Bauer K, Vogel R, Heinzelmann F, Büchler P, Mück Björn
Department of General and Visceral Surgery, Klinikum Kempten - Klinikverbund Allgäu, Kempten, Germany.
Hernia. 2024 Oct;28(5):1951-1960. doi: 10.1007/s10029-024-03132-7. Epub 2024 Aug 23.
Due to the proximity to bony structures and the complex anatomy of the three-layered lateral abdominal wall, the surgical treatment of lateral ventral hernias is technically demanding. With this study we would like to demonstrate how lateral abdominal wall hernias can be treated using new robotic surgical techniques with extraperitoneal mesh placement.
The purpose of this study is to demonstrate that the application of the robot in minimally invasive treatment of lateral abdominal wall hernias is safe and efficient.
A retrospective analysis of all patients who underwent robotically-assisted lateral ventral hernia repair surgery from June 2019 to December 2023 was performed.
A total of 50 ventral hernias were operated robotically due to a lateral hernia in the study period. 45 patients had an incisional hernia and 5 patients a primary spighelian hernia. 27 patients had only lateral findings, whereas 23 patients had combined hernias with lateral and medial hernial defects. 18 patients were treated with a preperitoneal mesh (r-vTAPP). 31 patients required TAR to achieve complete fascial closure and sufficient mesh overlap (24 extraperitoneal approach r-eTAR/7 transperitonel approach r-TAR). One patient had to be converted intraoperatively from a planned preperitoneal mesh to an intraperitoneal mesh repair (r-IPOM). The median hernia defect area was 71 cm² (3-375 cm²). The median mesh size was 600 cm² (150-1290 cm²). The median mesh defect ratio (MDR) was 10 (2,33-133,33). Five postoperative complications were encountered (10%). Two reoperations (4%) were required.
The utilization of new robotic surgical techniques provides a safe minimally invasive treatment option even for complex lateral ventral hernias that previously posed difficulties in surgical management. The early postoperative results show promising outcomes.
由于靠近骨性结构以及三层侧腹壁的复杂解剖结构,侧腹疝的手术治疗在技术上要求较高。通过本研究,我们希望展示如何使用新的机器人手术技术并放置腹膜外补片来治疗侧腹壁疝。
本研究的目的是证明机器人在侧腹壁疝微创治疗中的应用是安全有效的。
对2019年6月至2023年12月期间接受机器人辅助侧腹疝修补手术的所有患者进行回顾性分析。
在研究期间,共有50例因侧疝而接受机器人手术的腹疝患者。45例患者为切口疝,5例患者为原发性半月线疝。27例患者仅有侧方病变,而23例患者为合并侧方和内侧疝缺损的复合疝。18例患者采用腹膜前补片治疗(r-vTAPP)。31例患者需要进行经腹腹膜前补片修补术以实现完全筋膜闭合和足够的补片重叠(24例腹膜外入路r-eTAR/7例经腹入路r-TAR)。1例患者术中不得不从计划的腹膜前补片转换为腹膜内补片修补(r-IPOM)。疝缺损面积中位数为71 cm²(3 - 375 cm²)。补片尺寸中位数为600 cm²(150 - 1290 cm²)。补片缺损率中位数(MDR)为10(2.33 - 133.33)。术后出现5例并发症(10%)。需要进行2次再次手术(4%)。
即使对于先前手术管理存在困难的复杂侧腹疝,新的机器人手术技术的应用也提供了一种安全的微创治疗选择。术后早期结果显示出良好的前景。