The Biology of Alcoholism 1971
DOI: 10.1007/978-1-4615-6525-3_13
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Alcohol-Endocrine Interrelationships

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Cited by 17 publications
(5 citation statements)
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References 81 publications
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“…Within the total group, slightly higher mean values than that of unipolar de-pression were found in patients with acute brain syndrome and in alcohol abusers with various clinical diagnoses. This observation is consistent with the abnormalities of HPA reported during alcohol withdrawal (see review by Stokes, 1974) and in patients with organic brain syndrome (Krieger & Krieger, 1966;Suwa et al 1974). This suggests that evening plasma cortisol levels cannot be used to study patients with depression, for example, unless abuse of alcohol or the presence of organic brain syndrome are excluded.…”
Section: Discussionsupporting
confidence: 83%
“…Within the total group, slightly higher mean values than that of unipolar de-pression were found in patients with acute brain syndrome and in alcohol abusers with various clinical diagnoses. This observation is consistent with the abnormalities of HPA reported during alcohol withdrawal (see review by Stokes, 1974) and in patients with organic brain syndrome (Krieger & Krieger, 1966;Suwa et al 1974). This suggests that evening plasma cortisol levels cannot be used to study patients with depression, for example, unless abuse of alcohol or the presence of organic brain syndrome are excluded.…”
Section: Discussionsupporting
confidence: 83%
“…A third example of physiological adaptation to chronic alcohol intake is found in the functioning of the hypothalamic-pituitary-adrenal axis. Ingested ethanol stimulates the axis, resulting in elevated levels of corticosteroids (particularly cortisol) and biogenic amines (especially epinephrine) in the blood and urine (Mendelson, Ogata, & Mello, 1971;Noble, 1973;Ogata, Mendelson, Mello, & Majchrowicz, 1971;Stokes, 1971). There is some evidence from research with animals and humans that with prolonged alcohol intake, a degree of adaptation occurs in this system (Kalant, 1962;Noble, 1973), although the extent of adaptation in humans is still unclear (Stokes, 1971).…”
Section: Physiological Adaptationmentioning
confidence: 99%
“…Ingested ethanol stimulates the axis, resulting in elevated levels of corticosteroids (particularly cortisol) and biogenic amines (especially epinephrine) in the blood and urine (Mendelson, Ogata, & Mello, 1971;Noble, 1973;Ogata, Mendelson, Mello, & Majchrowicz, 1971;Stokes, 1971). There is some evidence from research with animals and humans that with prolonged alcohol intake, a degree of adaptation occurs in this system (Kalant, 1962;Noble, 1973), although the extent of adaptation in humans is still unclear (Stokes, 1971). tracked the serum cortisol levels of alcoholics and nonalcoholics during 4 days of drinking and 3 subsequent days of withdrawal.…”
Section: Physiological Adaptationmentioning
confidence: 99%
“…In addition, there are complex effects of sedatives on many hormonal systems (see e.g. GORSKI, 1974;STOKES, 1971).…”
Section: Interactions With Hormones Antagonists and Metabolic Produmentioning
confidence: 99%