Does the renal humoral response to stimulation of atrial receptors include a natriuresis? [proceedings].
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Animals↗
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Results for “NATRIURESIS”
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[Management of hypertension. II. Princilples of natriuresis in the treatment of hypertension].
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Chemical Phenomena↗
A new finding in Chagas' disease: increased natriuresis during acute saline loading.
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Blood Flow Velocity↗
[Change in sodium excretion during extracellular space expansion in rats in relation to the initial level of natriuresis].
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Animals↗
[Lack of proof for humoral transmission of natriuresis due to acute expansion of blood volume. (Experiments with cross circulation in alert rats)].
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Animals↗
Sustained increase in kallikrein excretion without natriuresis during volume expansion with 2.5% glucose in the dog [proceedings].
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Animals↗
[Exaggerated natriuresis in experimental renovascular hypertension (author's transl)].
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Animals↗
Comparative effect of isoprenaline, dopamine and angiotensin on drinking, diuresis and natriuresis in normal and diabetic insipidus dogs.
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Angiotensin II↗
[Water-mineral regulation during a syndrome of inappropriate secretion of antidiuretic hormone (Schwartz-Bartter). Tentative explanation of natriuresis].
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Humans↗
[Accelerated natriuresis and diuresis in chronic hypertension following hypertonic saline load (micropunction tests)].
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Diuresis↗
[Effect of brinaldix on natriuresis in adrenalectomized rats].
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Adrenalectomy↗
Pathophysiology of exaggerated natriuresis of hypertension.
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Humans↗
[Mechanism of changes of natriuresis in experimental acute myocardial ischemia].
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Amyl Nitrite↗
[The mechanism of natriuresis following the expansion of intravascular volume, studied in the dog with a technic of isovolumetric cross circulation].
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Animals↗
[Long term control of diuresis, natriuresis and kaliuresis after sodium chloride loading in normal pregnancy toxemias and in healthy non-pregnant women].
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Diuresis↗
[Natriuresis induced by intravenous chlorpropamide in humans and rats].
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Animals↗
[Dopamine hydro-natriuresis. - I) Intrarenal mechanism responsible for this phenomenon].
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Adult↗
[Dopamine hydro-natriuresis. - II) Interactions of dopamine and expansion of extracellular liquid volume].
We have observed that in the presence of salt retention (DOCA pretreatment) dopamine (DA) promoted a hydro-natriuretic effect; in contrast in salt depletion (natriuretic pretreatment) the changes in sodium tubular reabsorption and in urinary flow were non significant. The present study was designed to identify the possible mechanisms underlying the hydro-natriuretic effect. DA was infused at a subpressor rate (0,1 microgram/kg . min) during induced hypotonic polyuria. 19 healthy human subjects at different degree of salt retention were studied. The results demonstrate that the tubular inhibitory effects produced by DA on the % sodium reabsorptions (total as % of sodium filtered load, anisosmotic as % of sodium distal load) are the higher the lower are the control values of these reabsorptions. Hence DA appears to act by enhancing the inhibitory tubular response elicited by salt retention. Moreover these inhibitory effects are positively related with the simultaneous DA-induced haemodynamic effects. This suggests that the decrease in sodium reabsorptions during DA infusion is haemodynamically mediated.
Adult↗