Studies concerning the relationship of phenylbutazone to pituitary-adrenal cortical function and metabolism of 17-hydroxycorticosteroids.
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17-Hydroxycorticosteroids↗
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Results for “PHENYLBUTAZONE/effects”
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[Behavior of energy-rich phosphate compounds in the myocardium in normal conditions and in experimental insufficiency induced by phenylbutazone; studies on heart-lung preparation in guinea pigs].
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Animals↗
[Inhibition of respiration and glycolysis in yeasts and Ehrlich ascites carcinoma and their dependance on pH].
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Animals↗
[Potentiation of the hydrocortisone effect with phenylbutazone].
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Edema↗
[Activation of fibrinolysis in man by a bacterial pyrogen; influence of phenylbutazone and heparin on fibrinolysis, blood coagulation and fever reaction].
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Blood Coagulation↗
[Effect of butazolidin on urinary excretion of aldosterone in healthy humans].
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Aldosterone↗
[Microscopic and microchemical blood and tissue studies in determination of the mechanism of action of butazolidin].
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Humans↗
[Inhibition of phagocytosis by butazolidin and other antiphlogistics].
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Humans↗
[Influence of butazolidin on the biosynthesis of thyroid hormones].
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Humans↗
[Antitetanic effect of phenylbutazone].
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Phenylbutazone↗
[The problem of the anti-inflammatory effect of phenylbutazone in hypothyroid rats].
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Animals↗
[Effect of phenylbutazone on the tricarboxylic acid cycle and other enzyme systems].
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Citric Acid Cycle↗
[Selective insecticidal effect of butazolidin].
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Animals↗
[Numal anesthesia and anti-inflammatory effect of phenylbutazone].
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Anesthesia↗
The effect of butazolidine on the anaphylactic lung.
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Humans↗
[The medicinal influence on blood proteins in inflammatory diseases].
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Adrenocorticotropic Hormone↗
The effects of phenylbutazone and ACTH on gastrointestinal mucosa.
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Adrenocorticotropic Hormone↗
The effect of phenylbutazone upon dihydrotachysterol overdosage in the rat.
Experiments on albino rats showed that short-term overdosage with dihydrotachysterol, in amounts causing only traces of soft-tissue calcification, induced a very pronounced calcium deposition in the heart, aorta, and kidney when the animals were simultaneously treated with phenylbutazone. Special attention is called to the fact that, under these experimental conditions, it is possible to obtain consistently a massive calcium deposition in the stroma of the renal papilla similar to that seen in "Randall's plaques" during the development of urolithiasis in man.
Animals↗