Schachtrupp A, Fackeldey V, Klinge U, Hoer J, Tittel A, Toens C, Schumpelick V
Department of Surgery, Rhenish Westphalian Technical University, Pauwelsstr 30, 52074 Aachen, Germany.
Hernia. 2002 Dec;6(4):155-62. doi: 10.1007/s10029-002-0085-x. Epub 2002 Sep 20.
The definitive closure of the abdominal wall, i.e., a closure of the fascial layer and skin may not be favorable in the treatment of numerous surgical conditions, e.g., peritonitis, trauma, or mesenteric ischemia. In these cases, the abdominal wall is temporarily closed, and a laparostomy is created to facilitate re-exploration or to prevent abdominal compartment syndrome. Regarding the technique and material used for the temporary closure, no prospective randomized data exists, but mesh materials are commonly used. They provide drainage of infectious material, permit visual control of the underlying viscera, facilitate access to the abdominal wall, preserve the fascial margin, enable healing by secondary intention, and allow mobilization of the patient. In the case of decreasing intra-abdominal pressure, meshes can be trimmed to centralize the rectus muscle and to facilitate definitive closure. Non-absorbable meshes have been frequently reported to cause enteric fistulae and persistent infection necessitating mesh explantation. While these infectious complications appear to occur less frequently with the use of absorbable materials, these meshes will finally lead to an incisional hernia, requiring repair with non-absorbable mesh after a period of 6-12 months. Nevertheless, in the complex situation requiring a temporary abdominal wall closure, use of absorbable mesh material is common and represents the state of the art.
腹壁的确定性关闭,即筋膜层和皮肤的关闭,在治疗多种外科疾病时可能并不理想,例如腹膜炎、创伤或肠系膜缺血。在这些情况下,腹壁会被临时关闭,并创建一个剖腹造口术以利于再次探查或预防腹腔间隔室综合征。关于用于临时关闭的技术和材料,目前尚无前瞻性随机数据,但网状材料被普遍使用。它们能引流感染物质,便于对深部内脏进行可视控制,利于进入腹壁,保留筋膜边缘,通过二期愈合实现愈合,并允许患者活动。在腹腔压力降低的情况下,可以修剪网片以使腹直肌集中并便于确定性关闭。经常有报道称,不可吸收网片会导致肠瘘和持续性感染,需要取出网片。虽然使用可吸收材料时这些感染并发症似乎较少发生,但这些网片最终会导致切口疝,需要在6至12个月后用不可吸收网片进行修复。然而,在需要临时关闭腹壁的复杂情况下,使用可吸收网片材料很常见,并且代表了当前的技术水平。