运动可引起内脏血流的重新分配。
Sports motions can cause the redistribution of viscera blood flow.
门脉高压是硬化肝内结构性变化及内脏血流增加的结果。
Portal hypertension occurs as a consequence of structural changes within the liver in cirrhosis and increased splanchnic blood flow.
目的：腹膜内乳酸浓度测定有助于检出内脏血流灌注不足。
OBJECTIVE: Measuring peritoneal lactate concentrations could be useful for detecting splanchnic hypoperfusion.
目的观察正常鼠肝移植以及肝硬化鼠肝移植术后早期全身和内脏血流动力学的变化。
Objective The purpose of this study was to investigate early alterations of systemic and splanchnic hemodynamics after orthotopic liver transplantation (OLT) in normal and cirrhotic rats.
运用这项ISPC设备可显示在造气腹过程中心输出量增加以及内脏血流灌注得以改善。
Using the ISPC device was shown to improve cardiac output and visceral perfusion during pneumoperitoneum (PP).
运用这项ISPC 设备可显示在造气腹过程中心输出量增加以及内脏血流灌注得以改善。
Using the ISPC deice was shown to improve cardiac output and visceral perfusion during pneumoperitoneum ( PP ) .
如何保留抑制NO后血液动力学益处，又不减少甚至增加内脏血流灌注和氧合，是临床医师需要解决的问题。
How to remain the benefit of blockade NO in hemodynamics without an impairment in oxygen availability to the tisues are the unresolved problems in clinical practice.
概述：在腹腔镜手术中腹内压力的增加可能会导致心输出量减少以及内脏血流灌注减少并带来缺血-再灌注效应。
SUMMARY BACKGROUND: Increased intraperitoneal pressure during laparoscopic operations may lead to decreased cardiac output and visceral perfusion, and possible ischemia-reperfusion effects.
结论火器多发伤后在无严重失血情况下也会发生全身血流重新分布，内脏灌流不足。
Conclusion Without severe blood loss and hemorrhagic shock, the decrease of portal vein blood flow and viscera underperfusion still took place after multiple firearm injuries.
运用ISPC设置可减少造气腹后的氧化应激(继发于相对缺血-再灌注结果)，可能是由于通过改善心输出量和内脏的血流灌注。
The use of an ISPC device decreased the oxidative stress (secondary to relative ischemia-reperfusion insult) following PP, probably due to improved cardiac output and visceral perfusion.
目的显示内脏器官血流灌注和分布的图象，探讨激光多谱勒血流成像技术在内脏微循环检测中的价值。
Objective to display the images of blood flow perfusion on the entrails to evaluate the value of the Laser Doppler perfusion imaging (LDPI) in the measurement of entrails microcirculation.
目的显示内脏器官血流灌注和分布的图象，探讨激光多谱勒血流成像技术在内脏微循环检测中的价值。
Objective to display the images of blood flow perfusion on the entrails to evaluate the value of the Laser Doppler perfusion imaging (LDPI) in the measurement of entrails microcirculation.
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