Bone Marrow Stem Cells Hold Key to Reversing Age-Related Bone and Fat Changes
New research reveals how mesenchymal stem cells in bone marrow could be targeted to combat aging-related bone loss and fat accumulation.
2017 articles in this topic
New research reveals how mesenchymal stem cells in bone marrow could be targeted to combat aging-related bone loss and fat accumulation.
New research reveals why organisms avoid rejuvenation under normal conditions, challenging classic aging theories.
New research reveals treating obstructive sleep apnea may help preserve cognitive function and reduce dementia risk as we age.
New research shows cardiac function links to frailty in sex-specific ways, suggesting personalized approaches to healthy aging.
Australian study finds specific FOXO3 genetic variant reduces mortality risk in men with angina, supporting longevity gene research.
New deep learning system identifies cognitive decline risk with 88% accuracy using brain scans and clinical data from healthy adults.
New research reveals how oral microbiome health may influence aging and frailty development in adults over 50.
BSO compound delivers anti-obesity benefits of amino acid restriction without the bone density loss seen in restrictive diets.
New research reveals how senescent lung cells trigger fibrosis through epigenetic changes, pointing to potential treatments.
Leading longevity researcher outlines the field's primary goal of extending healthspan, not just lifespan.
New research reveals how physical activity triggers a protective pathway that shields the brain from stress-induced damage linked to Alzheimer's disease.
New research reveals how FGF21 protein prevents spinal disc breakdown by enhancing cellular cleanup mechanisms.