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17 results for "microbiome"
Scientists discovered that fecal transplants from older mice actually improved fertility in younger ones, upending expectations and opening new paths for understanding gut health's role in reproduction. The surprising finding could one day lead to probiotics that support ovarian health in women.
Scientists in Germany have created a toothpaste that stops harmful bacteria causing gum disease without killing the beneficial microbes that keep your mouth healthy. This breakthrough could transform dental care and protect against serious health conditions linked to periodontitis.
Scientists are discovering that the secret to healthy aging might be hiding in your gut. New research shows that maintaining a youthful microbiome through diet and exercise could help you live longer and age better.
Japanese researchers have discovered why millions struggle with treatment-resistant constipation. Two gut bacteria are destroying the protective mucus that keeps digestion smooth, and blocking them could offer real relief.
Scientists have discovered a mysterious group of gut bacteria that shows up consistently in healthy people across the globe. The finding could reshape how we understand and protect our gut health.
Scientists discovered a mysterious group of gut bacteria that shows up far more often in healthy people than those with chronic diseases. The finding could reshape how we measure gut health and lead to smarter probiotics.
A natural molecule made by healthy gut bacteria could protect children from liver disease linked to their mother's pregnancy diet. University of Oklahoma scientists found the compound dramatically reduced fatty liver risk in mice, opening new doors for early prevention.
Scientists at Rutgers Cancer Institute created a breakthrough tool that can tell which bacteria truly live inside tumors and which are just contamination. This discovery could revolutionize cancer treatment by revealing why some therapies work better for certain patients.
Korean scientists found that a natural compound produced by gut bacteria dramatically strengthens vaccine effectiveness and infection protection. The breakthrough could make future vaccines safer, cheaper, and more powerful.
Scientists have discovered that healthy gut bacteria can inject their own proteins directly into human cells, actively shaping immune responses in ways never seen before. This groundbreaking find could explain why certain gut microbiome changes are linked to diseases like Crohn's.
Scientists discovered how to turn gut bacteria into tiny factories that produce compounds linked to longer life, using a safe low-dose antibiotic. The breakthrough improved lifespan in worms and metabolism in mice without harmful side effects.
Cancer patients who received stool transplants from survivors saw their tumors stay stable twice as long as those who didn't. The procedure may unlock a new weapon in the fight against cancer by supercharging the immune system.
Scientists discovered that human genetics strongly influences mouth bacteria and cavity risk, revealing why some people struggle with tooth decay despite good brushing habits. The breakthrough could lead to personalized dental care based on your DNA.
Researchers at Mass General Brigham have discovered how to treat auto-brewery syndrome, a rare condition where gut bacteria turn food into alcohol and make people drunk without drinking. The breakthrough could help patients who've struggled for years with unexpected intoxication.
A new study reveals that babies attending daycare swap beneficial gut bacteria with their peers within just one month, building healthier, more diverse microbiomes. This natural exchange might benefit them for decades to come.
Scientists discovered that breast milk contains beneficial bacteria that actively seed and shape an infant's gut microbiome, affecting digestion, metabolism, and immune development. This groundbreaking study nearly doubles the available research data on breast milk's microscopic ecosystem.
Researchers discovered that transplanting gut bacteria from young mice into old mice reversed aging in their intestinal stem cells and restored their ability to heal. The breakthrough suggests that age-related gut decline might be reversible in humans too.