活体右半肝移植的流出道重建21例

目的 探讨活体右半肝移植中的流出道重建技术,预防肝静脉淤血的发生.方法 回顾分析21例成人活体右半肝移植的临床资料.供者标准肝体积为1150.1～1629.8 cm3,供肝重量为585～920 g,与受者标准肝体积比为43%～67%,与受者重量比为0.82%～1.59%,供者残肝体积百分比为32%～55%,供肝大泡脂肪变性均＜10%.对于含肝中静脉的供肝,将肝中静脉和肝右静脉开口修整成尽可能大的三角形开口,供肝植入时,与受者肝右静脉扩大的三角形开口行端侧吻合.不含肝中静脉的供肝,如存在粗大的肝中静脉属支(直径超过5 mm),则用自体或异体血管搭桥(无粗大的肝中静脉属支者采用肝右静脉)与受者腔静脉直接吻合.供肝门静脉右支直接与受者门静脉主干吻合,供肝动脉与受者肝动脉行端端吻合,供肝右肝管与受者肝管行端端吻合.结果 21例供肝中,4例含肝中静脉,17例不含肝中静脉,其中有2例采用自体大隐静脉搭桥,5例采用冷冻的异体髂动脉搭桥,10例采用肝右静脉直接与受者腔静脉吻合.术后1个月,重建肝中静脉属支的7例受者流出道均通畅.含肝中静脉者、不含肝中静脉的血管搭桥者及不含肝中静脉且未使用血管搭桥者术后1年存活率分别为75%、85.7%和70%,三者间比较,差异均无统计学意义(P＞0.05).术后受者发生胆道并发症7例;发生小肝综合征1例,经脾动脉栓塞治疗后痊愈.术后供者未发生严重并发症,随访6～31个月,均恢复正常工作生活,无一例死亡.结论 含肝中静脉与不含肝中静脉的右半供肝植入后均可取得良好的临床效果.如果右半供肝不含肝中静脉,采用自体或异体血管重建肝中静脉属支是预防肝淤血和保证移植肝功能的有效方法.     

Liver transplantation in a patient with complex anomaly of the inferior vena cava

Background

After the introduction of noninvasive imaging exams, congenital anomalies of the inferior vena cava (IVC) have become more commonly recognized. We report the first successful orthotopic liver transplantation (OLT) performed in an asymptomatic adult with complex IVC anomaly: duplication of the infrarenal IVC, azygos continuation of the IVC, agenesia of the hepatic portion of the IVC and presence of several anomalous veins communicating the common iliac vein and the IVC of one side with the contralateral side.

Methods

This complex anomaly was diagnosed with a venous abdominal angio CT.

Results

At liver transplantation, the short suprahepatic portion of the IVC was identified and clamped. The right, middle, and left hepatic veins were sectioned and joined in a single, wide cuff, using venoplasty. This single orifice was anastomosed to the suprahepatic IVC of the new liver. No venovenous bypass was employed. The patient had an uneventful postoperative course. A post transplantation venous abdominal angio CT showed normal blood flow at the anastomosis of the hepatic veins of the receptor and the IVC of the new liver.

Conclusions

This report is important to alert liver transplant teams of the possibility of complex IVC in asymptomatic adult individuals. Identification of these anatomical anomalies is vital to reduce the risk of serious hemorrhage and other operative complications during OLT.     

直视下袖套法加套入式吻合大鼠全血供肝移植模型建立

目的　直视下应用套入式吻合方法重建大鼠移植肝的动脉血供。　方法　SD- SD大鼠肝移植30只,SD- Wistar大鼠肝移植5 0只。供体从腹腔干动脉开始分别结扎脾动脉、胃左动脉、胃右动脉及胃十二指肠动脉,保留肝固有动脉。以8- 0无损伤缝线作袖套法加套入式方法行供体的腹腔干动脉和受体的右肾动脉吻合,恢复移植肝动脉血供。　结果　无肝期最短13min,最长2 1min。套入式吻合肝动脉时间平均4 .0 0±1.31min;手术成功率96 .3% ;SD- SD大鼠成功2 9只,术后不使用免疫抑制剂均健康存活,最长目前已超过2个月。SD- Wistar大鼠成功4 8只,一般术后3～5 d出现急性排斥反应,不用免疫抑制剂于9d后死于排斥反应所致的肝功能衰竭。　结论　直视下袖套法加套入式吻合方法重建大鼠移植肝的动脉血供是一种稳定、可靠及易行的全血供肝移植模型     

