1) extensive liver resection
极限肝切除
1.
Objective To study the mechanism by which AG490 improves the survival rate of rats following extensive liver resection.
目的研究特异性炎症介质阻断剂AG490提高极限肝切除术后大鼠生存率的机制。
2) limited hepatectomy
限量肝切除
1.
Treatment of complicated intrahepatic stones accompanied with biliary stricture by limited hepatectomy and balloon dilatation
限量肝切除加球囊扩张治疗复杂性肝胆管结石并狭窄疗效分析
3) extended hepatectomy
极量肝切除
4) critical clearing time
极限切除时间
1.
Estimation of critical clearing time of constant speed wind turbines;
恒速风电机组极限切除时间的确定
2.
The mechanism of this phenomenon in OMIB is studied with equal area criterion (EAC), PEBS direct method and stability region analysis, respectively This phenomenon takes on periodicity when the damping of the generator is ignored and the index of critical clearing time (CCT) is invalidated in this case The analytical expressio.
极限切除时间指标在这种情形下会失灵。
3.
When the influence of load model on transient stability is being assessed,factors which effect the stability limit,such as the maximum power transfer,critical clearing time etc.
在评价负荷模型对暂态稳定的影响时,应着重注意模型对诸如最大传输功率、极限切除时间等稳定极限的影响。
5) hepatectomy
[英][,hepə'tektəmi] [美][,hɛpə'tɛktəmɪ]
肝切除
1.
Practice and evocation of mini-incision hepatectomy;
选择性小切口肝切除的应用
2.
Treatment evaluation of hepatectomy and chemotherapy for primary liver cancer;
肝切除术加化疗治疗原发性肝癌的分析
3.
Clinical study of L-Ornithine-L-Aspartate for injection on alleviating dysfunction of liver after hepatectomy;
门冬氨酸-鸟氨酸在减轻肝切除术后肝功能损害中的临床研究
6) Liver resection
肝切除
1.
Preventing tumor recurrence following liver resection of small HCC by injecting Mitomycin-C through omentum majus vein
肝切除术中经大网膜静脉注射丝裂霉素预防小肝癌术后肿瘤复发
2.
Objective: Laparoscopic liver resection is still on the stage of research due to its high difficulty and complexity on operation.
目的:由于腹腔镜肝切除是技术复杂、难度极大的一种手术,目前仍处于探索阶段,虽然腹腔镜下切肝的方法很多,但是,各种方法均有特定的优点及局限性,技术仍不够成熟,还难以形成系统的经验与方法。
3.
Objective To explore the regenerative ability of the remnant hepatic lobe after liver resection combining with major hepatic vein(MHV) occlusion through acute or chronic occlusion model of MHV in rats.
目的: 通过大鼠主肝静脉急性或慢性阻断的模型,研究大鼠肝切除合并主肝静脉阻断后残余肝脏的再生情况。
补充资料:极限故障切除时间
极限故障切除时间
critical fault clearing time
J一x一an gu之hongq}eehu sh{Jlan极限故伸切除时间time)(eritieal faulr见衡态德定计葬。elea八ng
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条