Key result
Damage control surgery (bailout laparotomy) led to favorable outcomes and physiological stabilization in a case series of 7 patients undergoing emergency colorectal surgery.
Why the study?
This case series highlights the role of bailout laparotomy and damage control surgery principles in managing life-threatening emergency colorectal disease.
Does damage control surgery improve outcomes in patients undergoing emergency colorectal surgery?
Case Report (n=7)
Does damage control surgery improve outcomes in patients undergoing emergency colorectal surgery?
Damage control surgery, particularly bailout laparotomy, allows physiological stabilization before definitive repair, enhancing survival in emergency colorectal surgery.
Answers are grounded in this paper and cite their sources.
May support DCS principles in colorectal emergencies; hypothesis-generating and requires prospective validation before practice change.
Damage control surgery (DCS) has revolutionized the management of critically ill patients with severe colorectal pathology. Initially developed for wartime trauma, DCS principles have been adapted to emergency colorectal surgery, emphasizing rapid contamination control, physiological stabilization, and staged surgical repair. This case series highlights the role of bailout laparotomy in managing life-threatening colorectal emergencies. This series presents seven patients aged 24-76 years, undergoing emergency colorectal surgery for varied conditions such as perforation (self-foreign body insertion and trauma), volvulus, malignant obstruction and inflammatory diseases. Surgical interventions included primary repair, Hartmann's procedure, diversion stomas, and tumor biopsy with decompression. Postoperative management focused on sepsis control and nutritional support, leading to favorable patient outcomes. Emergency colorectal surgery presents significant challenges due to the high risk of sepsis, hemodynamic instability, and complications associated with delayed treatment. DCS, particularly bailout laparotomy, prioritizes patient stabilization over immediate definitive repair, reducing intraoperative risks. This approach has demonstrated success in improving survival rates when minimizing postoperative morbidity care. Despite its advantages, DCS requires careful patient selection to avoid unnecessary staged interventions and prolonged hospitalizations. By allowing physiological stabilization before definitive repair, this approach enhances survival and reduces complications. The adaptation of wartime surgical principles to modern civilian practice underscores the evolving role of DCS in emergency gastrointestinal surgery.
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Kumar et al. (2025) conducted a case report in Emergency colorectal disease (n=7). Damage control surgery (bailout laparotomy) was evaluated on Patient outcomes (survival and postoperative morbidity). Damage control surgery (bailout laparotomy) led to favorable outcomes and physiological stabilization in a case series of 7 patients undergoing emergency colorectal surgery.
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