Urinary and fecal excretion of mercury in man following administration of mercurial diuretics.
نویسندگان
چکیده
The widespread use of mercurial diuretics has stimulated greater interest in the metabolism of organic mercurials in man. Recently proposed regimens (1) involving frequent, even daily, administration of mercurials, have focused particular attention on the 24 hour excretion of these compounds in relation to the cumulative toxicity of any mercury which may be retained. Moreover, little is known of the mechanism for eliminating mercury in the urine and its relation to the process of diuresis. Therefore, the following aspects of mercury excretion in man were studied: 1) the 24 hour urinary and fecal excretions of mercury after repeated administration of mercurial diuretics; 2) the course of urinary mercury excretion before, during and after the period of maximal diuretic response; 3) the effects on the excretion of mercury, water and electrolytes of pretreatment with substances known to modify the response to mercurial diuretics.
منابع مشابه
Chromatography studies of the excretion products after meralluride administration in normal subjects and cardiac patients.
Separation of the urinary excretory products of the organomercurial diuretic, meralluride (Mercuhydrin) has been possible using adsorption chromatography. Practically all of the mercury is excreted in a form closely resembling the administered meralluride. Most of the excretion occurs within the first 6 hours in both cardiac patients and normal subjects. The amount of mercury excreted as degrad...
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Experimental analysis of renal regulation of sodium and chloride excretion is complicated by the fact that the functional contributions of the proximal and the distal tubular segments to the urinary electrolyte pattern cannot be readily separated. If electrolyte transport in one of these tubular sites could be significantly depressed without affecting the other, it might be possible to clarify ...
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Alteration of renal hemodynamics and tubular function following administration of organic mercurial compounds has been investigated by several workers (1, 2). These compounds have no effect on the glomerular filtration rate or effective renal plasma flow. The maximal capacity of the tubules to excrete para-aminohippurate in man (TmpH) is depressed by the administration of mercurial diuretics. B...
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The ultimate failure of edematous cardiac patients to respond to mercurial diuretics is well established. Although the older literature ascribed this to renal tubular accommodation to mercury, some patients have received mercurials for many years without manifesting such acquired tubular resistance. More recently, because of the potentiation of mercurial diuresis in previously unresponsive pati...
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ورودعنوان ژورنال:
- The Journal of clinical investigation
دوره 30 11 شماره
صفحات -
تاریخ انتشار 1951