Search results for microbiome

“A recent study found that children who go to bed early have distinct differences in their gut microbial populations compared to those who stay up later, potentially influencing their metabolism and overall health.”

“The research was done in mice and found that fermentation of plant fiber results in the production of short-chain fatty acids, which are partially responsible for communicating with the epigenome.”

“Researchers evaluated the patients' symptoms, pain, and quality of life at baseline, three, and six weeks after treatment and assessed changes in their oral microbiomes. They found that those who used the topical omega-3 gel exhibited fewer symptoms and had less pain at the six-week point than those who received the conventional treatment.”

“Using an animal model of immune suppression, researchers exposed mice to ultraviolet B radiation, collected skin samples, and assessed changes in the skin microbiome and its environment.”

“Surprisingly, some antibiotics may be protective against rectal cancer. Link to full publication. Learn how to restore a healthy microbiome after taking antibiotics with Tim Ferris in this clip.”

“The gut-brain axis may hold more clues about cognitive decline than previously realized, with some evidence suggesting that gut microbial populations might influence brain health and cognitive function.”

“This study in mice reveals a novel way in which the gut microbiome influences human health and behavior. It may also provide evidence to support the use of therapeutic microbial transfer to promote exercise behavior and improve aspects of mood.”

“The loss of hippocampal neurogenesis (the formation of new neurons) is an early indicator of Alzheimer's disease. A recent study in rats shows that gut microbial transplants from people with Alzheimer's inhibit hippocampal neurogenesis and impair memory.”

“A recent study found that mice without gut microbes, known as germ-free mice, had lower exercise capacity and used oxygen and glucose less efficiently during physical activity. Researchers compared germ-free mice to mice with normal gut bacteria.”

“These findings suggest that nanoplastics weaken the gut's defenses by altering the microbiome and changing how gut cells communicate through extracellular vesicles. Over time, this disruption could increase vulnerability to disease, even without obvious inflammation or liver damage.”