PMID-sentid Pub_year Sent_text comp_official_name comp_offsetprotein_name organism prot_offset 22614073-3 2012 Absence or lower abundance of calcium-binding proteins and higher abundance of prolactin-induced proteins were found in biofilm formed in the presence of sucrose or its monosaccharide constituents compared with water, the negative control group. Water 211-216 prolactin Homo sapiens 79-88 12713511-0 2003 Growth hormone and prolactin responses during partial and whole body warm-water immersions. Water 74-79 prolactin Homo sapiens 19-28 8148042-8 1993 This finding suggests that the increases in plasma and pituitary prolactin levels in larvae at metamorphic climax and in adults that remain in or migrate into water, as reported previously, accompany the increase in prolactin synthesis. Water 159-164 prolactin Homo sapiens 65-74 8190778-2 1994 Sexually inert newts injected with prolactin (PRL) and human chorionic gonadotropin (HCG) in combination preferred the water in which newts of the opposite sex had been kept, whereas saline-injected specimens did not. Water 119-124 prolactin Homo sapiens 35-44 8190778-4 1994 The water in which PRL plus HCG-treated newts had been kept attracted the opposite sex more intensely than the water in which PRL-, HCG-, or saline-injected newts had been kept. Water 4-9 prolactin Homo sapiens 19-22 9845004-1 1998 Prolactin (PRL) has been reported to promote antidiuresis and increase intestinal water-electrolyte absorption, whereas osmolar changes have been shown to influence PRL secretion. Water 82-87 prolactin Homo sapiens 0-9 9845004-1 1998 Prolactin (PRL) has been reported to promote antidiuresis and increase intestinal water-electrolyte absorption, whereas osmolar changes have been shown to influence PRL secretion. Water 82-87 prolactin Homo sapiens 11-14 9845004-5 1998 In healthy women (21-39 y, n=6), an oral water load (OWL, 20 ml/bw) significantly suppressed the plasma levels of AVP, OXT and cortisol, and the PRL level too tended to decrease. Water 41-46 prolactin Homo sapiens 145-148 9845004-6 1998 In hyperprolactinaemic females (22-41 y, n=6, three with pituitary adenomas), water retention was registered following an OWL, together with paradoxical AVP and OXT level increases, whereas the cortisol response remained normal, and the PRL level did not change at all. Water 78-83 prolactin Homo sapiens 237-240 8148042-8 1993 This finding suggests that the increases in plasma and pituitary prolactin levels in larvae at metamorphic climax and in adults that remain in or migrate into water, as reported previously, accompany the increase in prolactin synthesis. Water 159-164 prolactin Homo sapiens 216-225 2347321-10 1990 We hypothesize that immersion in water caused prolactin levels to decline. Water 33-38 prolactin Homo sapiens 46-55 2051714-0 1991 [Effect of water immersion on the cortisol, glucose, growth hormone and prolactin levels in patients with transplanted heart]. Water 11-16 prolactin Homo sapiens 72-81 1441548-7 1992 The most important biological function of decidual prolactin is its effect on water and electrolyte transport for the needs of the fetus, and this transport takes place mainly across the fetal membranes. Water 78-83 prolactin Homo sapiens 51-60 1304187-2 1992 Because PRL is thought to be involved in the regulation of brain water and electrolyte content attempt has been made to determine CSF and plasma PRL and dopamine (DA) concentrations, osmolality, and sodium level in 21 newborn infants undergoing lumbar punction because of apneic spells, fever, or perinatal asphyxia. Water 65-70 prolactin Homo sapiens 8-11 1821983-2 1991 Recent studies suggest that low prolactin secretion may be a trait characteristic in SAD and this hormone is known to influence on transport mechanism of water and electrolytes from blood to aqueous humor. Water 154-159 prolactin Homo sapiens 32-41 2780875-1 1989 Intracranial injections of prolactin (PRL) have been previously shown to elevate food and water intake in ring doves. Water 90-95 prolactin Homo sapiens 27-36 2780875-1 1989 Intracranial injections of prolactin (PRL) have been previously shown to elevate food and water intake in ring doves. Water 90-95 prolactin Homo sapiens 38-41 2780875-3 1989 PRL increased food consumption by 35-50% over baseline levels in water deprived and nondeprived doves, although response latencies (10 hr) and durations (greater than 24 hr) were considerably longer than those reported for other orexigenic peptides. Water 65-70 prolactin Homo sapiens 0-3 2780875-5 1989 In contrast to this pattern, water intake remained unchanged in food