ObjectiveTo discuss the reason and treatment strategy of gallbladder muddy stones after cholecysto-lithotomy. MethodsThe clinical data of 62 patients with gallbladder muddy stones after cholecystolithotomy who were treated in our hospital from December 2008 to December 2014 was analyzed retrospectively. ResultsThere were 43 patients without any symptom and 19 patients with acute cholecystitis in 62 patients. Four patients were diagnosed with septation gallbladder, 6 patients with long and tortuous cystic duct, 3 patients with calculus of cystic duct, 4 patients with common bile duct stones, 39 patients with periampullary diverticula, 18 patients with pancreaticobiliary maljunction, 6 patients with duodenal papilla stenosis, 29 patients with duodenal papillitis, and 3 patients with duodenal papilla adenocarcinoma. Two patients were treated with laparoscopic cholecystectomy (LC), 1 patient with endoscopic sphincterotomy (EST) /endoscopic balloon dilation (EPBD) and LC, 1 patient with percutaneous transhepafic gallbladder drainage (PTGD) and open cholec-ystectomy, 14 patients with PTGD and EST/EPBD, 1 patient with PTGD and hepatocholangioplasty with the use of gallbladder (HG), 34 patients with EST/EPBD, 3 patients with EST/EPBD and endoscopic biliay metal stent drainage (EBMSD), 5 patients with HG, and 1 patient with EST/EPBD and HG. The gallbladder muddy stones disappeared after operations in 55 patients with gallbladder reserved, and gallbladder ejection fraction increased from (42±12) % to (59±16) %. Of the 62 patients, 53 patients were followed up for 6 months to 6 years (the median time was 3.6-year). During the follow-up period, 3 patients were diagnosed with gallbladder stones, 2 patients with common bile duct stones, and 2 patients with intrahepatic and extrahepatic bile duct stones. ConclusionBile efferent tract obstruction is the important reason for the formation of gallbladder stones. HG, EST, and balloon expansion are the efficient methods to resolve the bile efferent tract obstruction.
ObjectiveTo discuss the clinical effects of T-tube with side holes in the gallbladder-common hepatic duct anastomosis. MethodsThe clinical data of 60 cases that performed gallbladder-common hepatic duct anastomosis from Jul. 2009 to Jul. 2012 were retrospectively analyzed. The contractile functions and mucosal recovery of gallbladder were compared between the conventional T-tube and T-tube with side holes. ResultsTwenty-four cases of gallbladder-common hepatic duct anastomosis used conventional T-tube, the gallbladder were not developing in 6-8 weeks after operation by T-tube cholangiography, the gallbladder mucosa of 17 cases were normal without edema, congestion and edema were observed in 6 cases, and the normal gallbladder mucosa structure disappeared in 1 case. The gallbladder were developing in 6-8 weeks after operation by T-tube cholangiography in 36 cases that used T-tube with side holes, the gallbladder mucosa structure had not congestion, edema, and erosion. The gallbladder contractile function were normal. ConclusionsThe floc, blood clots, and inflammatory substances in gallbladder can be discharged into the intestine or drainage in vitro, and the bile can go into gallbladder and can be concentrated through the T-tube with side holes. Physiological flow of bile can return to normal and the function of gallbladder can recover early.
ObjectiveTo discuss the relation between bile duct anastomotic stricture and bile duct injury by endo-scopic observation following liver transplantation and it, s efficacy of endoscopic treatment. Method The clinical data of 24 cases of bile duct anastomotic stricture following liver transplantation diagnosed by cholangiography were analyzed retro-spectively. Results①Twenty-four cases of bile duct anastomotic strictures were included in 3 cases of typeⅠa, 2 cases of typeⅠb, 4 cases of typeⅡ, 1 case of typeⅢa, 5 cases of typeⅢb, and 9 cases of typeⅢc.②The redness of intrahepatic bile duct mucosa, banding erosion, ulcer and fusion of anastomotic stricture mucosa could be seen in typeⅠa andⅢa. The redness of intrahepatic bile duct and anastomotic stricture mucosa could be seen in typeⅡwithout ulcer and fusion. The extensive erosion and ulcer of intrahepatic bile duct and redness of anastomotic stricture mucosa could be seen in typeⅢb. The extensive erosion, ulcer and partial necrosis of intrahepatic bile duct and anastomotic stricture mucosa could be seen in typeⅠb andⅢc.③Seventeen cases were cured by choledochoscopy through T tube, the biliary casts were moved out and the anastomotic strictures were relieved by balloon dilatation and placement of plastic stenting for 2 to 6 months, no recurrence happened. One case of typeⅠb treated by percutaneous transhepatic cholangial drainage(PTCD) and percuta-neous transhepatic cholangioscopy(PTCS) was developed into the stricture of typeⅡduring following-up for 19 months. Two cases of typeⅠa were treated by ERCP, the biliary casts were moved, one of which was cured, another 1 case was developed into the stricture of typeⅡduring following-up for 5 months. Two cases of typeⅡwere treated by ERCP, the biliary casts were moved, balloon dilatation and placement of plastic stent were performed, one of which was cured, another 1 case was recurrent during following-up for 1 months. The strictures were not relieved by multiple plastic stents for 4 to 6 months in 3 patients with recurrence and progress, but which was relieved by full-covered self-expanding removable metal stents for 4 to 7 months, there was no recurrence during following-up. One case of typeⅢb and one case of typeⅢc received the secondary open operation or choledochoscopy and placement of plastic stent for biliary infection and jaundice after the treatment of ERCP were cured. ConclusionsBiliary stricture following liver transplantation accompanies different degree biliary injury. The slightest is typeⅡand typeⅠa, typeⅢa is the second, typeⅢb is more serious, and typeⅠb and typeⅢc are the worst. Choledochoscopy is a better choose for anastomotic strictures. ERCP is not a better choose for anastomotic strictures of typeⅠb, Ⅲb, andⅢc.