Al-Jazaeri Ayman, Al-Dekhayel Mosaed, Al-Saleh Nasser, Al-Turki Abdullah, Al-Dhaheri Mohammed, Khan Saifullah
Division of Pediatric Surgery, College of Medicine, King Saud University, Riyadh, Saudi Arabia.
J Laparoendosc Adv Surg Tech A. 2020 Feb;30(2):228-232. doi: 10.1089/lap.2015.0263. Epub 2016 Mar 8.
Insecure gastropexy, gastric mucosa overgrowth, granulation tissue formation, and a nonhealing gastrostomy are unwanted consequences encountered in the current minimally invasive gastrostomy tube (GT) placement techniques. Aiming to overcome these problems we have developed a simplified laparoscopic-assisted GT insertion (LAG) procedure using guided transabdominal U-stitches (GTU) gastropexy. We retrospectively reviewed all LAG cases performed in our institute using the GTU technique. In brief, a curved clamp is inserted intragastrically through the laparoscopic port and guides a needle across the abdominal and gastric walls to exit, then re-enter back, through the port in an out-in-out fashion creating multiple spaced transabdominal U-stitches that are tied over pledgets. Between March 2008 and January 2015, 31 cases had LAG attempted using GTU. Two cases were converted to open procedures for non-LAG-related reasons. The median age of the remaining 29 cases was 37 (range, 0.3-154.9) months. Of those patients, 20 had fundoplication (LAG-Fundo), whereas the remaining 9 had LAG-only. The mean operative times for LAG-Fundo and LAG-only were 148 ± 57.5 minutes and 41 ± 12.4 minutes, respectively. During a median follow-up of 21 (range, 4-81) months we did not encounter any procedure-related mortality, intraabdominal leaks, or bowel injuries. One patient required redo gastropexy due to unplanned early U-stitch removal, and 7 cases had transient external GT leak, granuloma formation, and/or skin infection. GTU can achieve a simple and secure LAG, avoiding the catastrophic complications of intraabdominal leak without the need of special instruments or enlarging the port's wound. Using a smaller wound and intraabdominally placed mucosa helps in minimizing the risk of wound infection and external leak. Transient complications are expected during the earlier phase of the learning curve.
目前的微创胃造口管(GT)置入技术存在胃固定不牢固、胃黏膜过度生长、肉芽组织形成以及胃造口不愈合等不良后果。为克服这些问题,我们开发了一种简化的腹腔镜辅助GT置入(LAG)程序,即使用经腹U形缝线引导(GTU)胃固定术。我们回顾性分析了本院采用GTU技术进行的所有LAG病例。简而言之,通过腹腔镜端口将一个弯曲的夹子插入胃内,引导一根针穿过腹壁和胃壁穿出,然后再以进出出的方式通过端口重新进入,形成多个间隔的经腹U形缝线,并在小纱布垫上打结。2008年3月至2015年1月,31例患者尝试采用GTU进行LAG。2例因非LAG相关原因转为开放手术。其余29例患者的中位年龄为37(范围0.3 - 154.9)个月。其中,20例进行了胃底折叠术(LAG - Fundo),其余9例仅进行了LAG。LAG - Fundo和仅LAG的平均手术时间分别为148±57.5分钟和41±12.4分钟。在中位随访21(范围4 - 81)个月期间,我们未遇到任何与手术相关的死亡、腹腔内渗漏或肠损伤。1例患者因计划外早期拆除U形缝线而需要再次进行胃固定术,7例出现短暂的外部GT渗漏、肉芽肿形成和/或皮肤感染。GTU可以实现简单且安全的LAG,避免腹腔内渗漏这一灾难性并发症,无需特殊器械,也无需扩大端口伤口。使用较小的伤口和腹腔内放置的黏膜有助于将伤口感染和外部渗漏的风险降至最低。在学习曲线的早期阶段,预计会出现短暂的并发症。