同种原位肝移植肝脉重建技巧

目的：探讨和总结同种原位肝移植术中肝动脉重建技术。方法：回顾性分析我院近一年来所施行18例原位肝移植术中肝动脉重建方式和技巧。结果15例行供受体肝固有动脉端端吻合,2例供体肝总动脉与受体肝固有动脉吻合,1例供体总动脉与受体脾动脉吻合。术后彩色色普勒超声监测显示肝动脉血流通畅,均未发现有血栓菜成或肝动脉狭窄,全部病例未发生胆道并发症。结论：成功的肝动脉重建技术防止肝移植术后肝动脉血栓形成或肝动脉狭窄的关键。     

Heterotopic liver allotransplantation in dogs utilizing intraportal hyperalimentation

Heterotopic liver transplantation utilizing intraportal hyperalimentation was studied in dog for the purpose of temporary hepatic support for acute liver failure. The liver graft was transplanted in the right lower abdomen of the recipient, and its suprahepatic IVC was anastomosed end-to-side to the infra-renal IVC of the recipient. The celiac artery of the graft was anastomosed end-to-end to the right internal iliac artery of the recipient. An infusion catheter was placed in the donor's portae and intraportal hyperalimentation with insulin was performed. A polyethylene tube (1.7 mm bore) was inserted into the CBD of the graft and led through the body wall as an external biliary drain, after which the recipient's CBD was ligated and transected. The grafts functioned well and excreted bile for 6 days in a non-immunosuppressed group and until death in an immunosuppressed group. Serum bilirubin levels of the recipients increased slightly or were within normal range. At autopsy, the grafts showed no atrophy. Heterotopic liver transplantation with intraportal hyperalimentation will be useful as a temporary hepatic support for acute liver failure in the future.     

改进的门静脉套管置人技术在大鼠肝移植中的应用

目的 探讨改进的门静脉套管置入技术“门脉分支悬吊法”在大鼠肝移植门静脉重建中的应用效果.方法 “双袖套法”建立大鼠肝移植模型,分别应用改进的“门脉分支悬吊法”和传统方法行受体门静脉重建,比较门静脉重建所需时间和成功率、无肝期时间以及移植手术成功率.结果 应用改进的“门脉分支悬吊法”行大鼠肝移植(n=35),受体门静脉重建成功率94.3％,门静脉吻合所需时间仅为(1.9±0.7)min,无肝期为(21.8±2.2)min,移植手术成功率为80％,优于传统方法(P＜0.05).术后l周存活率为85.8％,与传统方法比较无统计学差异(P＞0.05).结论 改进的“门脉分支悬吊法”缩短了受体门静脉吻合时间和无肝期,提高了门静脉重建成功率和移植手术成功率,可以快速、安全地实现大鼠肝移植受体手术中的门脉套管置入和门静脉重建.     

原位肝移植肝动脉重建临床分析

目的 总结分析原位肝移植肝动脉重建经验,提高肝移植疗效和受体存活率.方法 总结1995年5月至2006年12月实施的183例肝移植临床资料,常规动脉重建163例,供者腹腔动脉干Carrell's袖片或肝总动脉-脾动脉汇合部与受者肝左-右动脉汇合部吻合25例,胃十二指肠-肝固有动脉汇合部吻合134例,腹腔动脉干吻合4例.采用髂动脉.腹主动脉搭桥20例.术后根据凝血酶原时间(PT),应用普通肝素或低分子肝素抗凝.术中、术后应用多普勒超声监测肝动脉血供.结果 183例肝移植患者中有6例发生肝动脉并发症,发生率为3.28%(6/183),其中肝动脉血栓形成(hepatic artery thrombosis,HAT)5例,肝动脉狭窄(hepatic artery stenosis,HAS)1例.常规通路动脉重建组动脉并发症发生率1.84%(3/163),髂动脉-腹主动脉搭桥组为15.0%(3/20),两者比较差异有统计学意义(X2=9.73,P＜0.01).6例并发症患者中有1例HAT于术后19 d死于多器官功能衰竭,另5例通过介入治疗治愈,死亡率16.7%.结论 正确地选择肝动脉重建吻合的部位和术后有效的抗凝治疗减少HAT和HAS的发生,多普勒超声的早期发现和放射介入的及时治疗可以挽救移植物,避免再移植.     

