胃镜联合胆道镜在腹腔镜胆总管探查术中的应用

Combined gastroscopic and choledochoscopic transabdominal nasobiliary drainage 胃镜联合胆道镜在腹腔镜胆总管探查术中的应用 1 first-author 1 1 1 2 1 1 1 1 corresp ‡Corresponding Author ‡Corresponding Author †E-mail:dinguop@zju.edu.cn †E-mail:dinguop@zju.edu.cn dinguop@zju.edu.cn Department of Hepatobiliary & Pancreatic Surgery, Sir Run Run Shaw Hospital, School of Medicine, Zhejiang University, Hangzhou 310016, China Department of Hepatobiliary & Pancreatic Surgery, Sir Run Run Shaw Hospital, School of Medicine, Zhejiang University, Hangzhou 310016, China Department of General Surgery, Huzhou Central Hospital, Huzhou 313000, China Department of General Surgery, Huzhou Central Hospital, Huzhou 313000, China Common bile duct (CBD) stones are a frequent problem in Chinese populations, and their incidence is particularly high in certain areas (Wang et al., 2013 2013 ). In recent years, laparoscopic common bile duct exploration (LCBDE) and endoscopic retrograde cholangiopancreatography (ERCP) have been the main surgical procedures for CBD stones, although each has different advantages and disadvantages in the treatment of choledocholithiasis (Loor et al., 2017 2017 ; Zhou et al., 2017 2017 ). For patients with large stones, a dilated CBD, especially concurrent gallstones, LCBDE is the preferred and most economical minimally invasive procedure (Koc et al., 2013 2013 ). However, a T-tube is often placed during LCBDE to prevent postoperative bile leakage; this is associated with problems such as bile loss, electrolyte disturbance, and decreased gastric intake (Martin et al., 1998 1998 ). In addition, the T-tube usually must remain in place for more than a month, during which time the patient’s quality of life is seriously compromised. Many skilled surgeons currently perform primary closure of the CBD following LCBDE, which effectively speeds up rehabilitation (Hua et al., 2015 2015 ). However, even in sophisticated medical centers, the incidence of postoperative bile leakage still reaches ≥10% (Liu et al., 2017 2017 ). Especially for a beginner, bile leakage remains a key problem (Kemp Bohan et al., 2017 2017 ). Therefore, a safe and effective minimally invasive surgical approach to preventing bile leakage during primary closure of the CBD after LCBDE is still urgently needed. 目的 2 通过探讨胃镜联合胆道镜在腹腔镜胆总管探查术(LCBDE)中的应用,为胆总管结石的手术治疗提供更多的手术方式,改善患者生活质量,降低手术难度. 创新点 2 摒弃了以往LCBDE术后需行T管引流的方式,以鼻胆管代替T管,改善患者生活质量.同时胃镜的操作难度较内镜逆行胰胆管造影(ERCP)低.因此,本手术方式可以得到更好的推广. 方法 2 研究对象为2017年7月1日至2017年10月30日于浙江大学医学院附属邵逸夫医院就诊的胆总管结石患者.收集这些患者的年龄、性别等临床数据,排除那些不能耐受麻醉、患急性胰腺炎及急性胆管炎、并发肝内胆管结石及胆总管结石呈泥沙状或者絮状的患者.对患者行胃镜联合胆道镜的LCBDE手术,统计其手术时长、术中出血量、术后并发症、术后住院时长以及住院花费. 结论 2 胃镜联合胆道镜放置鼻胆管在预防LCBDE术后胆漏上切实有效,且由于术后无需留置T管,对患者的生活质量有所改善.同时,本手术方式对手术操作技术的要求较低,对于初学胆总管一期缝合的医师来说,可降低其术后胆漏的概率. Choledochoscope Gastroscope laparoscopic common bile duct exploration (LCBDE) Nasobiliary drainage 胆道镜 胃镜 腹腔镜胆总管探查术(LCBDE) 鼻胆管引流 Common bile duct (CBD) stones are a frequent problem in Chinese populations, and their incidence is particularly high in certain areas (Wang et al., 2013 2013 ). In recent years, laparoscopic common bile duct exploration (LCBDE) and endoscopic retrograde cholangiopancreatography (ERCP) have been the main surgical procedures for CBD stones, although each has different advantages and disadvantages in the treatment of choledocholithiasis (Loor et al., 2017 2017 ; Zhou et al., 2017 2017 ). For patients with large stones, a dilated CBD, especially concurrent gallstones, LCBDE is the preferred and most economical minimally invasive procedure (Koc et al., 2013 2013 ). However, a T-tube is often placed during LCBDE to prevent postoperative bile leakage; this is associated with problems such as bile loss, electrolyte disturbance, and decreased gastric intake (Martin et al., 1998 1998 ). In addition, the T-tube usually must remain in place for more than a month, during which time the patient’s quality of life is seriously compromised. Many skilled surgeons currently perform primary closure of the CBD following LCBDE, which effectively speeds up rehabilitation (Hua et al., 2015 2015 ). However, even in sophisticated medical centers, the incidence of postoperative bile leakage still reaches ≥10% (Liu et al., 2017 2017 ). Especially for a beginner, bile leakage remains a key problem (Kemp Bohan et al., 2017 2017 ). Therefore, a safe and effective minimally invasive surgical approach to preventing bile leakage during primary closure of the CBD after LCBDE is still urgently needed. Many nasobiliary drainage (NBD) and biliary stent placement techniques have been developed to minimize bile leakage after primary closure of the bile duct following LCBDE (Dietrich et al., 2014 2014 ). These techniques include preoperative/intraoperative ERCP and NBD tube placement and intraoperative biliary stent implantation (Yi et al., 2015 2015 ; Gupta, 2016 2016 ; Lee and Yoon, 2016 2016 ). These have effectively lowered the incidence of bile leakage. Based on the intraoperative ERCP NBD tube placement technique, we developed a laparoscopic NBD tube placement