SER-155’s early success in stem cell transplants: reducing infections and improving outcomes

Chris Ford, Senior Vice President, Translational Biology at Seres Therapeutics, discusses the development of SER-155, a cultivated bacterial consortium designed to address the unmet medical need of preventing bloodstream infections…

Newly discovered microbiota-derived bile acids may help treat metabolic conditions

By suggesting that BA–MCYs can regulate the production of bile acids, the findings of a recent study offer insights for treating metabolic conditions such as diabetes.

Commensal bacteria may help repair the skin’s barrier

Specific microbial metabolites can lead to new therapies for skin barrier disorders such as eczema and psoriasis.

The gut microbiome

A comprehensive look at the gut microbiome’s structure, functions, and strategies for sustaining its health.

Understanding the physiology of hunger: an exclusive interview with Alessio Fasano

The discussion with Professor Alessio Fasano highlights the complex interplay between homeostatic, hedonic, and microbiota-driven mechanisms in regulating hunger.

Synergy between chemical biology and microbiome science may help tackle global issues

Chemical biology offers useful methods to study microbial systems and gather molecular information about microbiomes.

Probiotic bacteria may boost breast cancer treatment

Probiotics such as Lactobacillus can complement breast cancer therapy to improve prevention and treatment.

Fecal Microbiota Transplantation (FMT)

Fecal Microbiota Transplantation (FMT) showing promise beyond C. difficile infection in conditions like IBD, IBS, and metabolic disorders.

Improving microbiome data reproducibility: key takeaways from Celine Druart (PRI) at the Microbiome Movement event

Celine Druart, from the Pharmabiotic Research Institute, highlighted critical challenges in the microbiome field, particularly around the standardization of clinical protocols and analytical methods. 

Bile acids promote the growth of bacteria associated with Crohn’s disease

High levels of bile acids drive bacterial colonization of the gut and exacerbate gut inflammation by altering the intestinal environment.

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