Living Donor Liver Transplantation for Congenital Absence of the Portal Vein

The congenital absence of the portal vein (CAPV) is a rare venous malformation in which mesenteric venous blood drains directly into the systemic circulation. Liver transplantation (OLT) may be indicated for patients with symptomatic CAPV refractory to medical treatment, especially due to hyperammonemia, portosystemic encephalopathy, hepatopulmonary syndrome, or hepatic tumors. Because portal hypertension and collateral circulation do not occur with CAPV, significant splanchnic congestion may occur when the portocaval shunt is totally clamped during portal vein (PV) reconstruction in OLT. This phenomenon results in severe bowel edema and hemodynamic instability, which negatively impact the patient's condition and postoperative recovery. We have successfully reconstructed the PV in living donor liver transplantation (LDLT) using a venous interposition graft, which was anastomosed end-to-side to the portocaval shunt by a partial side-clamp, using a patent round ligament of the liver, which was anastomosed end-to-end to the graft PV with preservation of both the portal and caval blood flows. Owing to the differences in anatomy among patients, at LDLT for CAPV liver transplant surgeons should seek to preserve both portal and caval blood flows.     

小鼠原位脂肪肝移植模型的建立

目的　建立了ob/ob小鼠脂肪肝移植模型 ,探讨保证建模成功的关键因素。方法　采用小鼠非动脉化肝移植技术 ,5～ 7周肥胖小鼠为供体 ,正常小鼠为受体 ,双袖套法行原位肝移植。受体肝组织行HE染色和油红O染色 ,血清ALT、AST水平检测采用常规生化分析法。结果非脂肪肝移植组 (lean to lean)受体长期存活率 (n =10 )为 70 % ,脂肪肝移植组 (ob/obtoagematchedlean)受体存活率为 0 (n =10 ) ,差异有显著性 (P <0 .0 5 )。脂肪肝移植给体积相当的正常小鼠 ,其短期存活率为 3 0 % (n =10 ) ,所有小鼠术后存活并苏醒 ,但均未超过 2 4h。脂肪肝移植受体ALT水平为 (62 85± 2 93 7)U /L ,AST为 (5 812± 2 942 )U /L ;而正常小鼠移植组ALT与AST水平分别为 (5 96± 114 )U /L ,(1796± 870 )U/L ,差异有显著性 (P <0 .0 5 ) ,组织学检测显示大量胆管中央凝固性坏死伴出血。结论　该模型的成功建立为我们提供了一种新的肝原发性肝无功能移植模型 ,为脂肪肝移植后脂肪肝细胞受损的机制研究奠定了基础。     

Steatotic liver transplantation in the mouse: a model of primary nonfunction

BACKGROUND: The number of potential donor organs deemed suboptimal for transplantation because of hepatic steatosis is rising as the obesity rate increases. However, no mouse transplant model has been described within the framework of hepatic steatosis. We describe the development of and our initial experience with a steatotic mouse orthotopic liver transplant model using the ob/ob mouse. This model is technically achievable and functionally mimics primary nonfunction. MATERIALS AND METHODS: Adapting techniques of a nonarterialized murine transplant model, C57BL6 ob/ob mice aged 5-7 weeks (26-35 g) and lean controls served as liver donors and recipients. Orthotopic liver transplantation (OLT) was performed using a two-cuff technique at the infrahepatic cava and portal vein. The suprahepatic cava was anastomosed end to end, and the bile duct was stented. The hepatic artery was not reconstructed. RESULTS: Lean-to-lean OLT was performed with 70% (n = 10) long-term survival. ob/ob-to-age-matched lean recipients had 0% (n = 10) survival because of size discrepancy. ob/ob livers were transplanted to size-matched lean recipients (>3 months old) with short-term survival of 30% (n = 10). These mice survived the operation, awakened, but expired within 24 h. Serum transaminases revealed a significantly higher injury profile in the recipients of the steatotic livers, and histology showed massive centrilobular coagulative necrosis with hemorrhage, the overall picture being that of primary nonfunction. CONCLUSIONS: This novel use of the ob/ob mouse for OLT provides us with a model for steatotic transplantation with primary nonfunction as the end point and may help to better understand the response of the steatotic liver to the insult of transplantation.     

