Twenty five children with congenital biliary dilatation were treated with hepatico-jejuno-duodenostomy following excision of choledochal cysts between 1983 and 1985. The age ranged from two months to eleven years. The last follow-up ranged from 6-9 years (mean 7.5 years). All patients were free of jaundice with normal growth and development and none had peptic ulcer. The results from the last follow-up was better than that of the first one. This procedure was safe, effective and physiologically appealing.
目的 探讨内镜逆行胰胆管造影(ERCP)检查及内镜治疗在腹腔镜胆囊切除(LC)术前、术后的应用价值。 方法 对61例拟行LC的患者术前或术后行ERCP检查,发现异常再行内镜治疗。结果 LC术前行ERCP者42例中39例显影,其中37例伴有其他胆管疾病,占94.9%。术后行ERCP者19例均显影,总的插管成功率为95.1%。LC术前或术后42例行EST治疗,4例行EPBD,2例行ERBD,15例行ENBD,另4例在行ERCP检查后改开腹手术,取石成功率为92.9%。结论 诊治性ERCP在LC前、后的应用,对进一步明确诊断、选择手术方式、预防LC的并发症和提高LC的成功率具有重要价值。
目的 了解肝部分切除治疗肝内胆管结石的效果。方法回顾性分析1984年3月至1997年8月对95例肝内胆管结石施行肝部分切除,并辅以狭窄胆管切开整形及胆肠吻合等手术的治疗情况。结果 临床疗效优良者达93.7%,术后残留结石10例,残石率为10.5%。结论 肝部分切除治疗肝内胆管结石是目前较理想有效的手术方式。
凡是涉及一个脏器基本结构的研究,不论是大体的、显微镜的、分子的、基因水平或功能状态的研究,都属于临床外科中的基础研究范畴。解剖学研究虽然是外科临床基础研究中最古老的项目,但是随着新科技和临床外科学的发展,又从未间断地添加新的研究内容。例如当前的可视化人体的研究便是个突出的例子。肝、胆管血循环的研究在当代的胆道外科学和移植外科学中占有重要的位置, 而上世纪50年代初期的肝内管道解剖学研究,奠定了现代肝脏外科的基础。
【Abstract】Objective To investigate the imaging features of malignant invasion of major intrahepatic ductal structures (the portal and hepatic venous vasculature, the bilie duct) by primary hepatocellular carcinoma (HCC) using multidetector-row spiral CT (MDCT). Methods We retrospectively analyzed 68 documented HCC patients with tumorous invasion of the major intrahepatic ductal structures who had undergone contrast-enhanced dual-phase MDCT scanning of the upper abdomen.The morphological changes of the portal and hepatic venous vasculature, the bile duct, and the liver parenchyma at both the hepatic arterial phase and portal venous phase images were carefully observed and recorded. Results Among the 68 patients, 47 patients had malignant invasion of the intrahepatic portal venous vessels with secondary tumor thrombus formation; 12 patients had tumor involvement of the hepatic veins and intraheptic segment of the inferior vena cava; Tumor invasion of the bile duct was seen in 9 patents. The direct CT signs of tumor invasion of intrahepatic venous vessels included: ①dilatation or enlargement of the involved vein with intraluminal softtissue “filling defect”; ②enhancement of the tumor thrombus at hepatic arterial phase, the so-called “venous arterialization” phenomenon. The indirect CT signs included: ①arterial-venous shunt, ②early and heterogeneous enhancement of the hepatic parenchyma adjacent to HCC focus, ③cavernous transformation of the portal vein. The CT signs suggesting tumor invasion of the bile duct included: ①dilation of the bile ducts near or proximal to HCC lesion, ②soft-tissue nodule or mass inside the bile ducts. Conclusion Invasion of major intrahepatic ductal structures by HCC will present corresponding CT imaging features. Contrast-enhanced MDCT dualphase scanning combined with appropriate image postprocessing techniques can better evaluate the malignant invasion of major intrahepatic ductal structures.
Objective To summarize contents of enhanced recovery after surgery (ERAS) and understand it’s status and prospect in application of patients with hepatolithiasis. Methods The descriptions of ERAS in recent years and applications in hepatolithiasis were reviewed. Results The ERAS programme mainly included the preoperative managements, such as the education, nutrition management, and gastrointestinal tract management; the intraoperative managements, such as the minimally invasive surgery, reasonable choice of anesthesia, infusion volume management, and maintenance of body temperature, analgesia, and preventing postoperative nausea and vomiting medication selection; the postoperative early feeding, early exercise, early extubation, multimodal analgesia, T tube management, reasonable discharge standard and follow-up management. Although the ERAS was rarely reported in patients with hepatolithiasis, it had some advantages of promoting recovery and improving patient satisfaction, and it was still effective and safe. Conclusions Application of ERAS concept in patients with hepatolithiasis has achieved precision management and individualized treatment during perioperative period. It could achieve a good short-term therapeutic effect and optimize medical management model. However, there are still some problems at the present stage in implementation and promotion of patients with hepatolithiasis, such as lacks of criteria and specifications, evidence-based medicine. It is needed to further strengthen communication and collaboration among multiple disciplinary teams so as to further improve ERAS programme and popularize it.