Title : Evidence of prolactin receptors in the choroid plexus and a possible role in water balance in neonatal brain.

Pub. Date : 1983 Dec

PMID : 6326414






3 Functional Relationships(s)
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1 The possibility that prolactin, a proven osmoregulatory hormone in submammalian species but not in mammals and primates, may have an important role in this process is suggested by recent evidence that prolactin regulates tissue water in fetal and newborn animals. Water prolactin Homo sapiens
2 The possibility that prolactin, a proven osmoregulatory hormone in submammalian species but not in mammals and primates, may have an important role in this process is suggested by recent evidence that prolactin regulates tissue water in fetal and newborn animals. Water prolactin Homo sapiens
3 If this hormone assists in the regulation of water and electrolyte content of the brain during the perinatal period then prolactin receptors might be expected at blood-brain and blood-CSF barriers. Water prolactin Homo sapiens