BACKGROUND: Perforation after endoscopic retrograde cholangiopancreatography (ERCP) is uncommon, and its management is dependent on the mechanism and the graded classification of injury. METHODS: Records of patients undergoing ERCP were analyzed over a 16-year period, patterning the types of injuries, diagnosis, management, and patient outcome. Type I injuries damage the medial or lateral duodenal wall before sphincter cannulation. Type II injuries are periampullary and occur as a result of a precut or a papillotomy. Type III injuries occur secondary to guidewire insertion or stone extraction from the common bile duct. Type IV injuries are probably microperforations that are noted on excessive insufflation during and after ERCP withdrawal. RESULTS: Between 1995 and 2011, 27 perforations were identified from 1,638 ERCP procedures (1.6%). Nearly half of the procedures were regarded as difficult by the endoscopist, with 70% of the ERCPs (19 of 27) being for therapeutic indications. There were 5 type I, 12 type II, 5 type III, and 5 type IV perforations, of which 18 cases were diagnosed at the time of ERCP. Delayed diagnosis of type I perforations that were associated with free intraperitoneal air and contrast leakage proved fatal. Most type II perforations required immediate surgery with pyloric exclusion; delayed surgery with simple drainage had a high mortality rate. Most type III and type IV injuries can successfully be managed conservatively without delayed sepsis. CONCLUSIONS: In perforation, the mechanism of injury during ERCP predicts the need for surgical management. Type I and type II injuries require early diagnosis and aggressive surgery, whereas type III and type IV injuries may be managed conservatively.
BACKGROUND: Perforation after endoscopic retrograde cholangiopancreatography (ERCP) is uncommon, and its management is dependent on the mechanism and the graded classification of injury. METHODS: Records of patients undergoing ERCP were analyzed over a 16-year period, patterning the types of injuries, diagnosis, management, and patient outcome. Type I injuries damage the medial or lateral duodenal wall before sphincter cannulation. Type II injuries are periampullary and occur as a result of a precut or a papillotomy. Type III injuries occur secondary to guidewire insertion or stone extraction from the common bile duct. Type IV injuries are probably microperforations that are noted on excessive insufflation during and after ERCP withdrawal. RESULTS: Between 1995 and 2011, 27 perforations were identified from 1,638 ERCP procedures (1.6%). Nearly half of the procedures were regarded as difficult by the endoscopist, with 70% of the ERCPs (19 of 27) being for therapeutic indications. There were 5 type I, 12 type II, 5 type III, and 5 type IV perforations, of which 18 cases were diagnosed at the time of ERCP. Delayed diagnosis of type I perforations that were associated with free intraperitoneal air and contrast leakage proved fatal. Most type II perforations required immediate surgery with pyloric exclusion; delayed surgery with simple drainage had a high mortality rate. Most type III and type IV injuries can successfully be managed conservatively without delayed sepsis. CONCLUSIONS: In perforation, the mechanism of injury during ERCP predicts the need for surgical management. Type I and type II injuries require early diagnosis and aggressive surgery, whereas type III and type IV injuries may be managed conservatively.
Authors: Ann Sophie Schröder; Axel Heinemann; Hideyuki Nushida; Jan Peter Sperhake Journal: Forensic Sci Med Pathol Date: 2015-06-05 Impact factor: 2.007
Authors: Jason G Bill; Zachary Smith; Joseph Brancheck; Jeffrey Elsner; Paul Hobbs; Gabriel D Lang; Dayna S Early; Koushik Das; Thomas Hollander; Maria B Majella Doyle; Ryan C Fields; William G Hawkins; Steven M Strasberg; Chet Hammill; William C Chapman; Steven Edmundowicz; Daniel K Mullady; Vladimir M Kushnir Journal: Surg Endosc Date: 2018-05-16 Impact factor: 4.584