Neuroscience

Synbiotics and autism: a novel microbiome-based strategy to improve gut and behavioral health in children with autism spectrum disorder 

A study demonstrates that synbiotic supplementation, alone or combined with GDH, is a safe and effective adjunct therapy for autistic children with DGBI.

Unravelling the secrets of protein glycosylation

DQGlyco identified multiple unique N-glycopeptides, quantified glycopeptide changes, and explored the link between gut microbiome and brain protein functions.

Gut microbes may shape overlooked molecules linked to immunity and brain function

N-acyl lipids are important, overlooked molecules shaped by diet and gut microbes.

The gut-brain axis and the role of the intestinal barrier

The science behind gut-brain communication and the role of intestinal integrity.

Study uncovers new links between gut microbes and multiple sclerosis

Modifying the microbiota could influence multiple sclerosis progression and provide new therapeutic targets.

Microbiome therapeutics take a bold step into ALS: MaaT Pharma’s MaaT033 shows promise in Phase 1b study

MaaT Pharma’s venture marks an innovative and hopeful chapter in the ongoing effort to fight neurodegeneration.

Gut microbiota-derived bile acids linked to immune issues in multiple sclerosis

Gut microbiota-produced bile acids can be used as therapeutic targets for multiple sclerosis.

Gut bacteria improve autism-like behaviors in mice

Treatment with the probiotic Lactobacillus murinus improved social behavior and partially restored gut and brain function.

Resetting the immune system: HMOs as a promising treatment for Gut-Brain Axis disorders

Emil Chuang, Chief Medical Officer at Intrinsic Medicine, explores the growing understanding of gut-brain axis disorders and the potential of Human Milk Oligosaccharides (HMOs) in their treatment. 

Gut microbiota might be linked to brain development in preterm infants

A study revealed a link between gut microbiota composition and brain development in preterm infants, suggesting that specific bacteria and their metabolites can influence neurodevelopment.

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