deprived doves and was only marginally increased in nondeprived doves following PRL treatment. Water 29-34 prolactin Homo sapiens 149-152 4007798-5 1985 However, gonadal and reproductive tract tissue weights were markedly reduced and food and water consumption were significantly elevated in PRL-treated birds. Water 90-95 prolactin Homo sapiens 139-142 3324681-2 1987 Prolactin may be important in the regulation of water and ion transport across the amnion, the production of surfactant by the fetal lung, and the immune response during pregnancy. Water 48-53 prolactin Homo sapiens 0-9 3516535-5 1986 On the contrary, plasma prolactin levels, previously suppressed during water immersion alone, were significantly stimulated during water immersion plus domperidone, thus indirectly suggesting a role of dopamine in mediating the blunted natriuresis seen during water immersion. Water 71-76 prolactin Homo sapiens 24-33 3516535-5 1986 On the contrary, plasma prolactin levels, previously suppressed during water immersion alone, were significantly stimulated during water immersion plus domperidone, thus indirectly suggesting a role of dopamine in mediating the blunted natriuresis seen during water immersion. Water 131-136 prolactin Homo sapiens 24-33 3516535-5 1986 On the contrary, plasma prolactin levels, previously suppressed during water immersion alone, were significantly stimulated during water immersion plus domperidone, thus indirectly suggesting a role of dopamine in mediating the blunted natriuresis seen during water immersion. Water 131-136 prolactin Homo sapiens 24-33 3735922-0 1986 [Role of prolactin in disorders of water and salt metabolism in patients with hypertension]. Water 35-40 prolactin Homo sapiens 9-18 3735922-1 1986 The relationship between water-salt balance and blood prolactin (Prl) level was examined in 22 male patients with essential hypertension, stages IB-IIA. Water 25-30 prolactin Homo sapiens 54-63 3004215-1 1986 The permeability of human amnion to tritiated water is reduced in the presence of both human and ovine prolactin. Water 46-51 prolactin Homo sapiens 103-112 3004215-3 1986 The present study sought to confirm an epithelial site of action of prolactin on the permeability of amnionic membrane to tritiated water. Water 132-137 prolactin Homo sapiens 68-77 3004215-6 1986 However, when ovine prolactin was presented to the fetal surface of amnion, only intact membrane displayed decreased permeability to tritiated water. Water 143-148 prolactin Homo sapiens 20-29 3004215-8 1986 The results indicate that the permeability of human amnion to water is influenced principally by cells of the epithelium in response to prolactin. Water 62-67 prolactin Homo sapiens 136-145 6326414-5 1983 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 228-233 prolactin Homo sapiens 21-30 6695975-1 1984 As evidence continues to accumulate supporting a specific effect of prolactin on the permeability of reflected fetal membranes to tritiated water, no information on the role of decidual prolactin in this process is available. Water 140-145 prolactin Homo sapiens 68-77 6695975-7 1984 These in vitro results may suggest that the accumulation of decidual prolactin at the choriodecidual interface in vivo supports bulk water flow across fetal membrane from the amniotic to the maternal compartments. Water 133-138 prolactin Homo sapiens 69-78 6326414-5 1983 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 228-233 prolactin Homo sapiens 201-210 6326414-6 1983 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 45-50 prolactin Homo sapiens 121-130 7076803-1 1982 The presence of PRL in high concentration in human amniotic fluid has been related to changes in water transport across amnion but not chorion leave. Water 97-102 prolactin Homo sapiens 16-19 6689332-4 1983 A direct effect of 1,25 (OH)2-D on PRL secretion may exist. Water 24-29 prolactin Homo sapiens 35-38 6247216-5 1980 Prolactin seems able to cause a prolonged reduction in water, sodium, and potassium excretion, a pattern that is imitated by no other hormone with the possible exception of growth hormone. Water 55-60 prolactin Homo sapiens 0-9 6247216-8 1980 This is particularly so with the effects of prolactin on water movements across fetal skin, the amniotic membrane, and in the eye where prolactin and vasopressin have diametrically opposite effects. Water 57-62 prolactin Homo sapiens 44-53 6247216-8 1980 This is particularly so with the effects of prolactin on water movements across fetal skin, the amniotic membrane, and in the eye where prolactin and vasopressin have diametrically opposite