Microbiome

We naturally pick up microorganisms as we move about the world. Now, researchers have developed an AI tool that accurately links you to a particular location using a sample of the bugs you’ve collected on your travels – like a bacterial satellite navigation system.

Gut bacteria that have been disrupted in infancy can lead to greater aggression later in life, including causing changes to aggression-related genes, according to a new study. It warrants further research into the link between the gut and brain.

Evidence has been building about the health benefits of probiotics. Now, new research has found that putting a tablespoon of honey on your yogurt helps the probiotics it contains to survive in the gut. It’s a win-win combination that’s both healthy and delicious.

There could soon be a non-toxic, longer-lasting and less-smelly alternative to DEET for repelling mosquitos. Scientists have created genetically engineered human skin bacteria that are unappealing to the irritating and disease-spreading insects.

Autism spectrum disorder is associated with distinct changes to the composition and functioning of a wide range of gut microorganisms, according to a new study. The findings pave the way for developing an accurate diagnostic test for the condition.

For the first time, scientists have successfully created a mouse with a 100% functional human immune system and microbiome. This 'humanized' mouse takes the guesswork out of research and may revolutionize how we test new drugs and understand diseases.

Combining magnetic properties relied on in traditional Chinese medicine with contemporary knowledge about the gut microbiome, researchers have developed a novel oral treatment to prevent and repair hearing loss caused by noise exposure.

An ingestible device the size of a vitamin pill takes a full inventory of microorganisms as it passes through the gut, including hard-to-reach places. Providing far more information than a fecal sample, the pill could inform the treatment of a wide range of health conditions.

Antibiotics kill disease-causing bacteria as well as the beneficial ones living in our gut, disturbing the health-maintaining microbiome. A new antibiotic specifically targets hard-to-kill bacteria while leaving our good gut bacteria alone, according to a new study.

Time-restricted eating has shown promise in a variety of ways. Now, a new study out of Arizona State University shows that combining it with a particular pattern of protein intake can positively impact weight loss and the gut's microbiome.

Applying non-invasive, low-intensity light to the head and belly simultaneously reduces the effects of chronic stress on the gut microbiome and the brain, according to a new study. The research adds to mounting evidence linking the two organs.

Using enzymes produced by a bacteria that almost everyone has in their gut, researchers have removed the antigens from red blood cells that determine blood type, putting us within reach of producing universal donor blood.