后上方，坐骨神经分成两条神经，胫神经和腓总神经，它们都支配小腿和足。
Above the back of the knee, the sciatic nerve divides into two nerves, the tibial and the common peroneal nerve, both of which serve the lower leg and foot.
结论选择性胫神经分支部分切断术是治疗踝部痉挛状态安全有效的显微外科手术方法。
Conclusions Selective tibial neurotomy is an effective and safe microsurgical method for the treatment of ankle spasticity.
电刺激移植组胫神经可记录到腓肠肌的诱发动作电位，能引起肌肉收缩和踝关节运动。
The evoked muscle action potential were recorded and the macroscopic muscle contraction and ankle motion were also observed in the implanted group by stimulating the grafted tissue.
目的探讨胫神经缩窄术治疗下肢痉挛性瘫痪、矫正内翻马蹄足的手术适应证、手术方法。
Objective To explore indication and approaches of neurotomy of tibial nerve for the treatment of the talipes equinovarus and spastic paralysis.
结论胫神经缩窄术是治疗下肢痉挛性瘫痪、矫正内翻马蹄足，改善下肢运动的有效方法。
Conclusion Neurotomy is an effective method to treat talipes equinovarus, and can improve the motor activity of low extremity.
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.
结果：不雅察组疗治后神经器官症状及正当中神经器官、胫神经器官MCV、SCV有显著变化。
Results: There was remarkable changes in the neurosis symptom, rightly middle nerve, leg nerve MCV and SCV of the patients from the observation group.
本文介绍了氦氖激光照射黄牛的正中神经，胫神经及眶下神经和马一样也取得了较为满意的镇痛效果。
This paper reports that promising sedative effects of He-Ne Lasea on N. medianus, N. tibialis and N. infraorbitalis of cows and horses were obtained.
肌电图显示腓总神经及胫神经传导速度与治疗前比较显著增高，接近正常值，并能使延长的神经远端潜伏期显著缩短。
The EMG analyses revealed that nerve conduction velocity was significantly increased and nerve distal latency was significantly shortened after treatment as compared with that before treatment.
共行肌皮神经缩窄11例，正中神经缩窄15例，胫神经缩窄37例，闭孔神经缩窄6例，坐骨神经缩窄11例，腓深神经缩窄2例。
The neurotomies include 11 musculocutaneous nerves, 15 median nerves, 37 tibial nerves, 6 obturator nerves, 11 sciatic nerves, 2 profound peroneal nerves.
结果痉挛性斜颈患者A型肉毒毒素局部注射后1周及12～16周，尺神经及胫神经M波波幅、潜伏期和神经传导速度与注射前无显著差异；
Results The amplitude, the latency and conductive velocity of the M-waves of the ulnar nerves and the tibial nerves were unchanged at times 1 week and 12~16 weeks after BTX-A injection.
目的探讨及建立青少年胫后神经皮层体感诱发电位正常参考值范围。
Objective to investigate and establish normative values for posterior tibial nerve cortical somatosensory evoked potentials (PTN-CSEPs) in adolescent.
目的：研究胫后神经体感诱发电位（SEP）对脊髓病变的定位诊断价值。
Objective: To study the value of posterior tibial nerve somatosensory evoked potentials (SEP) in the diagnosis of spinal cord lesions.
并用超强电刺激在正中神经腕部及胫后神经踝部检测F波潜伏期及出现率。
F wave incubation period and abnormal rate were detected at the wrist area of median nerve and malleolus area of posterior tibial nerve by strong electric stimulation.
实验结束后取伤侧小腿胫前肌肉和腓深神经标本行病理检查。
The anterior tibial muscle and deep fibular nerve preparations were pathologically inspected after the experiment.
尺神经32条，桡神经65条，正中神经根24条，坐骨神经19条，腓总神经18条，股神经9条，胫后神经11条，腋神经6条，肌皮神经2条。
There were 32 ulnar nerves, 65 radial nerves, 24 median nerves, 19 sciatic nerves, 18 common peroneal nerves, 9 femoral nerves, 11 posterior tibial nerves.
测定两组病人治疗前后血压、血糖、血脂、血液流变学参数和胫、腓神经运动传导速度，观察溃疡愈合时间。
Fasting plasma glucose (FPG), lipid, haemorheological parameters, tibial and peroneal nerve motorial conduction velocity (T-PNMCV), the ulcer healing time were observed.
按设计时间观察神经的组织学电脑图像并检测神经电生理指标和胫前肌重量。
According to the time of design, computer image of histology in nerve was observed, and electric physiological index of nerve and the weight of tibialis anterior muscle were detected.
目的：明确胫腓骨远端钢板经皮植入对腓浅神经，隐神经及大隐静脉的损伤。
Objectives: To assess the risk of injury to the superficial peroneal nerve, saphenous nerve, and saphenous vein in percutaneous fixation of the distal fibula and tibia.
目的：明确胫腓骨远端钢板经皮植入对腓浅神经，隐神经及大隐静脉的损伤。
Objectives: To assess the risk of injury to the superficial peroneal nerve, saphenous nerve, and saphenous vein in percutaneous fixation of the distal fibula and tibia.
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