Laparoscopic prosthetic ventral hernioplasty avoids the large wound required in open repairs, with attendant complications and recurrences, and appears safe, especially if an ePTFE mesh is used. Compared with conventional open ventral hernioplasty, the laparoscopic technique may also allow shorter hospitalization and a quicker return to normal activities after surgery.

During a 5-year period, 482 patients with liver injuries were studied prospectively: 65% resulted from penetrating and 35% from blunt injuries. The injuries were graded by the hepatic injury scale (grades I to VI); transfusion requirements and perihepatic abscesses correlated with increasing scores. Minor surgical techniques were needed in 338 patients and 144 patients required major techniques. Omental packing was used in 60% of the major injuries and yielded 7% mortality and 8% abscess rates. Gauze packs were used for management of 10% of major injuries and yielded 29% mortality and 30% abscess rates. The patients were randomized to no drain, closed suction, or sump drainage and respective perihepatic abscess rates were 6.7%, 3.5%, and 13% (p less than 0.03; suction compared to closed suction). Multivariate analysis demonstrated increasing abdominal trauma indices and transfusion requirements as well as sump drainage to be associated independently with perihepatic infection.

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During a 42-month period, 65 patients sustaining pancreatic injuries were treated. They were randomized on alternate days (two separate trauma teams) to receive sump (S) or closed suction (CS) drainage. Twenty-eight patients were randomized to S and 37 to CS; there were six early deaths, which precluded drainage analysis, leaving 24 evaluable S patients and 35 CS patients. Penetrating wounds occurred in 71% and blunt in 29%. No significant differences appeared between the groups with respect to age, Penetrating Abdominal Trauma Index (PATI), Injury Severity Score (ISS), or grade of pancreatic injury. Twelve patients in each group required resection and drainage for grade III injuries, with the remaining patients receiving external drainage alone. Five of twenty-four S patients versus one of thirty-five CS patients developed intra-abdominal abscesses (p less than 0.04). We conclude that septic complications after pancreatic injury are significantly reduced by CS drainage. Bacterial contamination via sump catheters is a major source for intra-abdominal infections after pancreatic trauma.