Iron availability can influence microbial communities in the gut

The findings of a recent study suggest that the availability of iron can reshape the composition of the gut microbiota in irreversible ways.

ADM expands probiotics and postbiotic production with Spain facility

Chicago-based company said it invested more than $30 million to help meet rising global demand

The microbiota may promote sensory neuron regeneration

The findings of a recent study suggest that the microbiota can promote neuronal repair after tissue damage.

Isabelle de Cremoux (Seventure): ‘2023 Will Be an Excellent Year for Microbiome Research’ 

MicrobiomePost talked with Isabelle de Cremoux, CEO of Seventure Partners, about the news that will emerge in 2023.

Probiotics are Popular in Europe and the Guidance Comes from HCPs, IPA EU Survey said

Consumers would like to be more informed on the labelling and in communications about probiotic food, and about probiotic microorganisms in food and food supplements.

Some gut microbes may reverse diet-mediated protection against type 1 diabetes

The findings of a recent study may inform dietary interventions to help protect people against type 1 diabetes and other autoimmune diseases.

MD Anderson and Federation Bio Announce Collaboration to Develop Novel Microbiome Treatment for Patients with Immunotherapy-Resistant Cancers

Collaboration joins MD Anderson's expertise and capabilities with Fed Bio's proprietary ACT bacterial cell therapy platform to design and manufacture a complex, synthetic microbiome-based therapy

Study characterizes alterations of the gut microbiota in Crohn’s disease

The findings of a recent study advance our understanding of bacterial dysbiosis in Crohn’s disease and may inform new therapeutic strategies.

Characterising The Gut Microbiome Of Dietary Patterns Using Pooled Samples

Leigh Frame, Director, Integrative Medicine, GW School of Medicine & Health Sciences in Washington, discussed how to exploit metabolomic and genomic data to identify diet-specific signatures.

Specific gut bacteria reduce ovarian cancer progression in mice

The findings of a recent study tie the gut microbiota to immune surveillance of ovarian cancer and may inform new treatment approaches.

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