Borneo, Southeast Asia – The urban sprawl isn’t just reshaping our landscapes; it’s profoundly altering the very biology of the animals living alongside us, right down to the microscopic communities in their digestive systems. New research from Swansea University uncovers that as cities expand into ancient rainforests, native and invasive small mammals aren’t merely adapting … Read more
A nagging stomachache, heartburn that won’t quit, or worse, the frightening specter of stomach cancer—these are the worries that haunt millions due to a common bacterial intruder: Helicobacter pylori, or H. pylori. For decades, strong antibiotics have been our main weapon against this unwelcome guest. But here’s the catch: H. pylori is getting tougher, learning … Read more
For generations, families have savored fermented foods like sauerkraut, believing in their goodness. But what if this tangy cabbage dish holds a powerful secret, actively working to fortify your gut against daily stresses and even inflammation? Groundbreaking research from the University of California, Davis, is revealing that the very process of fermenting cabbage unlocks a … Read more
New research suggests a novel approach to weight management Tired of endless diet plans and grueling workouts? New research from Japan suggests a potential game-changer in the fight against obesity: a specific combination of gut bacteria and a byproduct of fiber digestion called acetate. This unexpected duo may hold the key to reducing body fat, … Read more
Groundbreaking research reveals a fascinating discovery about the immune systems of fruit flies and their response to common bacteria found in their food and environment.
Research from Newcastle University in England gives a closer look at how a diarrhea-causing superbug opposes immune cells and antibiotics.
A new study out of NYU’s Grossman School of Medicine reports that infection with COVID-19 can encourage dangerous gut microbes to thrive.
A big topic that remains not well-addressed is how norovirus infection triggers disease onset in patients with Crohn’s.
A new study from the University of Chicago reports that commensal bacteria encourage leukemia caused by the murine leukemia virus (MuLV) by suppressing the anti-tumor immune response in mice.
T cells are a double-edged sword when it comes to colorectal cancer.