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renal microcirculation
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  肾脏微循环
     CONCLUSIONS PSS injection may reduce lipid,modulate t-PA/PAI-1 activity,improve hemorrheology in renal microcirculation,and decrease urine protein excretion rate respectively.
     结论 PSS注射液可通过调节t PA/PAI 1的活性、降低血脂、血黏度 ,改善肾脏微循环 ,减少尿蛋白的排出 ;
短句来源
     Renal microcirculation in rabbits with hemorrhagic shock under hypoxia were studied by using the microsphere technique, transmission electron micrcacopy as well as biochemical method.
     以低氧条件下失血性休克为动物模型,利用活体微球示踪技术、透射电镜观察和其它生物化学方法,探讨了高渗盐水对低氧条件下失血性休克兔肾脏微循环的影响。
短句来源
     mcmbrane lipid peroxidation and the resulting decrease in theerythrosyte membrane fluidity may lead to the disorder of the renal microcirculation
     氧自由基引发膜脂质过氧化导致红细胞膜流动性降低,造成肾脏微循环障碍,这对AGN发病机制的探讨具有重要意义。
短句来源
     Conclusion Renal damag are present in ANP early,the renal microcirculation disorder caused by renal ischemia and ischemina reperfusion injury may be one of the comsiderable reasons of renal damage in ANP
     结论 肾损害在 ANP早期即已发生 ,肾脏缺血与缺血再灌注损伤引起的肾脏微循环障碍可能为 ANP肾损害的重要原因
短句来源
     In the initial phase of acute renal failure, there was microcir-culatory ischemia, and the changes were parallel with functional changes following glycerol injection, the renal microcirculation showed marked structureal changes.
     结果表明,家兔甘油性肾功能衰竭时肾脏微循环变化显著,且与肾功能变化一致。 肾功能衰竭早期,肾脏微循环变化是功能性的,注甘油24h后出现明显的微血管结构改变。
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  肾微循环
     Image analysis study on renal microcirculation in IgA nephropathy
     IgA肾病肾微循环病变的图像分析研究
短句来源
     Conclusion The rise of concentration of plasma protein in renal microcirculation in IgAN will promote the sedimentation of IgA, the formation of microthrombus and glomerular sclerosis.
     结论IgAN肾微循环内血浆蛋白浓度升高促进IgA沉积、微血栓形成和肾小球硬化
短句来源
     Conclusion The rise of concentration of plasma protein in renal microcirculation inIgAN will accelerate the sedimentation of IgA immune compounds and the formation of microthrombus.
     结论 IgAN肾微循环内血浆蛋白浓度升高会促进IgA免疫复合物沉积和微血栓形成。
短句来源
     Objective To discuss the ultrastructure changes of renal microcirculation while acute cerebral ischemia occurs.
     目的探讨急性脑缺血时肾微循环的超微结构改变。
短句来源
     Conclusion: The results indicate that combination of diammonium glycyrrhizinate and ahylysantinfarctase for treatment of HFRS has a fast relief of fever,high rate of stagegoover,less events of complications and can improve renal microcirculation,and prevent development of DIC.
     结论 :应用甘利欣、蝮蛇抗栓酶治疗肾综合征出血热具有退热快、越期率高、并发症少、预防 DIC发生及改善肾微循环功能作用
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  “renal microcirculation”译为未确定词的双语例句
     Effect of ANP on Hydrostatic pressure profile in renal microcirculation
     肾脏微血管内的压力分布与ANP的作用
短句来源
     Clinical Pathological Significance of Plasma Protein Stasis in Renal Microcirculation in IgA Nephropathy
     IgA肾病肾小球毛细血管内血浆蛋白淤积的临床病理意义
短句来源
     Conclusion The study shows Sanqishan capsule can reduce lipid, improve hemorrheology and blood flow in renal microcirculation, which has better therapeutic efficacy for the patients with nephrotic syndrome.
     结论三芪参胶囊可降低肾病综合征患者的血脂 ,改善血液流变学指标和肾内微循环的血液灌流 ,从而提高疗效
短句来源
     It is revealed that this therapy could improve the renal microcirculation,delay the renal fibrosis and remove the nephrotoxin.
     提示活血益肾排浊法既能改善肾内微循环以延缓肾单位纤维化 ,又能排除体内肾毒素而缓解病情。
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  renal microcirculation
Purpose: To study the vasomotor responses of the renal microcirculation in patients with essential hypertension.
      
Endothelin is a potent vasoconstrictor peptide produced by vascular endothelial cells which could play a role in the physiological regulation of the renal microcirculation.
      
Intravital epifluorescence video microscopy is utilized to observe and record blood flow in the renal microcirculation in the garter snake, Thamnophis sirtalis.
      
The incident-light, high-frequency microcinematography of the kidney surface of rats is described as a new method for investigating renal microcirculation.
      
As a secondary result of this the renal microcirculation is disturbed.
      
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The effect of warm ischemia on renal subcapsular microcirculation was studi-ed in 40 rabbits. All rabbits were assigned to four groups at random. Group A wassham-operated without clamping the pedicle. The left renal artery of group B,C and D was occluded for 10, 30 and 60min respectively. The renal subcapsularmicrocirculation was observed with microscope before clamping and 10min afterunclamping. Then the right nephrectomy was performed and the rabbits were obs-erved for 14 days. The result showed that there...

