这类ITBL可能与移植物的热缺血(hot ischemia time,HIT)、冷缺血时间(cold ischemia time,CIT)延长,以及移植术中动脉血再灌注时间延迟有关,动物实验发现:UW液行胆道灌注的SD大鼠,肝脏经历3 m...
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Results: The time of graft harvesting was(133.38±10.25) minutes. There was no warm ischemia time and the cold ischemia time was(198±13.66)minutes.
结果:器官联合切取时间为(133.38±10.25)min,无热缺血时间,冷缺血时间为(198±13.66)min,器官修整时间为(32.75±4.9)min。
参考来源 - 改良腹腔多器官簇移植器官联合切取的实验研究·2,447,543篇论文数据,部分数据来源于NoteExpress
结论随着冷缺血时间的延长,降低了部分肝移植术后的肝再生能力和生存率。
Conclusions Prolongation of cold ischemia time can reduce the regenerative ability of the liver and survival rate after partial liver transplantation.
结论 原位肝移植术后早期发生ALI与大量输血、无肝期过长、冷缺血时间过长关系密切。
Conclusion Massive blood transfusion in operation, long non-hepatic period and long cold ischemic time were independent risk factors for ALI early after orthotopic liver transplantation.
结论同种异体肾移植术后移植肾动脉狭窄与急性排斥及移植肾功能延迟恢复有关,而与冷缺血时间及动脉吻合方式无关。
Conclusions Post-transplant renal artery stenosis is closely associated with acute rejection and delayed graft function but not with the cold ischemic time or the type of arterial anastomosis.
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