Stress, Serotonin and TianeptineGerald Curzon, Daniel Widlöcher |
Contents
The vulnerability of the hippocampus to protective and destructive effects of glucocorticoids | 18 |
B S MCEWEN E A GOULD and R R SAKAΙ | 24 |
A SZAFARCZYK E MOCAËR A KAMOUN S JÉGOU and H VAUDRY | 36 |
Copyright | |
4 other sections not shown
Common terms and phrases
11 suppl 5-HT uptake 5-HT1A agonists ACTH ACTH secretion activity acute adrenal steroid adrenoceptors alcoholism alpha-1 amitriptyline animal models Anisman antidepressant drugs anxiolytic behavioural Biological Psychiatry brain regions Brain Research British Journal catecholamines cells central chronic Clinical Neuropharmacology cortex corticosterone corticotropin corticotropin-releasing factor cortisol CRF neurons Cushing's Syndrome decreased deficit depressed patients disorders effects of tianeptine Endocrinology enhanced European Journal function glucocorticoids Guelfi hippocampus hormone HPA axis HRSA HSCL hypothalamus imipramine immunoreactivity increased induced inescapable shock inhibition inhibitors Journal of Pharmacology Journal of Psychiatry KAMOUN Kennett locus coeruleus Lôo MADRS MALKA McEwen mediated mg/kg MOCAËR model of depression neurochemical neuroendocrine Neuroendocrinology neurons Neuroscience noradrenalin noradrenergic nucleus accumbens paraventricular nucleus peptide pituitary plasma Psychopharmacology rat brain reduced releasing factor response to stress scores serotonergic serotonin side-effects stimulation stress-induced stressor studies symptoms therapeutic tianeptine treatment tricyclic antidepressants Type II receptors vasopressin vitro vivo Weiss Zacharko