Joining the dots: Neurobiological links in a functional analysis of depression

Christopher F. Sharpley, Vicki Bitsika

Research output: Contribution to journalReview articleResearchpeer-review

13 Citations (Scopus)

Abstract

Depression is one of the major contributors to the Total Disease Burden and afflicts about one-sixth of Western populations. One of the most effective treatments for depression focuses upon analysis of causal chains in overt behaviour, but does not include brain-related phenomena as steps along these causal pathways. Recent research findings regarding the neurobiological concomitants of depressive behaviour suggest a sequence of structural and functional alterations to the brain which may also produce a beneficial outcome for the depressed individual--that of adaptive withdrawal from uncontrollable aversive stressors. Linking these brain-based explanations to models of observable contingencies for depressive behaviour can provide a comprehensive explanation of how depressive behaviour occurs and why it persists in many patients

Original languageEnglish
Article number73
JournalBehavioral and Brain Functions
Volume6
DOIs
Publication statusPublished - 11 Dec 2010

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Joining the dots : Neurobiological links in a functional analysis of depression. / Sharpley, Christopher F.; Bitsika, Vicki.

In: Behavioral and Brain Functions, Vol. 6, 73, 11.12.2010.

Research output: Contribution to journalReview articleResearchpeer-review

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AB - Depression is one of the major contributors to the Total Disease Burden and afflicts about one-sixth of Western populations. One of the most effective treatments for depression focuses upon analysis of causal chains in overt behaviour, but does not include brain-related phenomena as steps along these causal pathways. Recent research findings regarding the neurobiological concomitants of depressive behaviour suggest a sequence of structural and functional alterations to the brain which may also produce a beneficial outcome for the depressed individual--that of adaptive withdrawal from uncontrollable aversive stressors. Linking these brain-based explanations to models of observable contingencies for depressive behaviour can provide a comprehensive explanation of how depressive behaviour occurs and why it persists in many patients

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