renal plasma flow

Renal plasma flow , effective ;

肾血浆流量，有效；

Effect of captopril on urinary albumin excretion , renal plasma flow and plasma lipid peroxide concentration

巯甲丙脯酸对糖尿病肾病蛋白尿、肾血浆流量和血浆过氧化脂质的影响

The method and clinical use of effective renal plasma flow measurement by regression

回归法测定肾有效血流量方法及临床报告

Analyzing the change of renal plasma flow of chronic nephritis

慢性肾炎肾血流量变化分析

Results : The longer the patients ′ duration , the lower the renal plasma flow ;

结果：患者病程越长，其肾血流量越低；

Detection of radiorenogram and effective renal plasma flow in post-operation of kidney transplantation

放射性肾图及肾有效血浆流量对移植肾功能监测的临床价值

Clinical application of effective renal plasma flow determination by external monitoring of ~ ( 131 ) I Hippuran clearance

体外描记~（131）碘-邻碘马尿酸钠清除率测定有效肾血浆流量的临床应用

Measurement of effective renal plasma flow by plasma clearance of ~ 131I - Hippuran using one or two blood sampling

用一或二份血样本~（131）I-OIH血浆清除法测定肾有效血浆流量

No obvious difference appeared in renal plasma flow for two groups of patients which had nephropathy or had normal kidney function ( P > 0.05 ) .

肾病型与肾功能正常组患者肾血流量无显著性差异（P>0.05）。

The renal plasma flow of chronic nephritis patients with hypertension and common type was more lower than that of patients with normal kidney function ( P < 0.01 );

慢性肾炎普通型和高血压型比肾功能正常组肾血流量显著降低（P<0.01）；

There was no change in the glomerular filtration rate ( GFR ) and renal plasma flow ( RPF ) in either kidney .

两侧肾的肾小球滤过率（GFR）及肾血浆流量（RPF）均保持稳定；

Objective : To explore the value of examining effective renal plasma flow ( ERPF ) by renal radionuclide imaging to diagnose early hypertensive nephropathy .

目的：探讨放射性核素肾显像测定有效肾血浆流量（ERPF）对高血压肾损害早期诊断的价值。

And the above effects could not act through the change of renal plasma flow and glomerular filtration rate , but through the renal tubule by neural and humoral mechanism .

但上述作用不是通过肾血流动力学的改变实现的，可能是通过神经体液机制作用于肾小管，从而引起肾的促钠排泄效应。

Results : After the treatment of prostaglandin E 1 , the renal plasma flow of the patients was increased significantly , the renal function was improved , and the urine protein was decreased .

结果：78例经PGE1治疗后肾血流明显改善，肾功能好转，尿蛋白减少。

GFR and effective renal plasma flow ( ERPF ) were significantly higher in NIDDM without proteinuria than in those with proteinuria ( P0.01 and 0.05 respectively ) .

有效肾血浆流量（ERPF）亦呈同样趋向。无蛋白尿组GFR及ERPF显著高于有蛋白尿组。

Twenty refractory nephrotic patients were studied before and after prednison was used . Significant increase in urine protein excretion and effective renal plasma flow and endogenous creatinine clearance were observed .

通过对20例难治性肾病综合征患者使用激素前后的对照研究，发现使用激素以后，尿蛋白量显著增加，同时有效肾血浆流量及内生肌酐清除率也显著增加。

Obvious difference appeared in renal plasma flow for comparing chronic nephritis patients who had normal kidney function with the patients in compensatory phase or in lose compensatory phase ( P < 0.05 ) .

慢性肾炎肾功能正常的患者与代偿期、失代偿期患者比较其肾血流量均具有显著性差异（P<0.05）。

The following parameters were measured : effective renal plasma flow ( ERPF ) assesed by 131I-O-sodium iodohippurate ( 131I-OIH ) clearance rate ;

利用131I-邻碘马尿酸钠测定有效肾血浆流量（ERPF）；

Objective To evaluate the changes of glomerular filtration rate ( GFR ), effective renal plasma flow ( ERPF ) and microalbuminuria in early diabetic nephropathy ( DN ) and their correlation .

目的探讨早期糖尿病肾病（DN）肾小球滤过率（GFR）和肾有效血浆流量（ERPF）与尿微量蛋白的变化特点及其相互关系。

Glomerular Filtration Rate ( GFR ) and Effective Renal Plasma Flow ( ERPF ) were measured by SPECT in 172 patients ( 192 times ) with various renal diseases and 18 normal controls .

利用SPECT对18例正常人和172例（192例次）由各种疾病所致的肾脏受损患者的GFR及ERPF进行测定。

Glomerular filtration rate ( GFR ) and effective renal plasma flow ( ERPF ) were examined in 18 healthy subjects and 26 cases with epidemic hemorrhagic feve ( EHF ) .

测定了18名健康人和26例流行性出血热（EHF）患者的肾小球滤过率（GFR）及有效肾血浆流量（ERPF）。

Objective : To analyze the renal plasma flow of 1 356 chronic nephritis patients , so as to educe the relationship of the duration , clinical type and kidney function of chronic nephritis patients to their renal plasma flow .

目的：对慢性肾炎患者1356例进行肾血流量分析，得出慢性肾炎病程长短、临床分型及肾功能与肾血流量的关系。

The patients ' glomerular filtration rate and renal plasma flow have decreased before the increase of the serum creatinine and usea nitrogen , which is called subclinical HRS , which is could not be diagnosed by the normal renal function detection .

肝硬变患者在血肌酐、尿素氮升高之前，就已经存在肾小球滤过率和肾血流量的下降，称为亚临床HRS，常规的肾功能检查不能识别。

Intracerebroventricular administration of hypertonic saline ( icv . HS ) resulted in an increase in renal plasma flow rate , glomerular filtration rate . urine flow rate , urinary sodium excretion , urinary potassium excretion , and os-molar clearance , and a decrease in free water clearance .

脑室内注射高张盐水（icv.HS）后，肾血浆流量、肾小球滤过率、尿量、尿钠排出量、尿钾排出量和渗透物质清除率均增加，游离水清除率下降。去除垂体后，icv。

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99mTc-DTPA和131I-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。