Top Abstract Purchase Related
Home
>
Node
>
Subnode

Changes in the antidiuretic activity of the blood in hypertensive crises and experimental arterial hypertension of hypothalamic origin

Pershakova, L.P.; Suchkov, V.V.; Koplik, E.V.

Kardiologiia 17(10): 27-31

1977

ISSN/ISBN: 0022-9040
PMID: 599793
Document Number: 110173
The blood antidiuretic activity was studied in patients with hypertensive disease in a period between crises and during a hypertensive crisis. The antidiuretic activity of blood was found to be higher in patients who had crises than in those with no history of crises. Blood antidiuretic activity diminishes during a hypertensive crisis, which is evidently due to the inhibiting effect on the hypothalamus of the receptors of the cardiovascular system. Similar results were obtained in experiments in elevation of arterial pressure induced by electric stimulation of the hypothalamic nuclei. It is concluded that the antidiuretic hormone plays a pathogenetic role in hypertensive disease which is marked by the development of crises.

Document emailed within 1 workday
Secure & encrypted payments

Gaponova, N.I.; Abdrakhmanov, V.R.; Baratashvili, V.L.; Tereshchenko, S.N. 2011: Analysis of efficacy and safety of administration of moxonidine in patients with arterial hypertension and hypertensive crises Kardiologiia 51(6): 91-96
de Aguiar, J.A. 1977: Blood pressure. Systemic arterial hypertension. Hypertensive arterial disease. A concept Amb: Revista da Associacao Medica Brasileira 23(2): 39-44
Callens-el Amrani, F.; Paolaggi, F.; Swynghedauw, B. 1989: The heart in patients with hypertension: effects of rilmenidine on experimental cardiac hypertrophy of hypertensive origin in rats Archives des Maladies du Coeur et des Vaisseaux 82(Special Issue 5): 53-57
Moore, S. 1970: Platelet thromboembolism and experimental arterial hypertension of renal origin L'Union Medicale du Canada 99(8): 1417-1419
Selivonenko, V.G.; Morozov, A.I. 1985: Concentration of somatotropic hormone in the blood in arterial hypertension of different origin Kardiologiia 25(12): 85-87
Wijaya, I.; Siregar, P. 2013: Hypertensive crises in the adolescent: evaluation of suspected renovascular hypertension Acta Medica Indonesiana 45(1): 49-54
Cugini, P. 1998: From Chronos to Chaos: from the determinism of circadian rhythm of arterial pressure to the undeterminism of hypertensive crises Recenti Progressi in Medicina 89(4): 188-199
Gurgenian, S.V.; Dolabchian, Z.L.; Kovaleva, N.T.; Trubetskoĭ, A.V. 1974: Contractile activity of the myocardium in experimental arterial hypertension Patologicheskaia Fiziologiia i Eksperimental'naia Terapiia 4: 20-25
Babaev, A.A.; Rogoza, A.N.; Kosmacheva, E.D.; Panfilov, V.V.; At'kov, O.I. 1992: The baroreceptor reflex as a predictor of crises in arterial hypertension Kardiologiia 32(5): 26-28
Slavnov, V.N.; Markov, V.V.; Oleĭnik, V.A.; Luchitskiĭ, E.V.; Rudichenko, V.M. 1989: The renin-angiotensin-aldosterone system in hypertension of hypothalamic origin Klinicheskaia Meditsina 67(10): 60-64
Shkhvatsabaia, I.K.; Chikhladze, N.M.; Ustinova, S.E. 1978: Pathogenesis of arterial hypertension with a low renin activity in the blood plasma Kardiologiia 18(11): 5-11
Cugini, P.; Petrangeli, C.M.; Capodaglio, P.F.; Chiera, A.; Cruciani, F.; Turri, M.; Gherardi, F.; Santino, G. 1997: Minimal lesion hypertensive retinopathy and arterial pre-hypertension: evidence of arterial pressure monitoring in presumed normotensive subjects at zero risk Recenti Progressi in Medicina 88(1): 11-16
Sitnikova, M.I. 1991: The activity of the components of the kinin system in renal vein blood in vasorenal arterial hypertension Terapevticheskii Arkhiv 63(12): 42-46
Postnov, I.V. 1971: The hypothalamic secretory system--renal medullary layer complex in arterial hypertension Kardiologiia 11(11): 32-40
Benari, Y. 2004: Crises pour crises ! Les crises entraînent-elles d'autres crises ? Première démonstration de la formation d'un foyer en miroir la Lettre du Neurologue 8(3): 67-68
Oleĭnik, V.A.; Zubkova, S.T.; Kamenetskaia, M.S.; Terekhova, G.N. 1995: Nifedipine in the treatment of arterial hypertension in patients with the neuroendocrine-metabolic form of the hypothalamic syndrome Likars'ka Sprava 1995(9-12): 118-120
Krotovskiĭ, G.S.; Vinnitskiĭ, L.I.; Egorova, I.A.; Turpitko, S.A.; Shcherbiuk, A.N. 1981: Treatment effectiveness in renovascular hypertension depending on the indices of blood renin activity and of arterial resilient, elastic properties Khirurgiia 5: 79-84
Khachatrian, G.S.; Baziian, R.A. 1979: Change in the proteolytic activity of the blood serum from the lower extremities on the experimental intra-arterial administration of the enzymes Zhurnal Eksperimental'noi i Klinicheskoi Meditsiny 19(4): 15-19
Kniazev, I.A.; Nikiforova, A.G. 1983: Osmotic homeostasis and blood antidiuretic activity in diabetes mellitus in children Problemy Endokrinologii 29(3): 3-6
Gogin, E.E. 1978: Treatment of the hypertensive syndrome in arterial hypertension Voenno-Meditsinskii Zhurnal 6: 73-75