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- RPF renal blood plasma flow 肾全血流量
- The results are as follows.(1)Renal plasma flow (RPF) and urinary sodium excretion obviously increased in salt-loading rats. 结果表明: (1)高盐大鼠肾血浆流量(RPF)和尿钠排泄明显增加,而应激大鼠RPF显著下降。
- The blood plasma lipid examination was abnormal. 血浆脂质出现不同程度的异常变化。
- effective blood plasma flow 有效血浆流量
- The age-related reduction in renal blood flow is accompanied by a gradual loss of functioning glomeruli. 年龄相关性的肾血流量减少并伴随着功能性肾单位的逐渐减少。
- Keep some blood plasma back for the serious cases. 留一些血浆给重病号。
- The mechanisms of verapamil protection against ARF are: verapamil increased renal blood flow and GFR, improved renal cortical blood circulation, etc. 其机理与增加肾血流量、善肾皮质缺血区域的血液循环等因素有关。
- Dynamic renal imaging studies were performed in 132 patients using 99m Tc DTPA and 131 I OIH. Effective renal plasma flow(ERPF) and glomerular filtration rate(GFR) was obtained. 采用 99m Tc- DTPA和 1 31 I- OIH作显像剂 ,对 132例患者行肾动态显像和肾小球滤过率 (GFR)及有效肾血浆流量(ERPF)测定。
- In fact cardiac output or renal blood flow may be above normal at the same time that capillary perfusion is very deficient. 事实上，心输出量，或肾血流量可能就在毛细血管灌注十分不定时，反而高于正常的流量。
- At both 4 and 24hr after deep cooling, clearance of inulin and p-aminohippuric acid showed there were no change in glomerular filtration rate and effective renal plasma flow. 菊淀粉及对氨尿酸的清除率显示低体温4及24小时后；其肾小球过滤率和有效肾脏血浆流量，并没有显著改变。
- To freeze-dry(blood plasma or other biological substances). 使冻干（血浆或其它生物物质）
- There are inappropriate changes of renal hemodynamics that renal blood flow reduce 50%,and glomerular function reduce rapid at the process of ARF. ARF发生时，肾脏存在异常的肾血流动力学的改变，肾血流量减少50%25，肾小球有效滤过压下降。
- The removal by the kidneys of a substance from blood plasma. 清除肾将血浆中一种物质的移出
- Abstract： Objective:To study the renal blood flow perfusion and its clinical significance in hydronephrosis by Color Doppler Energy(CDE). 摘 要： 目的：利用彩色多普勒能量显像技术(CDE)探讨不同程度肾积水患者肾脏的血流灌注及其临床意义。
- Cell - free, sterilized blood plasma, used in transfusions. 血浆用于输血的无细胞的无菌血浆
- Inactivation of HIV in blood plasma by high hydrostatic pressure. 高静水压血浆中HIV的失活。
- He found that dopamine increased renal blood flow but did not improe medullary PO2.This finding is most likely due to the inhibition of tubulo-glomerular feedback (TGF). 结果发现，多巴胺增加肾血流但并不增加髓质的PO2，这很可能是因为球管反馈（TGF）抑制的原因。
- Cell - free,sterilized blood plasma,used in transfusions. 血浆用于输血的无细胞的无菌血浆
- Cell-free, sterilized blood plasma, used in transfusions. 血浆用于输血的无细胞的无菌血浆
- He found that dopamine increased renal blood flow but did not improve medullary PO2.This finding is most likely due to the inhibition of tubulo-glomerular feedback (TGF). 结果发现，多巴胺增加肾血流但并不增加髓质的PO2，这很可能是因为球管反馈（TGF）抑制的原因。
