A specific strain of gut bacteria boosts cancer therapy in mice

The findings of a recent study suggest that the combination of anti-PD-1 immunotherapy with a lack of TREM2 generates a gut environment that promotes inflammation, which improves tumor rejection.

How gut bacteria may impact a woman’s health

The findings of a recent study suggest that gut bacteria transform steroids into hormones that may impact a woman’s health, especially during pregnancy.

Exploring the critical role of soil microbiome in sustaining civilization

Microbiomepost conducted an exclusive interview with Nina Vinot, Bioprox Healthcare, about the new frontiers of the microbiome revolution: the role of soil microbiome in the agriculture space.

Small study reveals metformin-induced changes in the gut microbiota of diabetes patients

The findings of a recent study suggest that metformin regulates glucose metabolism by altering specific gut bacteria rather than by causing a general increase in microbial diversity.

Alessio Fasano – 10th International Human Microbiome Consortium (IHMC) Congress 2024 key highlights

Alessio Fasano, Chair of the Congress, shares an overview of the event and the future challenges.

A father’s gut microbes affect the next generation’s health and lifespan

The work, published in Nature, found a link between the gut, its microbiota and reproductive cells in mice.

From Biofarma Group a clinically validated product supporting a healthy vaginal microbiota

The Research and Development laboratories of Biofarma Group have developed a formulation that can represent a valid aid in case of vaginal dysbiosis and associated disorders.

Biocodex Microbiota Foundation launches 2024 USA research grant program

Key areas of interest include circadian rhythms, neurological conditions, metabolic disorders, and oncology.

George Paraskevakos at IPC 2024: trends and future challenges in the Biotic market

During IPC 2024, George Paraskevakos shared recent updates on market developments and an overview of the Biotic-related survey.

A high-fat diet promotes breast cancer by altering gut microbial metabolism

The findings of a recent study suggest that Desulfovibrio can drive cancer progression, paving the way for therapeutic approached that targeting the gut microbiota.

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