A M A Archives of Internal Medicine · 1952 · 69 citations · 5 references
MedicinePharmacologyPharmacotherapyCardiovascular PharmacotherapyClinical PharmacologyRenal PathophysiologyBlood Pressure ManagementBlood Pressure RegulationHypertension ControlHypertension ManagementHypertensive DisordersRenal HemodynamicsAntihypertensive Drug TherapyAntihypertensive PharmacologyAntihypertensive TreatmentBlood PressureCirculatory DisordersCoronary HemodynamicsHypertension Pathophysiology
SUCCESSFUL control at normotensive levels of the elevated blood pressure of human arterial hypertension theoretically should prevent or forestall all the secondary pathological changes resulting from increased arterial tension. There is, however, a wide body of opinion to the effect that hypertension, once established, is a disturbance necessary or "essential" for the maintenance of circulatory function. With this hypothesis I disagree. Sclerotic and narrowed coronary or cerebral arteries might become thrombosed when intra-arterial tension is lowered, especially if their respective arteriolar beds remain constricted; markedly inadequate renal blood flow may be lowered if renal blood vessels are sclerotic; but these conditions are not common to most cases of arterial hypertension. A true antihypertensive drug of only moderate potency, 1-hydrazinophthalazine,<sup>1</sup>was found to be considerably more effective in treatment of patients who had had an unsuccessful sympathectomy than in those suffering from uncomplicated hypertension.<sup>2</sup>Malignant hypertension was also found
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A HORMONAL NEUROGENIC VASOPRESSOR MECHANISM
Robert D. Taylor · Archives of Internal Medicine · 1951 · 113 citations
The Effect of 1-Hydrazinophthalazine in Hypertension
Herbert A. Schroeder · Circulation · 1952 · 82 citations · Full text
The Treatment of Hypertension with Hexamethonium
E. D. Freis, Frank A. Finnerty, Harold W. Schnaper et al. · Circulation · 1952 · 68 citations · Full text
The Antihypertensive Influence of Certain Sulfhydryl Compounds
Henry A. Schroeder · Science · 1951 · 10 citations