Exercise Rewires Gut Bacteria to Improve Autism-Like Behaviors in Groundbreaking Study
Six weeks of voluntary exercise dramatically improved social behaviors in autism model rats by reshaping gut microbiota and brain chemistry.
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Six weeks of voluntary exercise dramatically improved social behaviors in autism model rats by reshaping gut microbiota and brain chemistry.
Scientists identify brain region that helps us make careful decisions when facing threats, revealing new insights into survival behavior.
Fecal transplants from cancer survivors significantly improved treatment outcomes for metastatic kidney cancer patients.
Reserpine increases fruit fly lifespan but impairs stress response and movement, revealing potential trade-offs in longevity interventions.
Fecal microbiota transplants dramatically improved immune checkpoint inhibitor response rates in lung cancer and melanoma patients.
Scientists identified blood markers that predict mortality risk and reveal biological aging processes in over 260,000 people.
New study reveals virgin olive oil preserves cognitive function in older adults by improving gut bacteria diversity over 2 years.
New mouse study reveals how blocking TNF-alpha protects against age-related liver damage by preserving intestinal barrier function.
Researchers develop comprehensive model to predict and prevent premature aging effects from cancer treatment.
New research shows how gut bacteria patterns can guide personalized diet strategies, potentially improving metabolic syndrome outcomes.
New research reveals how decreased S100A7 protein accelerates skin aging by disrupting cellular cleanup and promoting senescence.
New research shows involuntary eyelid spasms involve multiple brain networks, not just motor dysfunction, offering insights into treatment.