2004
DOI: 10.1097/01.alc.0000148110.34917.c3
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Preserved Vasopressin Response to Osmostimulation Despite Decreased Basal Vasopressin Levels in Long‐Term Abstinent Alcoholics

Abstract: Despite their persistently decreased basal AVP plasma levels, long-term abstinent alcoholics have a well preserved AVP response to osmostimulation. This finding indicates a peripheral suppression of AVP levels that is most likely due to a regulatory set-point shift toward hypotonic hyperhydration, rather than to a reduced central capacity of AVP secretion.

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Cited by 19 publications
(10 citation statements)
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“…blood pressure, nicotine use). Only one of the articles acknowledged that the missing information was possibly relevant (Jahn et al, 2004) while another asserted that “plasma osmolality was not measured because it is not associated with plasma vasopressin in depression” (de Winter et al, 2003). Thus another implication of this work is that investigators should attend more closely to potential alterations in brain physiology in psychiatric disorders that may be linked to with well-characterized neural systems.…”
Section: Potential Significance Of Findings and Methodological Appmentioning
confidence: 99%
“…blood pressure, nicotine use). Only one of the articles acknowledged that the missing information was possibly relevant (Jahn et al, 2004) while another asserted that “plasma osmolality was not measured because it is not associated with plasma vasopressin in depression” (de Winter et al, 2003). Thus another implication of this work is that investigators should attend more closely to potential alterations in brain physiology in psychiatric disorders that may be linked to with well-characterized neural systems.…”
Section: Potential Significance Of Findings and Methodological Appmentioning
confidence: 99%
“…In particular, plasma AVP was continuously suppressed in older healthy men as well as recently abstinent alcoholics anticipating novel stimuli, compared to healthy young men where AVP levels were significant increased (Ehrenreich et al 1997). This suppression in peripheral levels of AVP however, does not appear to affect the central AVP response to increased plasma osmolality in long-term abstinent alcoholics (Jahn et al 2004). …”
Section: Posterior Pituitary Hormonesmentioning
confidence: 99%
“…Polyuria causes polydipsia, which is excessive thirst. In the central nervous system, the decrement of AVP neurons in the hypothalamus in alcoholics is dose-related and time-dependent [100], [101], [102]. While the AVP response to osmotic stimulation is preserved, the plasma AVP level is decreased in alcoholics [102].…”
Section: Chronic Intake Of Etoh and Thirst Sensationmentioning
confidence: 99%
“…In the central nervous system, the decrement of AVP neurons in the hypothalamus in alcoholics is dose-related and time-dependent [100], [101], [102]. While the AVP response to osmotic stimulation is preserved, the plasma AVP level is decreased in alcoholics [102]. The volume of the SFO is increased; however, the volume of the area postrema, which is another circumventricular organ, is decreased in chronic EtOH treatment, whereas the number of cells in two brain regions is not changed in rodents [103].…”
Section: Chronic Intake Of Etoh and Thirst Sensationmentioning
confidence: 99%