via gastroscopy combined with choledochoscopy because gastroscopy is a more common and proficient technique than duodenoscopy. In this study, combined gastroscopic and choledochoscopic transabdominal nasobiliary drainage (GC-NBD) was applied during primary closure of the bile duct following LCBDE by surgeons who had no previous experience with primary closure. No bile leakage was observed in our series. Compared with other techniques, this procedure has low technical requirements and good reliability; it can be widely carried out in the surgical departments of county hospitals. In total, 22 eligible patients (14 men, 8 women; age range, 46–81 years; mean age, (65.30±20.23) years) from July 1 2017 to Oct. 30 2017 were enrolled in our study. The inclusion criteria were the presence of gallstones and CBD stones as confirmed by ultrasound or magnetic resonance cholangiopancreatography and a CBD diameter of > 1 cm. The exclusion criteria were the inability to tolerate general anesthesia during routine preoperative examination, acute cholangitis, acute pancreatitis, concurrent intrahepatic bile duct stones, and flocculent or sandy stones in the bile duct. The patients’ clinical data including age, sex, operating time, blood loss, postoperative complications, hospitalization expenses, and postoperative hospital stay were collected and analyzed (Table 1 1 ). Data are expressed as mean±standard deviation ( n =22) or number Demographic feature Value Age (year) 65.30±20.23 Sex  Male 14  Female 8 Operating time (min) 150.00±48.00 Blood loss (mL) 35.00±12.60 Complication 0 Postoperative hospitalization (d) 6.87±1.04 Hospitalization expenses (CNY) 21 134.68±995.32 Eight surgeons participated in this study and were responsible for cholecystectomy+CBD lithotomy+primary closure of the CBD. A surgeon with experience in conventional LCBDE+T-tube drainage served as the main operator and was mainly responsible for performing the cholecystectomy, CBD incision for stone extraction, and primary suture of the CBD. Other surgeons performed primary closure for the first time. The surgical procedure involved seven steps (Fig. 1 1 ). (1) Establish pneumoperitoneum. The gallbladder triangle was separated, and the cystic artery was then clipped and transected; the cystic duct was also clipped. (2) The CBD was cut open and the CBD stones were completely removed by rinsing, clamping, or using a choledochoscopic basket. The intrahepatic bile duct and the lower end of the CBD were explored by choledochoscopy to confirm the absence of residual stones. (3) A guidewire was inserted into the duodenum opposite the papilla. (4) Pneumoperitoneum was stopped, and the gastroscope was inserted into the descending part of the duodenum. The head of the guidewire was clamped outside the gastroscope cavity. (5) Pneumoperitoneum was established to withdraw the choledochoscope. The NBD tube was inserted alongside the guidewire via the laparoscopic trocar. The tube was advanced into the duodenum along the guidewire under direct laparoscopic vision, and the head of the NBD tube was then placed into the common hepatic duct. The guidewire was slowly pulled out of the gastroscope cavity under direct gastroscopic vision. (6) The head of the NBD tube was held in the peritoneal cavity. The tail of the NBD tube was then pulled outside the nasal duct with the gastroscope, and the head of the tube was placed into the common hepatic duct. The CBD incision was sutured in a continuous pattern. (7) The cystic duct was transected, and the gallbladder was removed. Finally, the drainage tube was placed and the surgical incision sutured. (a) The stones in the common bile duct were completely removed with a choledochoscope. A second examination was performed to confirm whether any residual stones were present in the bile duct. (b, c) Insertion of guidewire (c) via a tube (b) into the duodenum through the papilla under choledochoscopic vision. (d) The gastroscope was inserted into the duodenum to grasp the guidewire. (e) The head of the nasobiliary drainage tube was placed into the common hepatic duct under gastroscopic vision. (f) Gastroscopic placement of nasobiliary drainage tube in stomach. (g) Laparoscopic primary closure of common bile duct The research protocol was reviewed and approved by the Research Ethics Committee of Sir Run Run Shaw Hospital, School of Medicine, Zhejiang University, Hangzhou, China. All participants or their guardians gave written consent for their medical information to be used for scientific research. The planned operations were successfully completed in all patients. No operation was converted to open surgery or T-tube drainage. The procedures lasted 130 to 210 min (mean, (150±48) min). The intraoperative blood loss volume was 5 to 50 mL (mean, (35.0±12.6) mL). All patients were discharged successfully, and no complications occurred. The abdominal drainage tube was withdrawn 3 to 5 d after surgery, and the NBD tube was removed 5 to 8 d after surgery. No one had bile leakage. Cholangiography was performed