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经皮经胃机器人胰腺胃吻合术的双荷包技术的原理、技巧及窍门。

Rationale and tips and tricks for transgastric robotic pancreaticogastrostomy by the double purse-string technique.

机构信息

Division of General and Transplant Surgery, University of Pisa, Pisa, Italy.

出版信息

Updates Surg. 2024 Sep;76(5):2065-2070. doi: 10.1007/s13304-024-01940-1. Epub 2024 Jul 14.

Abstract

Pancreaticogastrostomy (PG) is a viable option for selected patients needing a pancreatic anastomosis. The double purse-string technique can facilitate the construction of transgastric PG but in a minimally invasive approach can lead to complications due to lack of tactile feedback. We present an adaptation of double purse-string PG for the robotic surgery, with several modifications. Firstly, the inner purse-string suture is tied through the anterior gastrotomy to improve the approximation of gastric and pancreatic serosae. Secondly, all-around-the-clock intragastric interrupted mattress sutures of e-PTFE are used to secure the pancreatic remnant to the stomach, enhancing improve hemostasis. Thirdly, e-PTFE sutures precise tension calibration due to their elastic properties and resistance to robotic manipulation. Fourthly, retroperitoneal vessels are preemptively covered by passing the pancreatic remnant through a small opening in the omentum, which is rotated upward in the omental bursa. This technique was employed in 20 PGs with no grade C postoperative pancreatic fistula. It offers a viable option robotic pancreatic anastomosis.

摘要

胰胃吻合术(PG)是一种可行的选择,适用于需要胰腺吻合术的选定患者。双荷包缝合技术可以促进经胃 PG 的构建,但在微创方法中,由于缺乏触觉反馈,可能会导致并发症。我们提出了一种改良的机器人手术双荷包 PG 技术,进行了多项改良。首先,通过前胃切开将内荷包缝线结扎,以改善胃和胰腺浆膜的贴合。其次,使用 e-PTFE 全周环绕式胃内间断褥式缝合来固定胰腺残端,增强止血效果。第三,由于 e-PTFE 缝线具有弹性和抗机器人操作的特性,可以精确校准张力。第四,通过将胰腺残端穿过大网膜上的一个小开口,并将其向上旋转到大网膜囊中,预先覆盖腹膜后血管。该技术已应用于 20 例 PG 中,无 C 级术后胰瘘。它为机器人胰腺吻合术提供了一种可行的选择。

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