Damage Control Surgery Over the World in Acute Diverticulitis (DACOSAD)

Diverticular Perforation, Open Abdomen

Diverticulitis, Surgery, Open abdomen, Septic shock

To analyze the possible benefit of damage control surgery by performing bowel resection, open abdomen, and delayed anastomosis in the treatment of Hinchey III or IV diverticulitis.

Hartmann procedure (HP) is still widely performed in the treatment of purulent or fecal generalized peritonitis as a consequence of a complicated acute large bowel diverticulitis (the so labeled III and IV grade of the Hinchey's classification). More than half of those patients do not undergo to stoma reversal because of its association with significant morbidity and mortality. To date, the use of resection with primary anastomosis (PA) should be preferred, as it is reported in the literature that it is more favorable than HP in terms of morbidity, mortality, and length of postoperative stay. However, PA is often reserved for younger patients with few co-morbidities and a lesser degree of peritoneal contamination while HP is performed in the elderly. Initially described for the treatment of major abdominal injuries, indications for Damage Control Surgery (DCS) have subsequently been extended to septic shock, abdominal compartment syndrome and impossibility to perform a primary closure. In the last decade, DCS has emerged as a valid alternative to HP and Resection-Anastomosis (RA) in patients presenting a severe sepsis caused by purulent or fecal peritonitis in acute diverticulitis. Although DCS is cited as an option in case of impaired hemodynamic status in face of perforated acute diverticulitis, there is still no consensus about such use of DCS. Previous study demonstrated that DCS reduce the Hartmann rate in patients otherwise scheduled for such procedure. The aim of this study was to describe the potential rationale and outcome of the Damage Control Surgery in patients with purulent and fecal peritonitis.

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Chile, Italy