Giorgia Guglielmi

Sugary drinks may raise diabetes risk by altering gut bacteria

The findings of a recent study suggest a potential role of gut microbiota and microbial metabolites in the link between sugar-sweetened beverages intake and diabetes risk.

Global study reveals gaps in microbiota research

A new database of thousands of gut microbiota samples from across the word highlights the need for more diverse microbiota research across the globe.

Vaginal microbiota may be linked to increased Chlamydia infection risk

Certain features of the vaginal microbiota, including specific bacterial communities, could indicate an increased Chlamydia infection risk.

A high-fiber diet and beneficial bacteria may improve metabolic health

Researchers have developed a new approach to restore the gut microbiota by combining a high-fiber, plant-based diet with supplementation of beneficial microbes such as Limosilactobacillus reuteri.

Gut microbes protect against colorectal cancer by regulating tumor-promoting gene

The microbiota plays a protective role against colorectal cancer by regulating Snhg9.

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.

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.

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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