中位热缺血时间为10分钟(范围为6- 38分钟)。
The median warm ischemia time was 10 minutes (range 6 to 38).
当术中手术肾热缺血时间过长时，需采用保护肾功能措施。
The measures of protecting the renal function were adopted, if operated kidney had been in heat ischemia for a long time in the operation.
结论：肝移植大鼠一周存活率与供肝的实际热缺血时间呈负相关。
Objective: To study the hypoxia injury on livability of liver transplantation in rats during ambi-operation time.
目的探讨离体供心不同热缺血时间下冷存各时段心肌三磷酸腺苷(atp)含量的变化。
Objective To study the changes of Adenosine Triphosphate (ATP) of donor heart with different time of cold preservation at different warm ischemia duration.
结果手术时受者年龄、术前PRA水平、热缺血时间、HLA错配数对术后急性排斥反应的发生有显著影响。
Results Age, pre-transplant PRA level, warm ischemia time, and HLA mismatch number had a significant effect on the incidence of acute rejection.
对不同热缺血时间供体组织进行了超微结构观察，重点讨论了联合移植的意义及联合取材技术与移植效果的关系。
The significance of combined transplantation and the relationship of the techniques of procuring the donor tissues and transplantation is discussed.
结论对于脑死亡的供者器官切取采取原位灌洗，整块切取及体外修整，可最大限度地缩短热缺血时间，有效避免变异血管损伤，进而提高供者器官的利用率。
Conclusions For the brain-dead donor, in situ perfusion, en block resection can reduce the warm ischemic time, avoid injury of anomalous artery effectively, and ensure the high organ utilization rate.
区域性肾实质血流阻断法，能缩短肾动脉阻断时间，减少患肾功能热缺血损害。
Using cable tie to compress renal parenchyma makes it possible to reduce the time of renal artery clamping and thus to protect the kidney from ischemic damage.
热缺血与冷保存协同作用于供肝，单独或同时延长热缺血、冷保存时间，术后严重缺血性胆道并发症发生率增高。
Results The second bile duct warm ischemia time longer than 60 minutes was an independent risk factor for the severe ischemic biliary complication.
热缺血与冷保存协同作用于供肝，单独或同时延长热缺血、冷保存时间，术后严重缺血性胆道并发症发生率增高。
Results The second bile duct warm ischemia time longer than 60 minutes was an independent risk factor for the severe ischemic biliary complication.
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