1) T-tube drainage
T形管引流
1.
Results Calculus relapse rate in Roux-y anastomosis group was obviously higher than that of remained Oddi sphincter T-tube drainage group.
结果胆肠Roux-y吻合组术后结石复发率明显高于保留Oddi括约肌的T形管引流组。
2.
Method 66 cases with choledochal stone were randomized into two groups by operation in turn: primary suture after choledochotomy in open operation (PS) and T-tube drainage for choledochotomy in open operation(TD) groups.
方法:胆总管结石患者按手术先后顺序分为两组,各33例,胆总管探查后分别行胆总管一期缝合术和T形管引流术,比较两组的术后并发症发生率和术后住院天数。
2) T-tube drainage
T管引流
1.
Choledochofiberscope the clinical application of T-tube drainage 507 cases reported;
纤维胆道镜应用于T管引流507例报告
2.
Reoperation of bile duct stricture after common bile duct exploration and T-tube drainage operation with clinical analysis 23 cases;
胆总管探查并T管引流术后胆管狭窄再手术23例临床分析
3.
Objective To study the causes and management of postoperative complications in patients with biliary tract exploration an T-tube drainage.
目的探讨胆道探查T管引流术后并发症发生的原因及其防治措施。
3) T tube drainage
T管引流
1.
The interventional treatment for biliary recurrent obstruction after palliative T tube drainage in patients with obstruction due to cholangiocarcinoma;
胆管癌性阻塞姑息性T管引流术后再发梗阻的介入治疗
2.
[Objective] To evaluate the security and feasibility of endobiliary tube drainage substitute T tube drainage and primary closure of the common bile duct after laparoscopic common bile duct exploration.
目的探讨腹腔镜胆总管切开取石术后以胆道内置管引流代替T管引流的安全性和可行性。
3.
Objective To explore the clinical effect of laparoscopic cholecystectomy and T tube drainage(LCTD) through three holes.
目的 探讨三孔法腹腔镜胆总管切开探查、T管引流术的临床效果。
4) T tube drain
T管引流
1.
Objective:To explore the methods and operation technique of choledocholithotomy with laparoscope and choledochofibersope,and T tube drain.
目的:探讨腹腔镜下胆总管切开、纤维胆道镜取石、T管引流术的方法及手术技巧。
6) T-pipe flow
T管引流量
1.
Analysis of the reason of reduce and treatment of the T-pipe flow after anatomy surgery;
胆道术后T管引流量减少原因及治疗浅析
补充资料：T形管
分子式：
CAS号：
性质：原子吸收光谱分析中为增加自由原子蒸气在光束中停留时间的一种装置。由石英管制作，主管长100～120mm，外径12mm，内径10mm；支管长100mm，外径8mm，内径6mm。光束从主管中通过，气态试样从支管中通入。以火焰或电热丝加热。多用于气相氢化物原子化法。
CAS号：
性质：原子吸收光谱分析中为增加自由原子蒸气在光束中停留时间的一种装置。由石英管制作，主管长100～120mm，外径12mm，内径10mm；支管长100mm，外径8mm，内径6mm。光束从主管中通过，气态试样从支管中通入。以火焰或电热丝加热。多用于气相氢化物原子化法。
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参考词条