Failure of endogenous prolactin to alter renal salt and water excretion and adrenal function in man

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32 Citations (Scopus)

Abstract

Prolactin is a salt retaining hormone in fish, and a similar role is frequently postulated in man, although clinical observation does not generally support this. The effect of TRH induced acute elevation of endogenous serum prolactin on renal water, sodium, potassium and total solute excretion was investigated during metabolic balance conditions and during escape from mineralocorticoid excess in 8 normal volunteers (6 males, 2 females). Cortisol and aldosterone production was additionally assessed by measuring plasma cortisol and aldosterone and urinary 17 hydroxysteroid, 17 ketosteroid and aldosterone excretion. No significant effect on renal water and solute handling was observed in any subject. Repetitive prolactin stimulation did not change the results. It is concluded that in adult man, acute changes in serum prolactin do not alter salt and water metabolism or adrenal function.

Original languageEnglish (US)
Pages (from-to)643-649
Number of pages7
JournalJournal of Clinical Endocrinology and Metabolism
Volume43
Issue number3
StatePublished - 1976
Externally publishedYes

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Prolactin
Salts
Aldosterone
Kidney
Water
Hydrocortisone
Hydroxysteroids
17-Ketosteroids
Mineralocorticoids
Serum
Metabolism
Fish
Healthy Volunteers
Potassium
Fishes
Sodium
Observation
Hormones
Plasmas

ASJC Scopus subject areas

  • Biochemistry
  • Endocrinology, Diabetes and Metabolism

Cite this

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abstract = "Prolactin is a salt retaining hormone in fish, and a similar role is frequently postulated in man, although clinical observation does not generally support this. The effect of TRH induced acute elevation of endogenous serum prolactin on renal water, sodium, potassium and total solute excretion was investigated during metabolic balance conditions and during escape from mineralocorticoid excess in 8 normal volunteers (6 males, 2 females). Cortisol and aldosterone production was additionally assessed by measuring plasma cortisol and aldosterone and urinary 17 hydroxysteroid, 17 ketosteroid and aldosterone excretion. No significant effect on renal water and solute handling was observed in any subject. Repetitive prolactin stimulation did not change the results. It is concluded that in adult man, acute changes in serum prolactin do not alter salt and water metabolism or adrenal function.",
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T1 - Failure of endogenous prolactin to alter renal salt and water excretion and adrenal function in man

AU - Baumann, G.

AU - Loriaux, Donald (Lynn)

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N2 - Prolactin is a salt retaining hormone in fish, and a similar role is frequently postulated in man, although clinical observation does not generally support this. The effect of TRH induced acute elevation of endogenous serum prolactin on renal water, sodium, potassium and total solute excretion was investigated during metabolic balance conditions and during escape from mineralocorticoid excess in 8 normal volunteers (6 males, 2 females). Cortisol and aldosterone production was additionally assessed by measuring plasma cortisol and aldosterone and urinary 17 hydroxysteroid, 17 ketosteroid and aldosterone excretion. No significant effect on renal water and solute handling was observed in any subject. Repetitive prolactin stimulation did not change the results. It is concluded that in adult man, acute changes in serum prolactin do not alter salt and water metabolism or adrenal function.

AB - Prolactin is a salt retaining hormone in fish, and a similar role is frequently postulated in man, although clinical observation does not generally support this. The effect of TRH induced acute elevation of endogenous serum prolactin on renal water, sodium, potassium and total solute excretion was investigated during metabolic balance conditions and during escape from mineralocorticoid excess in 8 normal volunteers (6 males, 2 females). Cortisol and aldosterone production was additionally assessed by measuring plasma cortisol and aldosterone and urinary 17 hydroxysteroid, 17 ketosteroid and aldosterone excretion. No significant effect on renal water and solute handling was observed in any subject. Repetitive prolactin stimulation did not change the results. It is concluded that in adult man, acute changes in serum prolactin do not alter salt and water metabolism or adrenal function.

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