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Accelerated lung function decline in chronic obstructive pulmonary disease (COPD): a role for airway dysbiosis

Airway dysbiosis was associated with a lung function decline in COPD patients and it might contribute to this phenotype through metabolic interaction with host pathophysiological processes.

MaaT Pharma announces publication of results in eClinicalMedicine Journal highlighting clinical benefit of MaaT013 in aGvHD

Ongoing Phase 3 trial built on positive data from Phase 2 HERACLES study and ongoing early access program (EAP) in France: both datasets showed that MaaT013 was well-tolerated in immunocompromised…

Unveiling the link between gut microbiome and atrial fibrillation: insights from a large population study

A recent study poses the basis for the use of microbiome profile in AF risk prediction.

Probiotic-based hydrogel can treat yeast infection, support a healthy vaginal microbiota

The findings of a recent study suggest that combining Lactobacillus probiotics with nanozymes can help treat Candida vaginitis and help the growth of beneficial vaginal microbes.

MICRO beyond the analysis: linking people, research and innovation

The microbiological laboratory applying AI to specific analysis activities.

Alphyn Biologics Reports Encouraging Interim Results of Phase 2a Trial for Atopic Dermatitis with Secondary Bacterial Infection

Topical treatment is achieving all endpoints for efficacy and safety in mild, moderate, and severe atopic dermatitis.

Microbiota transplant after gastric bypass improves metabolism in mice

The findings of a recent study suggest that the gut microbiota contributes to improve metabolic health after gastric bypass surgery.

Nestlé partners with APC Microbiome Ireland

The collaboration will focus on various aspects of the human microbiome that could benefit new product development.

A cross-sectional study on the link between gut microbiota and inflammation in bipolar depression

Depressed BD patients present significant alterations in the taxonomic compositions of their gut microbiota, and this may be related to inflammatory pathways and depression severity.

How infections alter the population of a gut microbe

The findings of a recent study suggest that a mild gastrointestinal infection can alter gut commensal populations in ways that boost the commensal’s ability to proliferate during an infection.

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