Cerceo Jaclyn Riana, Malkoc Aldin, Mamoun Lana, Vignaroli Kendall, Shoemaker Hailey, Perez Kevin, Schwartz Samuel, Woodward Brandon, Wong David T
Department of Surgery, Arrowhead Regional Medical Center, 400 N Pepper Ave, Colton, CA 92324, United States.
Department of Surgery, California University of Science and Medicine, 1501 Violet St, Colton, CA 92324, United States.
J Surg Case Rep. 2024 Dec 19;2024(12):rjae788. doi: 10.1093/jscr/rjae788. eCollection 2024 Dec.
Managing patients with severe fixation of intra-abdominal contents, known as frozen abdomen, often creates a vicious cycle of tissue injury that further prolongs open abdomen resolution. We share the management course of a 28-year-old male status post motor vehicle accident with traumatic pancreatitis and complex liver injury. Following multiple laparotomies for abdominal wash out, he developed a frozen abdomen and an entero-atmospheric fistula (EAF) through granulated bowel. The exposed granulated bowel, bilious leak and fistula limited options for abdominal closure and ostomy appliance placement. NovoSorb Biodegradable Temporizing Matrix (BTM) applied to the granulated bowel eventually allowed an ostomy appliance to be placed around the fistula on top of the non-absorbable layer of the BTM. Eventual fistula closure was achieved and appropriate granulation tissue had formed prior to autografting. This is the first report utilizing BTM to aid in the closure of open abdomen in the setting of frozen abdomen with EAF.
治疗患有严重腹腔内器官固定(即“冰冻腹腔”)的患者,往往会形成组织损伤的恶性循环,进一步延长开放性腹腔的愈合时间。我们分享一名28岁男性的治疗过程,该患者因机动车事故导致创伤性胰腺炎和复杂肝损伤。在多次剖腹手术进行腹腔冲洗后,他出现了冰冻腹腔,并通过肉芽组织化的肠管形成了肠-大气瘘(EAF)。暴露的肉芽组织化肠管、胆汁渗漏和瘘管限制了腹腔闭合和造口器具放置的选择。将诺沃索生物可降解临时基质(BTM)应用于肉芽组织化肠管,最终使得造口器具能够放置在瘘管周围,位于BTM的不可吸收层之上。最终实现了瘘管闭合,并且在自体移植之前形成了合适的肉芽组织。这是第一份利用BTM辅助在伴有EAF的冰冻腹腔情况下闭合开放性腹腔的报告。