Smaller individual series on the outcome of laparoscopic hernioplasty techniques have been reported. This study reports on the complications of 3,229 laparoscopic hernia repairs performed by the authors in 2,559 patients. The TAPP (transabdominal preperitoneal) technique was the most frequently performed: 1,944 (60%). The totally preperitoneal technique was performed 578 (18%) times. The IPOM (intraperitoneal onlay mesh) repair was performed 345 (11%) times. The plug-and-patch technique was used 286 (9%) times and simple closure of the hernia defect without mesh was used in 76 (2%) repairs. Overall, there were 336 (10%) complications: 17 (0.5%) major and 265 (8%) minor. There were 54 (1.6%) recurrences, with a mean follow-up of 22 months. The TAPP technique had 19 (1%) recurrences and 141 (7%) complications. There were four bowel obstructions in this subgroup from herniation of small bowel through the peritoneal closure and trocar sites. The totally preperitoneal technique had no recurrence and 60 (10%) complications. The IPOM group had 7 (2%) recurrences and 47 (14%) complications. The plug-and-patch technique had 26 (9%) recurrences and 24 (8%) complications. The simple closure of the internal ring had 2 (3%) recurrences and 10 (13%) complications. Laparoscopic hernioplasty is not without complications. Laparoscopic hernioplasty is not without complications. Training, experience, and attention to technique will prevent some of these complications.

From this review, several conclusions can be drawn. First and foremost, the majority of bile duct injuries seen with laparoscopic cholecystectomy can either be prevented or minimized if the surgeon adheres to a simple and basic rule of biliary surgery; NO structure is ligated or divided until it is absolutely identified! Cholangiography will not prevent bile duct injury, but if performed properly, it will identify an impending injury before the level of injury is extended. And lastly, the incidence of bile duct injury is not related to the laparoscopic technique but to a failure of the surgeon to translate his knowledge and skills from his open experience to the laparoscopic technique.

The standard treatment of cholelithiasis in the United States is surgical removal of the gallbladder, but this treatment often has a major economic impact on the patient: major surgery, lengthy hospitalization, and several weeks' absence from work. Because of this economic factor, there has been a movement toward non-invasive methods, but they, too, have their drawbacks: long-term medical therapy; a high risk of stone recurrence because the diseased gallbladder is still in place. We therefore developed a means of performing a cholecystectomy through a laparoscope using laser technology, the results of which are compared here with the results in a series of "mini-lap" cholecystectomies that we also performed during the same time period.

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With more than 500,000 cholecystectomies performed per year, great interest has developed in laparoscopic cholecystectomy. The procedure offers the patient reduced hospital stay, faster return to work, less pain, and improved cosmetic results. In September 1988, we developed a technique of performing laparoscopic cholecystectomy that we have now performed in more than 800 cases with good results. The technique allows the surgeon to fully evaluate the common duct via operative cholangiography and has allowed us to use a laparoscopic approach in all patients who were candidates for cholecystectomy. The technique offers a minimally invasive alternative to open cholecystectomy.

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From this study, it is concluded that laparoscopic discectomy with interbody fusion is not only feasible, but appears to give good results with follow up extending out beyond two years. Issues regarding the use of carbon fiber cages vs. bone and indications of the procedure are independent of the laparoscopic approach and are addressed extensively in the orthopedic literature. It can be concluded that when there is surgical indication for L5-S1 discectomy, that a laparoscopic approach with interbody fusion may become the procedure of choice.

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