Gut Microbes Influence Autism-Related Behaviors
Disturbances in the gut microbiome can influence social behaviors, suggesting that the gut's health directly affects neurological and behavioral conditions.
By introducing specific beneficial bacteria into the gut microbiome of mice, the scientists were able to alleviate both gastrointestinal symptoms and the associated antisocial behaviors.
This research indicates potential new pathways for early intervention and treatment for ASD, emphasizing the importance of gut health in managing the disorder.
The findings support the development of microbiome-targeted therapies that could one day benefit individuals with ASD by correcting microbial imbalances.
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Disturbances in the gut microbiome can influence social behaviors, suggesting that the gut's health directly affects neurological and behavioral conditions.
By introducing specific beneficial bacteria into the gut microbiome of mice, the scientists were able to alleviate both gastrointestinal symptoms and the associated antisocial behaviors.
This research indicates potential new pathways for early intervention and treatment for ASD, emphasizing the importance of gut health in managing the disorder.
The findings support the development of microbiome-targeted therapies that could one day benefit individuals with ASD by correcting microbial imbalances.
1/3
Gut Microbes Influence Autism-Related Behaviors
A new study unveils how gut microbes could drive autism-related behaviors. Altering the microbiome not only eased gut symptoms but also improved social interactions in mice. Could this pave the way for microbiome-based autism therapies?
neurosciencenews.com
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A new study unveils how gut microbes could drive autism-related behaviors. Altering the microbiome not only eased gut symptoms but also improved social interactions in mice. Could this pave the way for microbiome-based autism therapies?
neurosciencenews.com
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โColitis reduces active social engagement in mice and is ameliorated by supplementation with human microbiota membersโ by June Round et al. Nature Communications
nature.com
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nature.com
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