20 articles
A comprehensive review maps how genetics, pharmacogenomics, multi-omics, and digital health tools can personalize athlete care and longevity.
Physician and bestselling author shares her revolutionary approach placing muscle at the center of disease prevention and longevity.
Stanford study reveals daily behaviors in midlife can predict lifespan, suggesting wearable devices could track aging.
Personalized exercise programs combining resistance training and Taichi effectively reversed sarcopenia in 84% of older adults.
Study challenges genetic determinism, showing lifestyle factors may override genetic predispositions for better health outcomes.
New research reveals short, intense workouts outperform longer sessions. Plus natural metformin alternatives and brain health strategies.
Large study shows muscle power is 5-7x better than strength alone at predicting mortality risk in middle-aged and older adults.
Dr. Rhonda Patrick reveals why vigorous exercise beats moderate cardio for longevity, brain health, and cancer protection.
127-person study tested four resistance training approaches to maximize muscle regrowth and combat age-related muscle loss.
VascuFit tests whether periodized high-intensity training can reverse vascular aging in sedentary adults with cardiovascular risk factors.
New research reveals how one intense workout session rapidly alters sphingolipids, key molecules that regulate aging and cellular health.
Focus groups reveal key features needed to make fitness apps work for seniors, including clear videos and customizable reminders.
Machine learning identifies 7 exercise-related immune genes that predict hepatocellular carcinoma outcomes better than traditional markers.
Spanish study shows structured exercise can reverse frailty and sarcopenia in older adults, maintaining independence.
Study reveals how combining strength training with protein supplementation dramatically improves muscle function in the very elderly.
Exercise physiologist reveals why vigorous HIIT workouts may be superior to long cardio sessions for maximizing lifespan and cognitive function.
New research reveals how specific nutrients can help preserve muscle mass and function as we age through targeted molecular pathways.
New research reveals vigorous exercise is 4-10x more effective than moderate activity for preventing disease and extending lifespan.
Researchers identify how personalized exercise prescriptions outperform standard cardiac rehabilitation protocols for heart patients.
New research links heavy leisure screen time to measurable epigenetic age acceleration, with BMI and inflammation as key mediators.
