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1.The Role of Afferent Renal Nerve in Pathogenesis of 2K1C Renovascular Hypertension
肾传入神经在2K1C肾血管性高血压发病中的作用收藏指正
2.Aim To study the role of afferent renal nerve(ARN) pathway in two kidney, one clip(2K1C) renovascular hypertension.
目的研究肾传入神经（ARN）及其中枢投射通路在二肾一夹型（2K1C）肾血管性高血压发病中的作用。收藏指正
3.The effect of electrical stimulation of afferent renal nerve (ARN) on cardiovascufar response, the synthesis and release of vasopressin were studied in rabbits. During the course of the experiment, the pathway of ARN to central nerve system was also analyzed.
本工作以免为实验对象，观察电刺激肾脏传入神经（ARN）对血压、心率、颈交感神经放电、以及加压素（AVP）合成和释放的影响，并对ARN进入中枢的通路作了观察。收藏指正
4.The effect of intrarenal artery injection of bradykinin (BK, 5 0 μg/kg) on multi and single unit recordings of afferent renal nerve activity (ARNA) was examined in anesthetized 48 rabbits.
在48只麻醉家兔,应用记录肾传入神经多单位和单位放电方法,观察了肾动脉内注射缓激肽(bradykinin,BK,50g/kg)对肾传入神经活动(ARNA)的影响。收藏指正
5.Renin secretion is controlled by at least four mechanisms that are not mutually exclusive: A renal vascular receptor responds to changes in tension in the afferent arteriolar wall; a macula densa receptor detects changes in the delivery rate or concentration of NaCl in the distal tubule; circulating angiotensin has a negative feedback effect on renin secretion; and the sympathetic nervous system stimulates renin secretion via the renal nerve mediated by β receptors.
肾素的分泌至少受四种互不排斥的机制控制：肾血管受体对向心小动脉壁张力变化的反应；致密斑受体发现远端肾小管内氯化钠传递速率或浓度的变化；循环的血管紧张素对肾素的分泌的负反馈效应；和交感神经系统经由β受体介导的肾神经刺激分泌肾素。收藏指正
6.Effects of L-NNA on the Viscero-Depressor Response from Renal Afferent Nerve
L-NNA对肾神经传入的内脏-减压反应的影响收藏指正
7.ROLE OF CENTRAL α_1-ADRENERGIC RECEPTOR IN PRESSOR RESPONSE TO RENAL AFFERENT NERVE STMULATION IN CATS
中枢α_1肾上腺素受体在刺激肾神经传入纤维引起的血压效应中的作用收藏指正
8.Effect of microinjection of endothelin-1 into rostral ventrolateral medulla on cardiovascular responses and renal sympathetic nerve activity in cats
猫延髓嘴侧腹外侧区微量注射内皮素－1对心血管和肾交感神经活动的影响收藏指正
9.The present study was undertaken to examine the effects of microinjection of adrenomedullin (AM) into rostral ventrolateral medulla (RVLM) on mean arterial pressure (MAP), heart rate (HR) and renal sympathetic nerve activity (RSNA) in 34 anesthetized Sprague-Dawley rats.
本研究在 3 4只麻醉Sprague Dawley大鼠观察了延髓腹外侧头端区内微量注射肾上腺髓质素 ( 10μmol/L ,2 0 0nl)对平均动脉压 (MAP)、心率 (HR)和肾交感神经放电 (RSNA)的影响。收藏指正
10.After prein--jection of 6-hydroxydopamine (6--OHDA) into subarachnoid cavity at inferior tho--racic part. Enhancement of renal sympethetic nerve activity (RSNA) and mean arteri-al pressure (MAP) induced by electrical stimulation of pressor area of ventral surfaceof medulla (VSMp) were attenuated;
向脊髓下胸段蛛网膜下腔注射6-羟多巴胺(6-OHDA )预处理后,(1)刺激延髓腹面升压区(VSMp)诱发肾交感神经电活动(RSNA)的增强被取消,平均动脉压(MAP)的提升明显被抑制;收藏指正
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