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.

Childhood is a crucial period for building the gut microbiome, yet it remains one of its least studied phases. Le French Gut Kids aims to fill this gap by analyzing gut microbiota and lifestyle data from children and adolescents across France. The project seeks to better understand how early gut development may influence health throughout life.

This Halloween, we’re celebrating some microbes that sound scary but play a vital role in keeping us healthy. Behind their ghostly names lie fascinating stories of cooperation, balance, and invisible teamwork inside our gut.

The gut microbiome’s early development is essential for infant health, but does it follow the same path worldwide? A new study reveals that despite geographical and cultural differences, infants undergo similar microbial changes in their intestines. Understanding the universal patterns of early gut microbiome succession offers a promising avenue for improving infant health worldwide.

Gut microbiota plays a role in cholesterol metabolism by influencing bile acid production. Recent research has identified a microbial process that helps maintain metabolic balance and prevent fat accumulation. Understanding this interaction may provide insights into metabolic health and disease prevention.

The microbial colonization of a baby's gut is primarily influenced by the mother's vaginal microbiota during birth and by breast milk. Two new studies have found for the first time that fathers also contribute to the establishment of the baby's microbiota, which could have health implications.

Two hospitals in Barcelona, the Clínic and Bellvitge, have launched Spain's first Fecal Microbiota Bank. Their goal is to obtain donations of stool from healthy individuals to perform microbiota transplants on patients suffering from potentially fatal infections of bacteria known as C. difficile infections. We step into the fecal microbiota transfer units of both hospitals to learn how they operate and meet some of the donors.

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