effects. Water 57-62 prolactin Homo sapiens 136-145 842694-0 1977 Prolactin and fetal osmoregulation: water transport across isolated human amnion. Water 36-41 prolactin Homo sapiens 0-9 434010-1 1979 The addition of ovine prolactin (oPRL) to the fetal side of human term amnion in vitro is associated with a decrease in membrane permeability to tritiated water (THO). Water 155-160 prolactin Homo sapiens 22-31 412766-1 1977 The effect of TRH induced secretion of TSH and prolactin (hPrl) on plasma renin activity (PRA), water and electrolyte excretion, was studied in 7 normal males before and after an intravenous injection of 2 ml normal saline or 200 microgram TRH. Water 96-101 prolactin Homo sapiens 58-62 870513-0 1977 The effects of ovine prolactin on water and electrolyte excretion in man are attributable to vasopressin contamination. Water 34-39 prolactin Homo sapiens 21-30 842694-7 1977 The results imply an active role for prolactin on water transport across human amnion. Water 50-55 prolactin Homo sapiens 37-46 401926-2 1977 An oral water load of 20 ml/kg had no effect on basal serum PRL or TSH levels but did result in an increased PRL response to methyl-TRH in the ten euthyroid patients. Water 8-13 prolactin Homo sapiens 109-112 895996-1 1977 Plasma prolactin was determined in a longitudinal study, where -9 manic-depressive patients were examined before lithium treatment and at various times during the treatment with the aim of unravelling a possible association between initial changes in water and sodium balance during lithium treatment and changes in plasma prolactin level. Water 251-256 prolactin Homo sapiens 7-16 821964-2 1976 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 form mineralocorticoid excess in 8 normal volunteers (6 males, 2 females)... Water 81-86 prolactin Homo sapiens 62-71 32827513-1 2020 In fishes, Prl signaling underlies the homeostatic regulation of hydromineral balance by controlling essential solute and water transporting functions performed by the gill, gastrointestinal tract, kidney, urinary bladder, and integument. Water 122-127 prolactin Homo sapiens 11-14 32827513-2 2020 Comparative studies spanning over 60 years have firmly established that Prl promotes physiological activities that enable euryhaline and stenohaline teleosts to reside in freshwater environments; nonetheless, the specific molecular and cellular targets of Prl in ion- and water-transporting tissues are still being resolved. Water 176-181 prolactin Homo sapiens 72-75 32373171-0 2020 Assessment of Changes in Concentration of Total Antioxidant Status, Acute-Phase Protein, and Prolactin in Patients with Osteoarthritis Subjected to a Complex Spa Treatment with Radon Water: Preliminary Results. Water 183-188 prolactin Homo sapiens 93-102 1036731-1 1976 The possible role of endogenous prolactin (hPRL) in the regulation of renal water, Na and K excretion during sleep was tested in a group of 10 healthy female volunteers. Water 76-81 prolactin Homo sapiens 32-41 1036731-1 1976 The possible role of endogenous prolactin (hPRL) in the regulation of renal water, Na and K excretion during sleep was tested in a group of 10 healthy female volunteers. Water 76-81 prolactin Homo sapiens 43-47 1159050-2 1975 In 10 normal men there was a small but statistically significant rise in mean prolactin, from 7.6 to 12.3 ng/ml, occurring within half an hour after the ingestion of a water load of 20 ml/kg. Water 168-173 prolactin Homo sapiens 78-87 1171026-1 1975 Previous observations by other workers indicating suppression of serum prolactin (hPRL) by water loading could not be confirmed. Water 91-96 prolactin Homo sapiens 71-80 1171026-1 1975 Previous observations by other workers indicating suppression of serum prolactin (hPRL) by water loading could not be confirmed. Water 91-96 prolactin Homo sapiens 82-86 1171026-3 1975 It was of interest that the acute ingestion of water resulted in a triphasic response in serum hPRL levels. Water 47-52 prolactin Homo sapiens 95-99 4724931-2 1973 Mean serum prolactin fell to 10.5 percent of baseline after oral water loading and to 15 percent of baseline after intravenous hypotonic saline infusion. Water 65-70 prolactin Homo sapiens 11-20 32612510-13 2020 The different types of pituitary prolactin in fish play particularly important roles in the adaptation of eutherian species to fresh water environments. Water 133-138 prolactin Homo sapiens 33-42 32612510-15 2020 In turn, the released prolactin acts on branchial epithelia, especially ionocytes of the gill to retain salt and excrete water. Water 121-126 prolactin Homo sapiens 22-31