The human intestine is home to a variety of microorganisms that live in a mutually beneficial state with the host. A distinct ... in lumen versus crypt. The microbiota composition is altered ...

This study uncovers the ketogenic diet's effects on the microbiome, revealing its potential to mitigate autoimmune diseases through metabolic pathways.

The gut microbiota is now considered a metabolic organ in the human body that consists of a variety of microorganisms, namely, bacteria, viruses, archaea, and fungi. The bulk of the human microbiome ...

The ketogenic diet could help manage multiple sclerosis (MS) by promoting the production of beneficial compounds in the gut.

A new study shows the ketogenic diet increases anti-inflammatory compounds in mouse model of multiple sclerosis.

This important study leverages an impressive and comprehensive longitudinal 16S microbiome dataset from baboons to provide insights regarding the use of a microbiome-based clock to predict biological ...

The study highlights FAAH's role in gut microbiota, showing its potential in improving growth and health in malnourished ...

⁵ Among these techniques are biofabricated gut models, which are in vitro intestinal models that help understand the interactions between the gut microbiome and the nervous system.⁵ 3D modeling of the ...

But recent research has also shown clear connections between gut health and a host of other conditions ... certain kinds of cancer, based on microbiota interaction with cell signalling pathways.

A group of researchers, coordinated by Luigi Nezi from the European Institute of Oncology (IEO), in collaboration with ...

The premise of fecal microbiota transplants (FMT) is ... teasing apart how individual microbes (and their products) interact with the host and each other, and how those interactions might be leveraged ...