gut microbiota

Synbiotic supplementation improves symptoms in patients with post-COVID-19 chronic fatigue syndrome: results from a randomized placebo‑controlled clinical trial

Taking the synbiotic mixture for three months appeared to boost the body’s metabolism and mitigates some of the main symptoms of post-COVID fatigue syndrome.

Engineered gut bacteria may help deliver therapies

Engineered bacteria can be used in gut therapies, but maintaining control over their colonization and genetic stability remains challenging.

Probiotics help counter harmful effects of high-sugar diets in mice

Probiotics protect against obesity and inflammation caused by high sugar intake, supporting their use as a preventive strategy for obesity-related diabetes.

Dietary fiber intake shapes gut microbiota activity and mucin degradation: insights from a human dietary intervention study

Mahesh Desai, group leader of the Eco-Immunology and Microbiome team at the Luxembourg Institute of Health and adjunct associate professor at the University of Southern Denmark, discusses about his research…

How exercise may change gut bacteria to help fight cancer

A recent study highlights formate as a potential target to boost cancer treatment.

Identifying the next targets in IBD: pathobionts and their clinical impact

Recent studies have identified various bacterial and fungal pathobionts in patients with CD and UC.

The gut microbiota in veterinary medicine: new perspectives between research and nutrition

Professor Alessandro Gramenzi discusses the current knowledge of the gut microbiota in companion animals and the opportunities to modulate it through nutritional interventions.

Synbiotics and autism: a novel microbiome-based strategy to improve gut and behavioral health in children with autism spectrum disorder 

A study demonstrates that synbiotic supplementation, alone or combined with GDH, is a safe and effective adjunct therapy for autistic children with DGBI.

Impact of calcium on Lactobacillaceae growth and biofilm formation

Calcium ions affect the growth of both L. acidophilus ATCC 4356 and L. plantarum ATCC 14917, despite some differences.

Breastfeeding and Bifidobacterium may help curb antibiotic resistance in babies

Breastfeeding and Bifidobacterium are key factors in shaping the infant resistome and could offer strategies to reduce antibiotic resistance early in life.

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