目的探讨足部内在肌与其它组织组合移植修复手部组织缺损及重建大、小鱼际肌功能的方法。
Objective To explore a method of repairing the multiple tissue defect and building the intrinsic muscle function of hand by combine grafting the intrinsic muscle of foot and other tissue.
正中神经损伤所致的大鱼际肌瘫痪用小指展肌瓣转位重建拇指外展对掌功能，提供应用解剖学基础。
It is capable of providing applied anatomic basis by using the abductor muscle flap of the little finger transposition for abductor function of thumb restoration.
结论小指对掌肌腱弓可以卡压尺神经深支，引起除小鱼际肌以外的尺神经支配的所有手内在肌的功能障碍。
Conclusion We found that the fascial arch of the opponens digiti minimi can compress the deep branch of the ulnar nerve causing motor deficit of the intrinsic muscles of hands.
结论采用足部内在肌与其它组织组合移植是修复手部组织缺损及重建手部大、小鱼际肌功能的一种可行方法。
Conclusion Its an ideal method to repair the multiple tissue defect and rebuild the intrinsic muscle function of hand by combine transplantation of intrinsic muscle of foot and ot her tissue.
目的建立大鱼际肌运动单位估数(MUNE)正常值并研究与年龄的关系和该技术的重复性及其在运动神经元病(MND)中的应用。
Objective to establish the normal value of motor unit number estimation (MUNE) of thenar muscles, to study its relationship with age and test the reproducibility of the technique and its use in MND.
大鱼际深部血管发出的肌皮穿支。
The musculocutaneous perforators were from the deep vessel in thenar.
根据解剖特点，临床上应用正中神经旋前方肌支修复鱼际支17例，修复尺神经深支3例。
In patients, the technique was applied to repair 17 cases of injury of thenar branch and 3 cases of injury of deep branch of ulnar nerve.
结果显微解剖学观察废弃手10例标本及患者7例标本小鱼际区域血供有4个来源，其中尺动脉有一特殊分支进入小指展肌。
Results the blood of the hypothenar district of 10 specimens and 7 patients provides four sources, and the foot artery contains a special branch enter the little finger exhibition muscle.
结果显微解剖学观察废弃手10例标本及患者7例标本小鱼际区域血供有4个来源，其中尺动脉有一特殊分支进入小指展肌。
Results the blood of the hypothenar district of 10 specimens and 7 patients provides four sources, and the foot artery contains a special branch enter the little finger exhibition muscle.
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