Lauro A, Di Benedetto F, Ercolani G, Masetti M, Cautero N, Quintini C, Dazzi A, di Francesco F, Cucchetti A, Pinna A D
UO Chirurgia dei Trapianti di Fegato e Multiorgano, University of Bologna, Policlinico S. Orsola-Malpighi, Bologna, Italy.
Transplant Proc. 2005 Jul-Aug;37(6):2425-7. doi: 10.1016/j.transproceed.2005.06.090.
Multivisceral transplants are gaining acceptance worldwide for patients with chronic gastrointestinal failure with or without irreversible total parenteral nutrition (TPN)-related liver failure. We describe our experience with nine multivisceral harvests reporting our in vivo technique. Multivisceral grafts included stomach, duodenum, pancreas, small bowel, and part of large intestine with or without the liver. After a careful evaluation of the liver and the bowel, we isolated the superior mesenteric artery origin. Then we identified the distal part of the graft isolating the middle colic vein and stapling the transverse colon to its left. After esophagus isolation and stapling, we mobilized the graft, starting from the spleen to the pancreaticoduodenal block, near the celiac trunk. After cross-clamping and cold perfusion, we created an aortic patch including the superior mesenteric artery and celiac trunk as a multivisceral harvest without the liver. A total hepatectomy is added for a liver multivisceral graft. We harvested four multivisceral grafts without the liver and five multivisceral grafts with the liver. We performed seven multivisceral transplants on adult recipients, four without the liver and three with the liver, as well as two liver and one isolated small bowel transplants. Postreperfusion hemostasis was always satisfactory with a mean ischemia time of 6.5 hours. Four recipients died: there was one intraoperative death due to disseminated intravascular coagulopathy. Another patient underwent graftectomy 1 day after transplantation due to vascular thrombosis. In conclusion, our in vivo technique allows a shorter ischemia time with a minimal postreperfusion bleeding and reduced production of lymphatic ascites, without jeopardizing organ function.
多脏器移植在全球范围内越来越被接受,适用于患有慢性胃肠功能衰竭且伴有或不伴有不可逆的全胃肠外营养(TPN)相关肝衰竭的患者。我们描述了9例多脏器获取的经验,并报告了我们的体内技术。多脏器移植物包括胃、十二指肠、胰腺、小肠和部分大肠,可带或不带肝脏。在仔细评估肝脏和肠道后,我们分离了肠系膜上动脉的起始部。然后我们确定移植物的远端,分离中结肠静脉并将横结肠向左吻合。在分离并吻合食管后,我们从脾脏开始至胰十二指肠区,在腹腔干附近游离移植物。在交叉钳夹和冷灌注后,我们制作了一个包含肠系膜上动脉和腹腔干的主动脉补片,作为不带肝脏的多脏器获取。对于带肝脏的多脏器移植物,需加做全肝切除术。我们获取了4例不带肝脏的多脏器移植物和5例带肝脏的多脏器移植物。我们对成年受者进行了7例多脏器移植,其中4例不带肝脏,3例带肝脏,还进行了2例肝移植和1例孤立小肠移植。再灌注后的止血情况总是令人满意的,平均缺血时间为6.5小时。4例受者死亡:1例因弥散性血管内凝血在术中死亡。另1例患者在移植后1天因血管血栓形成接受了移植物切除术。总之,我们的体内技术可缩短缺血时间,使再灌注后出血最少,并减少淋巴性腹水的产生,同时不损害器官功能。