本研究为上臂、前臂、手鱼际和小鱼际皮肤的移植体提供了微血管三维构筑的新资料。
This study provides new data of microvascular three dimensional architecture for the skin transplantation of the arm, forearm, thenar and hypothenar skin flaps.
临床应用尺动脉腕上支皮瓣修复手掌、手背、小鱼际、大鱼际、拇指的皮肤缺损创面18例,提出了避免皮瓣坏死的方法。
With the improved harvest method, the flaps were used to repair skin defects in 18 cases, of which included palm, dorsum, thenar, hypothenar and the thumb.
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.
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