before removal of the NBD tube, and the absence of residual stones was confirmed. The contrast medium smoothly entered the duodenum. The postoperative hospital stay was 6 to 9 d, and the total cost of hospitalization was between 18 623 and 23 123 CNY. In China, laparoscopic choledochoscopy (LC) combined with intraoperative ERCP to treat CBD stones has only been performed in a small number of general hospitals and has not become a routine procedure for CBD stones because of its need for highly skilled surgery. At present, the rate of primary closure following LCBDE remains low even in several top general hospitals in our province. T-tube placement during LCBDE remains a routine practice in most surgical settings. Compared with the applied ERCP+LC/LCBDE two-stage surgery and laparoscopic intraoperative ERCP, LCBDE+GC-NBD has the following advantages. (1) The technical requirement of gastroscopy is much lower than that of duodenal endoscopy. LCBDE+GC-NBD can be performed in many county hospitals. (2) LCBDE+GC-NBD is a one-stage operation, which speeds up the patient’s recovery, shortens the hospital stay, and reduces medical expenses. (3) The whole procedure is performed under general anesthesia, which makes the patients more comfortable compared with ERCP. (4) Intraoperative endoscopic NBD (ENBD) is performed without cutting open the papilla. It reduces endoscopic sphincterotomy-related complications such as perforation, bleeding, and pancreatitis. Yin et al. ( 2017 2017 ) reported the application of the LCBDE+intraoperative ENBD+primary closure of the CBD in the treatment of CBD stones. In their study, NBD was performed via gastroscopy and choledochoscopy for the first time. A total of 211 consecutive patients underwent LCBDE+intraoperative ENBD (Group A), and the other group underwent preoperative ERCP+subsequent LC (Group B). The incidence of postoperative bile leakage was 1.9% (4/211) in Group A, showing no significant difference when compared with Group B. However, Group A was significantly superior to Group B in terms of hospitalization time, hospitalization expenses, and the overall treatment-associated complication rate. In a study by Xu et al. ( 2016 2016 ), biliary stent drainage was used in LCBDE with primary closure which had a similar function to NBD. However, secondary bacterial infections may occur after biliary stent placement; therefore, the application of biliary stents in LCBDE remains controversial (Dietrich et al., 2014 2014 ). Intraoperative biliary stenting is not in accordance with sterile surgical principles and is correlated with postoperative biliary tract infection. The safety of the primary suture of the CBD following biliary stenting requires further investigation in clinical studies with large samples. Therefore, this procedure has not been widely performed in the surgical setting. Liu et al. ( 2017 2017 ) retrospectively analyzed bile leakage after primary closure following LCBDE in 141 patients. The authors found that the incidence of postoperative bile leakage was 11.3% (16/141) and occurred more frequently in patients with a CBD diameter of < 1 cm (up to 31.6%) and in the operation performed by inexperienced surgeons. The surgeons’ experience was a key factor influencing the success rate of primary closure following LCBDE. For surgeons who are beginners, preoperative or intraoperative NBD can effectively reduce or avoid the occurrence of postoperative bile leakage. Although most surgeons in the study had not performed primary closure following LCBDE before they participated in this project, they successfully completed the primary closure, and no bile leakage occurred postoperatively. It is very important that bile leakage can be confirmed by intraoperative saline injection or nasal cholangiography via NBD. A few interrupted stitches can be placed in such cases if necessary. In the current study, using the same method described by Yin et al. 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Three modalities on management of choledocholithiasis: a prospective cohort study Compliance with ethics guidelines Song-mei LOU, Min ZHANG, Zheng-rong WU, Gui-xing JIANG, Hua SHEN, Yi DAI, Yue-long LIANG, Li-ping CAO, and Guo-ping DING declare that they have no conflict of interest. All procedures followed were in accordance with the ethical standards of the responsible committee on human experimentation (institutional and national) and with the Helsinki Declaration of 1975, as revised in 2008 (5). Informed consent was obtained from all patients for being included in the study. 10.1631/jzus.B1900060 Project supported by the Foundation Project for Medical Science and Technology of Zhejiang Province (Nos. 2019ZH022 and 2018KY478) and the Zhejiang Province Public Welfare Technology Application Research Project (No. LGF19H180021), China 2019-03-04 2019-07-01 2022-01-05 Copyright © Zhejiang University and Springer-Verlag GmbH Germany, part of Springer Nature 2019 2019 Journal of Zhejiang University-SCIENCE B (Biomedicine and Biotechnology) 11 20