Pathophysiology of Hypertension, Volume 17
Alberto Zanchetti, Giuseppe Mancia
Elsevier, Jan 1, 1997 - Medical - 1102 pages
Hardbound. This new edition of Pathophysiology of Hypertension in the series of the volumes of the Handbook of Hypertension has been designed in an entirely different way to cope with the developments in the field that have occurred in the decade between 1987 and 1997. The two separate volumes of the previous edition have been joined in a single, though much thicker volume to epitomize the close connections between structural and functional aspects of hypertension, a concept that has marked progress in our understanding of the pathophysiology of hypertension in the last decade.As the first edition of Pathophysiology of Hypertension, this entirely new edition has been intended not as a digest of what has been learnt about hypertension, but a guide to what is being learnt, as is usual in science, through dispute and controversy.
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Genetic and cellular mechanisms of myocardial hypertrophy
structural remodeling and the role
Hemodynamic aspects of hypertension
6 other sections not shown
afferent angiotensin angiotensinogen antihypertensive aortic arterial hypertension arterioles associated atherosclerosis autoregulation baroreceptor baroreflex blood flow blood pressure variability cardiac output Cardiol cardiovascular carotid cerebral changes chronic Circ circulation Clin clinical collagen converting enzyme coronary cotransport decrease denervation diabetes diastolic disease effects elevated essential hypertension experimental gene genetic growth factor heart rate hemodynamic human hypertension hypertensive patients hypertensive subjects increased induced infusion inhibition inhibitors insulin resistance kidney left ventricular hypertrophy left ventricular mass lesions levels LV mass Mancia G mean arterial pressure mechanisms medullary mmHg models myocardial neurons noradrenaline normal normotensive obesity perfusion peripheral Pharmacol Physiol plasma protein receptor reduced reflex regulation relationship renal nerves renin renin-angiotensin system response risk factors role SMCs smooth muscle cells spontaneously hypertensive rats stimulation stress stroke structural studies sympathetic activity sympathetic nervous system synthesis systolic tissue vascular resistance vascular smooth muscle vasoconstriction vasodilator venous vessels volume Zanchetti