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CREB, neurogenesis and depression

Peter Gass, Marco Andrea Riva

Open publisher page 150 citations

Abstract

The transcription factor CREB has been implicated in signalling pathways relevant for pathogenesis and therapy of depression. CREB is upregulated and activated in the hippocampus by chronic antidepressant treatment, similarly as neurogenesis. Surprisingly, a recent study using CREB-deficient mice also demonstrates an upregulation of neurogenesis correlating with an antidepressant behavioral phenotype.1 Interestingly, CREB-deficient mice show a rapid behavioral response to antidepressants, while wild-type mice do not. This minireview tries to reconcile these new findings with established concepts on CREB, neurogenesis and depression. It also outlines some crucial experiments and lines of future research that could clarify some of the pending questions.

About this research paper

What this paper is about

The transcription factor CREB has been implicated in signalling pathways relevant for pathogenesis and therapy of depression. CREB is upregulated and activated in the hippocampus by chronic antidepressant treatment, similarly as neurogenesis. Surprisingly, a recent study using CREB-deficient mice also demonstrates an upregulation of neurogenesis correlating with an antidepressant behavioral phenotype.1 Interestingly, CREB-deficient mice show a rapid behavioral response to antidepressants, while wild-type mice do not. This minireview tries to reconcile these new findings with established concepts on CREB, neurogenesis and depression. It also outlines some crucial experiments and lines of future research that could clarify some of the pending questions.

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OpenAlex reports 150 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Main findings

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Available abstract

The transcription factor CREB has been implicated in signalling pathways relevant for pathogenesis and therapy of depression. CREB is upregulated and activated in the hippocampus by chronic antidepressant treatment, similarly as neurogenesis. Surprisingly, a recent study using CREB-deficient mice also demonstrates an upregulation of neurogenesis correlating with an antidepressant behavioral phenotype.1 Interestingly, CREB-deficient mice show a rapid behavioral response to antidepressants, while wild-type mice do not. This minireview tries to reconcile these new findings with established concepts on CREB, neurogenesis and depression. It also outlines some crucial experiments and lines of future research that could clarify some of the pending questions.

Key concepts: CREB, Neurogenesis, Downregulation and upregulation, Transcription factor, Antidepressant, Neuroscience, Hippocampus, Phenotype

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