Conze J, Prescher A, Klinge U, Saklak M, Schumpelick V
Surgical Department, Rhenish Westphalian Technical University, Pauwelsstrasse 30, 52074, Aachen, Germany.
Hernia. 2004 Aug;8(3):255-9. doi: 10.1007/s10029-004-0235-4. Epub 2004 Jun 5.
Open retromuscular mesh repair has become a standard procedure in incisional hernia repair. This technique led to a significant decrease of recurrences. Recurrences after this technique typically occur at the upper mesh border and are a result of the technical complexity of reaching the postulated underlay of 5 cm in the region of the linea alba. We performed an anatomical study in human corpses to investigate the abdominal wall with its different structures, with emphasis on the overlap of the mesh under the linea alba. The overlap can be achieved by incision of the posterior lamina of the rectus sheath, on both sides close to the linea alba. The incision opens the preperitoneal space and appears in the shape of a "fatty triangle". The anterior lamina of the rectus sheath above the hernia defect remains intact and facilitates a sufficient thrust bearing for a retromuscular mesh implantation. Knowledge of the anatomy and preparation of the "fatty triangle" enables a mesh positioning according to the principles of retromuscular mesh repair.
开放肌后补片修补术已成为切口疝修补的标准术式。该技术显著降低了复发率。此技术后的复发通常发生在补片上缘,这是由于在白线区域达到假定的5厘米底层存在技术复杂性。我们对人体尸体进行了解剖学研究,以探究具有不同结构的腹壁,重点是白线下方补片的重叠情况。重叠可通过在两侧靠近白线处切开腹直肌鞘后层来实现。该切口打开腹膜前间隙,呈“脂肪三角”形状。疝缺损上方的腹直肌鞘前层保持完整,有利于肌后补片植入时提供足够的推力支撑。了解“脂肪三角”的解剖结构和制备方法,可根据肌后补片修补原则进行补片定位。