All articles tagged with #inulin
A six-week randomized trial in 117 adults with knee osteoarthritis found that daily prebiotic inulin reduced pain and improved grip strength, suggesting gut health may influence inflammation and pain in OA; however, the study is small and not definitive, so prebiotics should complement—not replace—standard treatments, and intake can come from foods (onions, garlic, asparagus, oats, etc.) or supplements under professional guidance.
A six-week randomized trial in 117 adults with knee osteoarthritis found daily inulin, a prebiotic fiber, reduced pain and improved grip strength and pain sensitivity, with a notably lower dropout rate than a digital physiotherapy program, highlighting a possible gut–muscle–pain link and a simple, easy-to-maintain therapy option.
A six-week randomized trial (INSPIRE) found that daily inulin prebiotic reduced knee osteoarthritis pain, improved grip strength, and lowered pain sensitivity, with far higher adherence than a digital physiotherapy program; the study linked higher levels of butyrate and GLP-1 to these benefits, hinting at a gut–muscle–pain axis and suggesting a safe, simple dietary approach to help manage OA pain.
A gastroenterologist links persistent IBS-like symptoms to a specific breakfast ingredient: added inulin (chicory root fiber) found in fortified cereals and yogurts. In sensitive guts, such fermentable fibers can cause gas, pain, and urgency. By removing inulin-filled breakfasts for two weeks and re‑challenging, patients often identify a clear trigger, leading to personalized, timed fiber strategies rather than demonizing fiber entirely. About two‑thirds of IBS-D patients improved after breakfast simplification, underscoring the need to tailor dietary changes to the individual.
A UC Irvine study highlights five vegetables—onions, garlic, artichokes, dandelion roots, and asparagus—that are rich in inulin fiber, which protects the body from sugar damage by promoting beneficial gut bacteria that metabolize fructose early, potentially reversing fatty liver and improving metabolic health.
A study shows that increasing dietary fiber, especially inulin-rich vegetables like garlic and onions, can prevent or reverse fatty liver disease caused by high fructose intake by altering gut bacteria, particularly Bacteroides acidifaciens, which helps break down fructose and protect the liver.
UC Irvine researchers found that consuming inulin, a vegetable-derived fiber, can reprogram gut bacteria to reduce fructose's harmful effects on the liver, potentially reversing fatty liver disease and insulin resistance, offering new avenues for nutrition-based disease prevention.