NEUROCHEMICAL STUDY ON MAJOR TRYPTOPHAN METABOLIC PATHWAYS IN THE BRAIN OF RATS EXPOSED TO CHRONIC MILD STRESS AS A MODEL OF DEPRESSION; PHARMACOLOGY OF IMPRAMINE REVISITED
Bassim Mohamed Samir Amin Mohamed; M.B.B.Ch.;
Abstract
Cumulative evidence supports involvement of kynurenine in the pathophysiology of certain types of depression. In the present study, the chronic mild stress(CMS) as a valid, realistic simulation of depression in animals was used. The CMS-induced behavioral
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| Title | NEUROCHEMICAL STUDY ON MAJOR TRYPTOPHAN METABOLIC PATHWAYS IN THE BRAIN OF RATS EXPOSED TO CHRONIC MILD STRESS AS A MODEL OF DEPRESSION; PHARMACOLOGY OF IMPRAMINE REVISITED | Authors | Bassim Mohamed Samir Amin Mohamed; M.B.B.Ch. | Keywords | NEUROCHEMICAL STUDY ON MAJOR TRYPTOPHAN METABOLIC PATHWAYS IN THE BRAIN OF RATS EXPOSED TO CHRONIC MILD STRESS AS A MODEL OF DEPRESSION; PHARMACOLOGY OF IMPRAMINE REVISITED | Issue Date | 2008 | Description | Cumulative evidence supports involvement of kynurenine in the pathophysiology of certain types of depression. In the present study, the chronic mild stress(CMS) as a valid, realistic simulation of depression in animals was used. The CMS-induced behavioral |
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