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Toxoplasma gondii & Human Phenotype

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histone deacetylase inhibitor

The microbiome in psychology and cognitive neuroscience

February 12, 2018
Sarkar, A. , Harty, S., Lehto,S. M., Moeller, A. H. , Dinan, T. G. , Dunbar,R. I. M. , Cryan, J. F. ,Burnet, P. W. J.
Trends in Cognitive Sciences 2018; 22: 611-636
Click for abstract
Psychology and microbiology make unlikely friends, but the past decade has witnessed striking bidirectional associations between intrinsic gut microbes and the brain, relationships with largely untested psychological implications. Although microbe-brain relationships are receiving a great deal of attention in biomedicine and neuroscience, psychologists have yet to join this journey. Here, we illustrate microbial associations with emotion, cognition, and social behavior. However, despite considerable enthusiasm and potential, technical and conceptual limitations including low statistical power and lack of mechanistic descriptions prevent a nuanced understanding of microbiome-brain-behavior relationships. Our goal is to describe microbial effects in domains of cognitive significance and the associated challenges to stimulate interdisciplinary research on the contribution of this hidden kingdom to psychological processes.

Tagged: anxiety-like, autism spectrum disorder, behavior, central-nervous-system, elevated plus-maze, fecal microbiota, gut microbiota, histone deacetylase inhibitor, lactobacillus-helveticus toxoplasma-gondii, major depressive disorder

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