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Sodium Sensitivity and Renal and Adrenal
Alteration by Genetic
Regulation of Renal Epithelial Cell Function and Tubuloglomerular Feedback
11 other sections not shown
actions of calcium activity acute renal failure adenosine administration afferent arteriolar afferent arteriole agents agonists angiotensin antihypertensive arteriole blood pressure calcium antagonists calcium channel calcium entry captopril Cardiovasc Pharmacol channel blockers chronic clinical contractile cyclosporine cytosolic cytosolic calcium concentration decrease depolarization diabetic dihydropyridine diltiazem dose drug effects of calcium effects of verapamil efferent Epstein essential hypertension experimental glomerular capillary glomerular filtration rate hemodynamic increase induced influx infusion inhibition injury intake intracellular calcium intravenous ischemia ischemic isolated perfused JG cell kidney Kidney Int Loutzenhiser macula densa mechanisms mediated membrane mesangial cells mmHg NaCl natriuretic nephron nephrotoxicity nifedipine nisoldipine nitrendipine norepinephrine normal normotensive observed perfused phospholipase Physiol potential protein receptor reduced renal blood flow renal function renal hemodynamics renal plasma renal vascular renin release Reproduced with permission role sodium excretion studies therapy transplantation tubular tubuloglomerular feedback vascular resistance vascular smooth muscle vasoconstriction vasodilation verapamil