Uysal Ahmet Cağri, Alagöz Murat Sahin, Tüccar Eray, Sensöz Omer
Department of Plastic and Reconstructive Surgery, Ankara Numune Training and Research Hospital, Turkey.
Ann Plast Surg. 2003 Jul;51(1):63-8. doi: 10.1097/01.SAP.0000058502.60411.58.
The utilization of the metacarpal bones and interosseous muscles in the reconstruction of the hand should be based on the vascular anatomy of the metacarpal bones and the interosseous muscles. The authors studied the vascular anatomy of the metacarpal bones and the interosseous muscles to design a split metacarpal musculoosseous flap. Eighteen cadaveric hands from 9 cadavers were included in the study. The dorsal metacarpal arteries arise from the arch and course along the metacarpal bones closer to the ulnar borders of the bones supplying their periosteum through the muscular branches. Despite the indistinct pattern of muscular supply and anastomotic branches to the palmar surface, in all hands the arteries extend constantly along the metacarpal bone closer to the ulnar border. For defects or any pathology of the carpal bones, the metacarpal bones could be split at the ulnar border distally and a split metacarpal musculoosseous flap (based proximally depending on the dorsal metacarpal artery) could be performed (or based distally along with a distal intermetacarpal anastomosis).
在手的重建中掌骨和骨间肌的应用应基于掌骨和骨间肌的血管解剖结构。作者研究了掌骨和骨间肌的血管解剖结构,以设计一种劈开掌骨肌骨瓣。该研究纳入了来自9具尸体的18只尸体手。掌背动脉起自掌深弓,沿掌骨走行,更靠近骨的尺侧缘,通过肌支供应其骨膜。尽管肌肉供应和至掌面的吻合支模式不清晰,但在所有手中,动脉均持续沿更靠近尺侧缘的掌骨延伸。对于腕骨的缺损或任何病变,可在掌骨尺侧缘远端劈开掌骨,并可制作劈开掌骨肌骨瓣(根据掌背动脉在近端为蒂)(或在远端为蒂并进行掌骨间远端吻合)。