Surgical Techniques of Allogeneic Liver Transplantation in a Nonhuman Primate Model

Herein, we report our experience of performing allogeneic orthotopic liver transplantation (LT) in nonhuman primates. We designed an allogeneic ABO-compatible orthotopic LT model in monkeys in a manner similar to that used in humans. We applied almost the same surgical procedures used for human conventional deceased donor LT. A total of 6 monkeys underwent allogeneic LT. One cynomolgus monkey aged 45 months (3.4 kg) and 5 rhesus macaque monkeys aged 50.2 ± 14.8 months (5.40 ± 0.33 kg) were used as recipients. In the donor surgery, the liver was perfused in situ through the aorta using cold histidine-tryptophan-ketoglutarate solution. The portal vein (diameter, 5–10 mm), supra- and infra-hepatic inferior vena cava (IVC) (diameter, 12–15 mm), and common bile duct (diameter, 1.5–3.0 mm) were dissected out. The hepatic artery was kept in continuity with the celiac trunk and abdominal aorta up to the iliac bifurcation (diameter, 5–6 mm). The mean graft weight was 102.0 g (94.8–111.0 g). Recipient surgery was conducted in parallel. After recipient hepatectomy, the graft was implanted. The suprahepatic IVC and portal vein were anastomosed to those of the graft. After reperfusion, the infrahepatic IVC was anastomosed. The aorta conduit of the graft was anastomosed to the infrarenal aorta of the recipient in a retrocolic end-to-side manner. Biliary reconstruction was performed in a duct-to-duct anastomosis with cholecystectomy. Mean operative time was 107.0 minutes for donor and 198.2 minutes for recipient. There was one operative death due to unknown cause. In conclusion, for allogeneic orthotopic LT in nonhuman primate model, we can apply almost the same procedure used for human conventional deceased donor LT in a similar manner.     

A review of various techniques of orthotopic liver transplantation in the rat

Orthotopic liver transplantation (OLT) in rat is a demanding procedure, which has become a popular model to investigate various problems. Our aim was to review and analyze the various techniques of experimental OLT in the rat. A review of the literature revealed 30 techniques or technical modifications. Each modification represented a change or a simplification of the reconstruction method of five anatomical structures, which are cornerstones of a successful OLT: the suprahepatic inferior vena cava (SHVC), portal vein (PV), infrahepatic inferior vena cava (IHVC), hepatic artery (HA), and bile duct (BD). SHVC is anastomosed via microsuture or cuff. The PV anastomosis is performed by microsuture, cuff, or a microsuture-temporary splint technique. IHVC is reconstructed by a microsuture, cuff, or microsuture-temporary splint technique. Arterialization has been accomplished via microsuture (aortic segment, celiac segment, or aortic patch), cuff, splint, sleeve, or telescopic method. Nonarterialization of the graft has also been described. Methods for BD reconstruction include pull-through, telescopic, splint, and T-tube. Although a high level of microsurgical skill is the basic requirement in the microsuture technique which provides the most physiological situation and concomitantly reduces thrombosis, it increases anhepatic time compared to the cuff procedure. The learning curve of microsuture techniques is flat; beginners need much practice to become expert. The most physiologic techniques for anastomoses are preferred for long-term survival studies, while the faster techniques are options for short-term survival studies. Each research group must choose techniques according to study defined aims.     

Biliary complications after orthotopic liver transplantation: a 5-year experience

Introduction

Biliary complications, particularly bile duct stenosis or leak, remain the “Achilles' heel” of orthotopic liver transplantation (OLT), significantly increasing the risk of graft loss and recipient death. The aim of the study was to retrospectively analyze biliary complications over a 5-year experience seeking to identify risk factors for these complications.

Material and Methods

Eighty-seven OLT performed in 84 recipients were included in the analysis. In all cases but one, we performed an end-to-end hepatic duct anastomosis with a 7-0 running suture under 2.5× magnification.

Results

Biliary complications developed after 17.2% OLT: anastomosis site stenosis (10.3%), multiple stenoses (5.7%), or bile duct necrosis (1.1%). A bile leak was not observed. Two recipients died from biliary sepsis. Among the patients with biliary complications, there was an higher rate of hepatic artery problems (33.3% vs 2.7%; P < .01), and a longer anhepatic phase (85 vs 72 minutes; P < .01). We performed endoscopic treatment in 73% and percutaneous drainage in 6.6% of recipients. Good treatment results were achieved in 36.4% of cases with biliary complications whereas they were satisfactory in 27.3%. Five patients with biliary complications required re-transplantation.

