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Defining postbiotics: ISAPP consensus to set record straight on what postbiotics are … and are not

A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.

How gut microbes can protect children from asthma

The modulation of the gut microbiota could play an important role in protecting children from asthma in the first year of life.

M&A review: November’s M&A, licensing, and investment roundup

A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.

Engineered yeast can treat deadly gut infection in mice

Researchers have engineered yeast to produce and deliver antibodies that neutralize the two bacterial toxins that cause tissue damage.

Microbiome & Artificial Intelligence: The K4I 12th EU Innovation Summit report

A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.

Microbiome, Big Data & Artificial Intelligence: The Future is now

A new study helps to explain how nerve cells sense the microbes in the gut and how they coordinate their function with other tissues in the digestive tract.

Sugar-rich diets can disrupt the gut microbiota, increase the risk of colon inflammation

Diets high in fat and sugar cause colon inflammation by disrupting the gut microbiota. A study published in Science Translational Medicine claims.

How gut microbes could trigger celiac disease

A diet rich in tryptophan shifted the microbiota composition to produce more molecules that are able to reduce gluten-related inflammation..

How the microbiota leads to altered behavior in alcohol addiction

The alcohol use disorder can induce changes in the gut microbiota. The administration of prebiotics could decrease the risk of relapse in alcohol addiction.

Faecalibacterium diversity associates with age, lifestyle, and disease

A new study, pubblished in Current Biology, claims that understanding Faecalibacterium diversity could help to choose strains suitable as probiotics.

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