tibialis posterior

Split tibialis posterior and long peroneal muscle tendon transfer for equinovarus deformity in spastic palsy

胫骨后肌与腓骨长肌对半缝合治疗小儿痉挛性马蹄内翻足

Applied anatomy of neurovascular pedicle of tibialis posterior muscle

胫骨后肌神经血管蒂的应用解剖

Conclusion MR imaging is a sensitive technique for detecting injury of the tendon of tibialis posterior muscle .

结论磁共振可显示胫后肌腱损伤的部位、程度及特点，对胫后肌腱损伤进行磁共振检查是必须的。

Results : The nerve branch to the tibialis posterior muscle started from the tibialis nerve .

结果：胫骨后肌神经起自胫神经，始部横径左侧1.30±0.05（1.02～1.68）mm；

Injury of the tendon of tibialis posterior muscle

胫后肌腱损伤磁共振的初步研究

Clinical application of reversed saphenous neurocutaneous vascular flap pedicle with the perforating branches of the tibialis posterior artery

胫后动脉穿支蒂隐神经营养血管逆行皮瓣的临床应用

Objective : To study and resolve the reconstruction of serious defects in lge using tibialis posterior cross bridge transplantation of dorsi myocutaneous flap .

目的：探索应用健侧胫后血管皮瓣蒂桥式携带背阔肌皮瓣游离移植修复对侧小腿严重毁损伤所致大面积皮肤软组织、骨缺损或外露，免除截肢所造成重大残废。

Electromyography showed evidence of neuronal impairment in distal muscular , and nerve conduction velocities in Tibialis posterior nerve were found normal in 2 cases .

2例肌电图呈神经原性损害，周围神经传导速度正常。

Results : The average width of the fibular surfaces decreased gradually from peroneal surface , flexor surface , tibialis posterior surface to extensor surface in order .

结果：腓骨干上附着肌肉的宽度从大到小依次为腓骨肌面、屈肌面、胫骨后肌面和伸肌面。

The macroscopy and wet weight of soleus , tibialis posterior muscles and plantaris muscles were studied respectively 1,3 and 5 months after operation .

分别于术后1、3、5月对各组动物作比目鱼肌、胫后肌和跖肌肉眼与湿重，比目鱼肌最大肌肉横切面积与酶组化切片，肌肉常规组织学切片的观察。

The muscular branches of the arteria tibialis posterior mainly distribute to the muscle flexor digitorum longus , and muscle soleus .

胫后动脉的肌支主要分布于趾长屈肌和比目鱼肌。

The pain components of somatosensory evoked potentials ( SEPs ) induced by nervi tibialis Posterior stimulation were studied by blocking bloodstream of leg in 10 normal adults .

实验用压迫阻断血循的方法，分折刺激下肢胫后神经引起的体感诱发电位（SEPs）痛成份。

Allografts of bone patellar tendon bone ( B PT B ), semitendinosus / gracilis , double tibialis posterior tendon as well as Achilles tendon bone were used in Group A , Group B and Group C , respectively .

C组：完全肩锁关节损伤3例。分别应用同种异体骨-髌腱-骨（B-PT-B）、半腱肌腱与股薄肌腱、胫后肌腱、跟腱-骨重建。

Results The needling depth from the skin to the interosseous membrane and from the skin to posterior border of tibialis posterior is ( 2.22 ± 0.31 ) cm and ( 4.42 ± 0.53 ) cm , respectively .

结果：直刺进针时，针体由皮肤到骨间膜的深度为（2·22±0·31）cm，到胫骨后肌后缘的深度为（4·42±0·53）cm；

" Strength-duration curve " of tibialis posterior muscle and axons growth rate of distal myelinated fiber were used as the viewing indexes . The end result was showed that there were no obvious differences between both methods in restoring peripheral nerves function .

结果表明：两种方法的胫后肌强度&时间曲线及神经远端有髓鞘纤维轴突通过率均无明显差别。

Method Under the guidance of Doppler flowmeter , a reversed saphenous neurocutaneous vascular flap pedicle with the perforating branches of the tibialis posterior artery were designed to repair the skin defects of the middle and lower leg , the ankle and the foot .

方法在多普勒血流仪引导下设计以胫后动脉发出的筋膜皮穿支为血管蒂及旋转点，沿隐神经营养血管轴线切取皮瓣逆向转位修复小腿中下段及足踝部皮肤缺损创面。