The microbiome and athletic performance: scientific insights and investment landscape

The gut microbiome has emerged not just as a passive bystander in sports, but as an active modulator of athletic energy, recovery, and resilience.

Engineering the gut: Endure Biotherapeutics secures NIH funding for groundbreaking FAP therapy

New funding boosts development of microbiome-based therapies for hereditary cancer risk, opening paths to alternatives beyond surgery.

Mice study shows how gut bacteria help train immune cells to prevent inflammation

STING activity is important for gut health and that targeting this molecule could offer new treatments for IBD.

A $2.5 billion catalyst: how the Gates Foundation is redefining women’s health innovation—with the microbiome in the spotlight

The Bill & Melinda Gates Foundation accelerates research and innovation targeting the most neglected areas of female health.

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.

Do we need a Ministry of Microbes?

Ministers have generated policies to protect soil, forests, bees, fish, cows, oceans, big rivers, you name it. But what about the microbes?

Microbial metabolites may restore infant immune function after antibiotic exposure

Bacterial metabolites such as inosine could be used as a therapy to strengthen infant immunity after early microbiota disruption.

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.

MaaT Pharma secures €37.5M EIB financing to accelerate microbiome-driven breakthroughs in cancer care

With a strategic loan from the European Investment Bank, the French biotech doubles down on its mission to bring microbiome ecosystem therapies to market for patients battling blood cancers.

Fiber may boost efficacy of fecal microbiota transplants for ulcerative colitis

Fiber can influence how well bacteria from a fecal microbiota transplant successfully settle and grow in a person’s gut.

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