Infographics and videos
About Gut Microbiota

Beyond genetics and lifestyle, the gut microbiome is now emerging as an important factor in cancer progression and treatment response. This raises an important question: could understanding and targeting this ecosystem transform the way we treat cancer?

Bifidobacteria are increasingly studied as a marker of gut health across a lifetime. In this interview, microbiome researcher Sudarshan Shetty explains what shapes them, how they change with age, and what diet can do.

Crohn’s disease is an inflammatory bowel disease linked to an imbalance in the gut microbiome. Now, researchers at McMaster University have found in mice a way to target and 'turn off' only the bad gut bacteria using specially trained, precision viruses. This breakthrough paves the way for treatments tailored to each patient.

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Food 4 Gut Health news

As processed, Western-style diets spread worldwide, traditional dietary patterns are disappearing. Emerging research shows how rapidly dietary transitions can reshape immune and metabolic responses, while the World Diet Initiative is racing to document heritage diets before they are lost.

Digestive symptoms with an impact on quality of life (QoL) affect one in four adults in the general population worldwide who do not qualify for a diagnosis of a Disorder of Gut-Brain Interaction (DGBI). Recent research suggests this ‘sub-diagnostic’ group demands additional investigation and might benefit from targeted interventions, including dietary interventions.

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Research & Practice

Research & Practice news

Around one in four patients with IBD may continue to experience IBS-like symptoms despite objectively documented remission. A new international consensus provides clinicians with a framework for recognizing and managing this challenging clinical picture.

New findings reveal the gut microbiome evolves gradually from healthy people, across those with genetic risk of Parkinson’s disease to patients who are symptomatic.

A new study sheds light on how gut microbiota-derived metabolites can influence host immune and metabolic pathways. Focusing on trimethylamine (TMA) and IRAK4 signaling, the findings help clarify the mechanisms linking microbial metabolism with metabolic inflammation and glycemic regulation.