The effect of warm ischemia on renal subcapsular microcirculation was studi-ed in 40 rabbits. All rabbits were assigned to four groups at random. Group A wassham-operated without clamping the pedicle. The left renal artery of group B,C and D was occluded for 10, 30 and 60min respectively. The renal subcapsularmicrocirculation was observed with microscope before clamping and 10min afterunclamping. Then the right nephrectomy was performed and the rabbits were obs-erved for 14 days. The result showed that there was only mild vasoconstriction ofrenal subcapsular capillary vessels in the animal subjected to 10min of warm isc-hemia. Afer 30min or more ischemia, not only severe constriction but also vasodi-lation and intravascular erythrocyte sludging occurred in the animal. The severityof the disorder, especially intravascular erythrocyte aggregation, were correlatedwell with the postoperative renal function and the results of histological examina-tion. The data suggest that efforts to maintain the integrity of the renal micro-circulation be the key prerequisite to the immediate renal function after transpla-ntation. Measures designed to protect the renal microcirculation during renal pres-ervation may be imprortant in improving current results of renal transplantation.

作者用10只家兔.观察了不同时限热缺血对兔肾表面微循环的影响。将动物分四组。A组为手术对照,不阻断肾动脉。其余B、C、D组分别阻断左肾血流10min、30min和60min。在阻断前和恢复血流10min后,分别用显微镜观察肾表面微循环。行右肾切除。动物观察14天。结果表明,10min缺血组动物仅有轻度毛细血管收缩。30min以上热缺血.不仅引起更明显的微血管收缩,还可引起不同程度的血管扩张和血流淤滞现象。微循环紊乱尤其是血流淤滞的程度.与术后肾功能及组织学检查结果一致。提示缺血后肾皮质微循环状况与肾功能恢复密切相关。肾保存时,保存液中加入适当保护剂保护肾脏微循环,对于移植后肾功能的恢复具有重要意义。

Effects of anisodamine on renal microcirculation were compared with that of dopamine. A vasodilation in the preglomerular vessels at concentrations from 10~(-6)--10~(-4)M of both anisodamine and dopamine were measured and the dilatory response of anisodamine in the proximal interlobular artery was higher than that of dopamine. Bath at concentrations of 10~(-3)M, anisodamine caused the vasodilation of all the preglomerular vessels, but dopamine elicited the vasoconstriction of preglomerular vessels except...

Effects of anisodamine on renal microcirculation were compared with that of dopamine. A vasodilation in the preglomerular vessels at concentrations from 10~(-6)--10~(-4)M of both anisodamine and dopamine were measured and the dilatory response of anisodamine in the proximal interlobular artery was higher than that of dopamine. Bath at concentrations of 10~(-3)M, anisodamine caused the vasodilation of all the preglomerular vessels, but dopamine elicited the vasoconstriction of preglomerular vessels except for the afferent arteriole near to the glomerulus. A vasoconstriction of the arterioles which drain the glomeruli was found with topical application of anisodamine from 10~(-6) to 10~(-3) M but dopamine only at 10~(-3) M. After pretreatment with haloperidol the effects on pre-and postglomerular vessels of anisodamine at all concentrations and dopamine at low concentrations were abolished, but at higher concentrations the effect of dopamine was not blocked. The results indicated that a better therapeutic efficacy of anisodamine in clinical use might be dependent upon its vasodilatory response of preglomerular vessels without the biphasic effect of dopamine and also depends on its vasoconstriction of postglomerular vesseles.

本实验探讨654-2与多巴胺对肾脏微循环作用的差异及其机制。结果显示,10~(-6)-10~(-4)M的654-2和多巴胺明显扩张肾小球前的所有血管,在近心端小叶间动脉,654-2的作用明显强于多巴胺,其它各段两药作用的强弱无显著差异。10~(-3)M的654-2亦明显扩张球前各级血管,但10~(-3)M的多巴胺则收缩弓形动脉至近心端入球小动脉的各级血管,而扩张近球端入球小动脉。所有剂量的654-2均使近球端出球小动脉及直小血管分枝处收缩,而多巴胺只在10~(-3)M时使球后血管收缩。其它剂量的多巴胺则扩张球后血管,Haloperidol可拮抗654-2的所有作用,而对多巴胺的作用表现为可抑制小剂量时的效应,但对大剂量的多巴胺缩管作用仅有所减弱。这些结果提示,654-2表现出的扩张球前血管而收缩球后血管的血管运动作用以及大小剂量效应一致的药理学机制可能是临床治疗明显优于多巴胺的治疗学基础。

This paper reports a study of renal microcirculation in rabbits with glycerol-induced acute renal failure by using the microsphere technique, transmission and scanning electron-microscopy as well as morphemetry. In the initial phase of acute renal failure, there was microcir-culatory ischemia, and the changes were parallel with functional changes following glycerol injection, the renal microcirculation showed marked structureal changes. The results indicated that renal microcirculation...

This paper reports a study of renal microcirculation in rabbits with glycerol-induced acute renal failure by using the microsphere technique, transmission and scanning electron-microscopy as well as morphemetry. In the initial phase of acute renal failure, there was microcir-culatory ischemia, and the changes were parallel with functional changes following glycerol injection, the renal microcirculation showed marked structureal changes. The results indicated that renal microcirculation should be given early.

以家兔皮下注射50%甘油液所致肾功能衰竭为动物模型,利用活体微球示踪技术,透射和扫描电镜观察以及形态计量等方法,探讨了家兔甘油性肾功能衰竭时肾脏微循环变化规律。结果表明,家兔甘油性肾功能衰竭时肾脏微循环变化显著,且与肾功能变化一致。肾功能衰竭早期,肾脏微循环变化是功能性的,注甘油24h后出现明显的微血管结构改变。提示防治急性肾功能衰竭时,改善肾微循环的药物应尽早使用。

 
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