The da Vinci robotic system permits standardized minimal invasive surgical exercises to be performed quicker and more efficiently than traditional minimally invasive techniques. Therefore, with the aid of this robotic system, difficult laparoscopic interventions may become easier to perform, and indications for minimal invasive surgery may be expanded.

The RYGBP procedure can be performed safely with the da Vinci robot after a learning curve of about 35 cases. At this writing, however, it is not clear whether the da Vinci system offers a real advantage over standard laparoscopic techniques.

Based on the literature, we can presume that restrictive surgery for morbidly obese patients will require many reoperations in the future. The standard operation of choice is RYGBP. In our study this procedure showed a higher, but not significantly early morbidity rate when the indication for re-do surgery was a technical complication of the initial procedure.

We report on two patients with biliary tract injury and associated biloma following blunt abdominal trauma. Both patients underwent emergency surgery because of hemodynamic instability and bloody peritoneal aspiration. Computed tomography in the postoperative days showed severe hepatic parenchymal injury and the presence of hypodense collections with intraparenchymal and subcapsular extension, suggestive for biloma, but otherwise failed to demonstrate the exact location of the bile duct injury. One of them underwent temporary percutaneous drainage. Bile duct injury was well demonstrated on endoscopic retrograde cholangiography (ERCP) and treated by endobiliary stent placement. This report advocates the use of ERCP and endobiliary stenting in the management of biliary injury resulting from liver trauma.

More and more prosthetic materials are being used in the treatment of inguinal hernia. This report deals with some unusual but devastating complications, occurring after preperitoneal mesh implantation. A 56-year old male patient underwent a Stoppa-repair for a bilateral inguinal hernia. Two years postoperatively, a localized abdominal wall abscess was treated with antibiotics and drainage. A barium enema and a CT-scan of the abdomen were performed to rule out an enteric fistula; the CT-scan unexpectedly revealed a tumoral mass involving the sigmoid colon, and an explorative laparotomy was done. Peroperatively, part of the mesh was found to penetrate the bowel wall and a sigmoidectomy with removal of the mesh was performed. Two years later, ingrowth of the urinary bladder by the remains of the mesh was the unfortunate peroperative finding when the patient was operated on for an inflammatory mass, involving the bladder wall. The patient needed two more interventions for persisting wound fistulas. All the remains of the mesh have been removed and all fistulas have been widely excised. Nowadays, the patient is recovering well with complete healing of all wounds. Although infection of prostheses used in the treatment of hernias has been described, late and serious complications related to mesh implantation, such as perforation of the colon and the bladder, have seldom been reported.