We evaluate the effectivity of parameters such as hemodynamics and organ perfusion, immunological derangement, coagulopathy and procalcitionin in diagnosing severe sepsis.
我们评价了血流动力学和组织灌注参数，免疫紊乱、凝血障碍的相关参数以及前降钙素等指标在临床上的价值。
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.
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。
To find a new type of corneal perfusion culture system, thus improve the survivable environment of keeping cornea in the traditional organ culture and predict the feasibility in cornea preservation.
探索并设计一种新型角膜灌流培养系统，进而优化传统器官培养保存中角膜的生存环境，并预测其在角膜保存中应用的可行性。
CONCLUSION In situ liver perfusion is an appropriate organ model for drug metabolism and disposition research.
结论大鼠原位肝灌流是良好的整体器官药物代谢模型，是体外实验有力的补充。
The kidney is the good organ in time-intensity curve study and the parameters of the curve can effectively describe the renal perfusion.
肾是进行时间-强度曲线半定量分析的良好脏器，时间-强度曲线的相关参数可有效反映肾血流灌注量的变化。
The kidney is the good organ in time-intensity curve study and the parameters of the curve can effectively describe the renal perfusion.
肾是进行时间-强度曲线半定量分析的良好脏器，时间-强度曲线的相关参数可有效反映肾血流灌注量的变化。
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