Scientists identified novel anti-aging compounds from blood bacteria. Indole metabolites reduce inflammation, oxidative stress, & collagen damage in skin cells, offering future skin rejuvenation treatments.
New research reveals sticky DNA lesions in mitochondria (mtDNA) disrupt energy production and trigger stress, potentially linking to chronic diseases and inflammation. mtDNA damage is more prevalent than nuclear DNA damage.
Colchicine, a gout drug, may prevent heart attacks and strokes. Trials show risk reduction with low doses. More research is needed to confirm benefits and address remaining questions.
Long-lasting endurance training boosts the immune system in older adults by enhancing NK cell function, reducing inflammation, and improving metabolic control. Exercise combats cellular aging.
Alzheimer's research is at a critical point with initial therapies emerging, but more efficient drugs are needed. Research focuses on early treatments, inflammation's role, and overcoming funding challenges. Biomarkers are vital.
Study shows higher linoleic acid (omega-6 fat in seed oils) is linked to lower inflammation and better cardiometabolic health, challenging claims that seed oils are harmful.
Research shows sleep deprivation increases heart disease risk by affecting biomarkers & inflammation, even in young, healthy individuals. Exercise helps, but can't replace sleep.
Research reveals immune system over-activation in spastic paraplegia type 15. Microglia changes and killer T-cells contribute to neuronal damage, suggesting potential immune-based therapies for this neurodegenerative disease.
