Tag

Gut Microbiome

All articles tagged with #gut microbiome

health4 hours ago

Gut Bacteria Turn Carbs Into Alcohol: The Hidden Cause of Auto-Brewery Syndrome

Researchers mapped the gut microbes and metabolic pathways that can produce ethanol in auto-brewery syndrome (ABS), implicating bacteria such as E. coli and Klebsiella pneumoniae and showing elevated ethanol production during ABS flares; these insights could lead to stool-based diagnostics and microbiome-targeted therapies, including fecal transplantation, which in one patient kept symptoms at bay for over 16 months.

health-and-nutrition11 days ago

Black Gold: The Vitamin-Rich Fruit for Blood Sugar and Pressure Control

Aronia berries, also known as black chokeberries, are rich in polyphenols and may support gut health, reduce inflammation, and improve blood sugar and blood pressure, with benefits potentially varying based on individual gut microbiomes. Scientific studies suggest they could be a valuable addition to a healthy diet, especially during dietary stress, though more research is needed to determine optimal consumption.

science14 days ago

2025's Key Neuroscience Insights and Predictions for 2026

2025 was a groundbreaking year in psychology and neuroscience, with studies revealing new insights into brain health, the influence of gut bacteria on social anxiety, the potential of sleep-based memory modification, and the impact of medications and lifestyle on cognitive decline and mental health. Key findings include the role of dormant viruses in Alzheimer's, the cognitive effects of common medications, innovative sleep therapies for emotional memory, and the gut-brain connection in anxiety, alongside practical health tips like optimal coffee timing and genetic influences on caffeine's effects.

health27 days ago

Frog Gut Bacterium Shows Promise in Eliminating Colon Tumors in Mice

Researchers discovered that a bacterium from the gut of the Japanese tree frog, Ewingella americana, can completely eradicate aggressive colon tumors in mice by selectively targeting tumor environments, killing cancer cells, and activating the immune system, outperforming standard treatments. While promising, further research is needed to determine safety and efficacy in humans.