Conclusions

A bile duct anastomosis performed end-to-end with a running suture under magnification decreased the risk of bile leakage after OLT. A prolonged anhepatic phase or an hepatic artery thrombosis or stenosis increased the risk of biliary complications after OLT.     

A suitable animal model for laparoscopic hepatic resection training

Background There is a growing interest in using laparoscopy for hepatic resection. However, structured training is lacking in part because of the lack of an ideal animal training model. We sought to identify an animal model whose liver anatomy significantly resembled that of the human liver and to assess the feasibility of learning laparoscopic hepatic inflow and outflow dissection and parenchyma transection on this model. Methods The inflow and outflow structures of the sheep liver were demonstrated via surgical dissection and contrast studies. Laparoscopic left major hepatic resections were performed. Results The portal hepatis of all 12 sheep (8 for anatomic study and 4 for laparoscopic hepatic resection) resembled that of human livers. The portal vein (PV) was located posteriorly; the common hepatic artery (CHA) and the common bile duct (CBD) were located anterior medially and anterior laterally with respect to the portal hepatis. The main PV bifurcated into a short right and a long left PV. The extrahepatic right PV then bifurcated into right posterior and anterior sectoral PV. The CBD and CHA bifurcated into left and right systems. The cystic duct originated from the right hepatic duct. The cystic artery originated from the right HA in 11/12 animals. The left hepatic vein drained directly into the inferior vena cava (IVC). The middle and the right hepatic veins formed a short common channel before entering the IVC. Multiple venous tributaries drained directly into IVC. Familiarity with sheep liver anatomy allowed laparoscopic left hepatic lobe (left medial and lateral segments) resection to be performed with accuracy and preservation of the middle hepatic vein. Conclusions The surgical anatomy of sheep liver resembled that of human liver. Laparoscopic major hepatic resection can be performed with accuracy using this information. Sheep is therefore an ideal animal model for advanced surgical training in laparoscopic hepatic resection.     

原位肝移植术中肝动脉变异及术后肝动脉血栓形成的处理

目的探讨肝移植术中肝动脉变异及术后肝动脉血栓形成的处理。方法统计2000年8月至2002年12月期间进行肝移植术的67例次供、受者肝动脉的变异情况；分析肝动脉的重建方式，探讨肝动脉变异与手术后肝动脉血栓形成的关系、肝动脉血栓形成的危险因素及肝动脉血栓形成后的处理。结果67例次供者肝脏和65例受者肝脏共出现肝动脉变异12例次，发生频率最高的为右肝动脉起源于肠系膜上动脉(5例)及左肝动脉起源于胃左动脉(3例)。肝动脉的重建方式如下：供者及受者肝总动脉与胃十二指肠动脉分叉处成型后吻合58例；腹主动脉与肝动脉搭桥2例；利用变异的肝动脉分支吻合7例。手术后发生肝动脉血栓形成3例，均经腹股沟处股动脉插管行肝动脉溶栓治疗，此3例患者中死亡1例。结论避免变异的肝动脉损伤、选择适当的肝动脉吻合方式可以保证移植肝脏的动脉血供。肝动脉血栓形成与肝动脉变异无关。作为肝动脉血栓形成后的保守治疗方法，肝动脉内溶栓治疗有可能避免2次移植。     

幼猪辅助性部分肝移植供肝体外解剖学观察及其修整分割

目的体外观察幼猪供肝的解剖学特点,总结辅助性部分肝移植供肝修整分割经验。方法16头幼猪供肝灌洗取出后于体外进行解剖学观察,借用探针条探查肝动脉和胆管,用刮扒水洗法切除左半肝,断面管道仔细结扎,余下右半肝作为供肝。结果幼猪肝脏质地脆嫩,分为左外侧叶、左中叶、右中叶、右外侧叶和尾状叶等5叶。其各部分体积、质量与其体质量呈正相关。肝中裂较浅,但其间少有门静脉交通支存在。肝固有动脉可有变异。肝静脉均于肝内汇入下腔静脉,左半肝回流静脉多有共干（14/16）。肝上、肝下下腔静脉均短,肝内下腔静脉下段肝实质较薄。16例供肝修整分割均顺利完成,断面管道显露清晰,复流后充盈良好,肝断面出血少。结论根据幼猪体重可估计其肝脏各部体积和质量;刮扒水洗法行供肝体外分割简便实用;获得的右半肝作为供肝,其肝上下腔静脉易于与受体肝内下腔静脉端侧吻合。     

