Food culture and gut health: a initiative to define the frame for consistent evidence

François Bourdichon presents the IDF's initiative of defining standards and putting a frame beyond probiotics.

The microbiota of wild bears reflects changes in antibiotic use

A recent study published in Current Biology highlights how microbiotas from the past could be used to monitor environmental changes and it provides an example for how policies to control…

Lallemand’s L. rhamnosus HA-114 supports during a weight management program

Brunella V. Gonzales Cautela (Lallemand) discusses the impact of L. rhamnosus HA-114 on a weight loss program for people suffering of obesity and overweight.

The IPA Track Day: take home message from the 11th Probiotics, Prebiotics & New foods Congress

Interview with George Paraskevakos, Executive Director at International Probiotics Association.

IPA Europe, regulatory, scientific and consumer perspective on probiotics

Several angles were raised, in Europe and Worldwide, during the 11th edition of the International Congress Probiotics, Prebiotics and New Foods.

High-salt diet may help inhibit tumor growth by modulating the gut microbiota

The findings of a recent study published in Science Advances suggest that a high-salt diet modulates the gut microbiota in ways that boost tumor immunity.

Antibiotics-driven changes in the microbiota could impact lifespan

The type of microbiome that repopulates the gut after antibiotics has the potential to reprogram the mammalian immune system with long-lasting effects including on longevity. A new study published in…

Amandine Brochot – Akkermansia muciniphila: ‘How we developed the first next generation probiotic’

Amandine Brochot from A-Mansia Biotech tells us about the development of the first next-generation probiotic: Akkermansia muciniphila.

Molecules from dying gut cells fuel bacterial growth

Chemotherapy treatment and intestinal diseases can alter the process of programmed cell death, which can lead to gastrointestinal tract's infections.

How gut microbes could contribute to cognitive impairment

Specific changes in the gut microbiota could contribute to disruptions in brain physiology and cognitive behavior. This process leads to cognitive impairment. A new study published in Cell Host &…

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