Surveillance of surgical site infection after cholecystectomy using the hospital in Europe link for infection control through surveillance protocol.

BACKGROUND: The third most common healthcare-associated infection is surgical site infection (SSI), accounting for 14%-16% of infections. These SSIs are associated with high morbidity, numerous deaths, and greater cost. METHODS: A prospective study was conducted to assess the incidence of SSI in a single university hospital in Croatia. We used the Hospital in Europe Link for Infection Control through Surveillance (HELICS) protocol for surveillance. The SSIs were classified using the standard definition of the National Nosocomial Infections Surveillance (NNIS) system. RESULTS: The overall incidence of SSI was 1.44%. The incidence of infection in the open cholecystectomy group was 6.06%, whereas in the laparoscopic group, it was only 0.60%. The incidence density of in-hospital SSIs per 1,000 post-operative days was 5.76. Patients who underwent a laparoscopic cholecystectomy were significantly younger (53.65±14.65 vs. 64.42±14.17 years; p<0.001), spent roughly one-third as many days in the hospital (2.40±1.72 vs. 8.13±4.78; p<0.001), and had significantly shorter operations by nearly 26 min (60.34±28.34 vs. 85.80±37.17 min; p<0.001). Procedures that started as laparoscopic cholecystectomies and were converted to open procedures (n=28) were reviewed separately. The incidence of SSI in this group was 17.9%. The majority of converted procedures (71.4%) were elective, and the operating time was significantly longer than in other two groups (109.64±85.36 min). CONCLUSION: The HELICS protocol has a good concept for the monitoring of SSI, but in the case of cholecystectomy, additional factors such as antibiotic appropriateness, gallbladder entry, empyema of the gallbladder, and obstructive jaundice must be considered.

Perforated ascending colon cancer presenting as colocutaneous fistula with abscess to the anterior abdominal wall at the site of a cholecystectomy scar treated with biologic mesh.

Ascending colon cancer as a colocutaneous fistula to the abdominal wall at the site of a previous postoperative scar is extremely rare. A 69 year old male presented with five day history of pain and foul smelling discharge from right subcostal scar from elective cholecystectomy performed 8 years ago. Last three days, he had fever up to 39 degrees C, with mild pain in right upper abdominal quadrant without vomiting, diarrhea, bloody stools or weight loss. Computed tomography, with peroral contrast, revealed extralumination into abdominal wall with several fistulas reaching the skin. Emergency median laparotomy found infiltrating tumor of ascending colon into abdominal wall. A right hemicolectomy and complete thickness abdominal wall excision (7 x 10 cm) was performed. The abdominal wall defect was too extensive for primary closure and two 20 x 20 cm moist gauzes were placed to cover the defect and were fixed with stitches to the skin. On second postoperative day, due to contamination, porcine dermal collagen implant was placed intraperitoneally. Such emergency presentations and therapeutic options are discussed.