原位肝移植肝动脉并发症的防治

目的 探讨原位肝移植肝动脉并发症的预防及治疗。方法 回顾性分析1999年2月至2001年2月完成的22例原位肝移植，其中4例行体外静脉转流下的原位肝移植术，17例行背驮式原位肝移植，1例为活体供肝部分肝移植。11例供肝的肝固有动脉与受者的肝固有动脉吻合，4例供者脾动脉与受者肝总动脉吻合，3例供者腹腔动脉与受者肝总动脉吻合，2例应用供者髂动脉在供者肝固有动脉与受者腹主动脉间架桥吻合，1例供者肝右动脉与受者肝固有动脉吻合，1例供者肝固有动脉与受者异位肝右动脉吻合。术后以多普勒超声扫描监测肝动脉血流。结果 1例术后5d时发生肝动脉血栓形成，以尿酶介入溶栓后出现吻合口出血，再次手术行肝动脉吻合。21例无肝动脉并发症发生。15例随访1－20个月，多普勒超声扫描提示肝动脉血流、形态正常，胆道造影未见肝外胆管狭窄，血清学检查提示肝功能状态良好。结论 原位肝移植预防肝动脉并发症的关键在于血管吻合时操作精细，实现血管内膜对内膜的无张力吻合。     

原位肝移植肝动脉并发症的预防和治疗

目的 总结分析原位肝移植肝动脉重建及其并发症的防治经验,提高肝移植疗效和受体存活率。方法 总结1995年5月至2005年4月实施的122例肝移植临床资料,肝动脉重建采用供者腹腔动脉干Carrell’s袖片或肝总动脉-脾动脉汇合部与受者肝左-右动脉汇合部袖片吻合21（16．76％）,与受者胃十二指肠-肝固有动脉汇合部吻合87例（71．76％）,采用髂动脉-腹主动脉搭桥14例（11．48％）。术后根据凝血酶原时间（PT）,应用普通肝素或低分子肝素预防性抗凝。术中、术后应用多普勒超声监测肝动脉血供。结果 术后肝动脉血栓形成（HAT）3例,肝动脉狭窄（HAS）2例。1例HAT于术后19d死于多器官功能衰竭,另4例通过放射介入治疗治愈。其余病例随访2～62个月,未见肝动脉血栓形成（HAT）和肝动脉狭窄（HAS）。本组肝动脉并发症发生率为4．10％。结论 正确地选择肝动脉重建吻合的部位和术后有效的抗凝治疗可减少HAT和HAS的发生,多普勒超声监测能早期发现HAT和HAS,挽救移植物,避免再移植。     

A Novel Technique for Auxiliary Partial Liver Transplantation With Reno-Portal Anastomosis and Avoidance of the Hepatoduodenal Ligament

Auxiliary liver transplantation (ALT) is a treatment for acute liver failure when regeneration of the native liver is possible or for metabolic disorders. In selected cases ALT and orthotopic liver transplantation (OLT) have similar survival when ALT is performed in the orthotopic position (auxiliary partial orthotopic liver transplantation, APOLT). Drawback of ALT with portal vein to portal vein anastomosis is the frequent occurrence of thrombosis, compromising both graft and native liver, and the necessity of a significant resection. To avoid division of portal flow we performed ALT with an end-to-end anastomosis between the graft portal vein and the left renal vein of the recipient (reno-portal ALT, REPALT). The hepatic artery was anastomosed to the aorta using an iliac arterial graft conduit. The bile duct was anastomosed to the stomach. In the two cases presented here excellent immediate graft function occurred with rapid regeneration of the graft and without early vascular complications.     

用袖套式血管吻合法建立大鼠肝、肠联合移植模型

目的 建立肝、肠联合移植手术模型。方法 用Ｗｉｓｔａｒ大鼠行同种异体肝、肠联合移植。先行肝移植,再行小肠移植。肝脏为原位移植,供肠异位移植于左肾处（切除左肾）。门静脉、肝下下腔静脉和肠系膜上静脉采用袖套式吻合法分别与受者的门静脉、肝下下腔静脉和左肾静脉吻合,回肠末端在左下腹造瘘。结果 手术成功率为６２．５％,动物平均存活时间１１．２ｄ。组织学检查发现移植肝和小肠发生排斥反应。结论 用袖套式血管吻合