gut microbiota

Some gut bacteria produce key lipids involved in cell signaling

The findings of a recent study suggest that the production of inositol lipids is common in Bacteroidetes and other gut-associated bacteria, and it may be a means of cross-kingdom communication.

Seed Health and Axial Therapeutics Collaborate to Translate Research into Probiotic Innovations for Neuropsychiatric Health

The partnership program aims to develop next-generation probiotics and therapeutics to modulate the gut microbiota to target areas like anxiety, depression and mental well-being.

Structures of microbial enzymes hint at how these proteins recognize their targets

New research offers insights into how human gut bacteria recognize sulfated glycans. The findings could help to develop interventions for diseases where sulfated glycan metabolism is altered.

Microbiotas of Hadza infants differ from those of infants living in industrialized areas

New research shows that microbiota diversity appears early in infants from nonindustrial populations and could be traced back to their mothers as well as to the local environment. 

Boehringer Expands BiomX Collaboration to Discover IBD Microbiome Biomarkers

It's the second agreement between Boehringer Ingelheim and BiomX focused on IBD. The first one in 2020.

Similar gut bacteria may influence different gastrointestinal diseases

Researchers have found that some microbes involved in inflammatory conditions produced different effects based on their interaction with different host genes and through different pathways.

CosmosID Announces Microbiome Partnership with Locus Biosciences to Provide Long-Term Clinical Trial Support

Locus is developing a new class of precision engineered bacteriophage treatments for a diverse set of bacterial diseases.

Towards a more ethical microbiome research

A human rights activist and a group of anthropologists and human biologists provide suggestions for more inclusive and ethical research practices in microbiome research.

How gut microbes may influence cognitive decline

Researchers have found that a metabolite released from gut bacteria contributes to cognitive decline by influencing gene expression in the brain’s resident immune cells.

Pendulum Therapeutics Releases In-Depth Profile of Akkermansia muciniphila

New publication reveals how a keystone strain exerts potential to impact a spectrum of health outcomes through immune and metabolic regulation.

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