Your VO2 Max in Your 70s Could Cut Alzheimer's Risk in Half
Older adults with higher cardiorespiratory fitness had ~48% lower Alzheimer's risk over 8.7 years, with a clear VO2 threshold identified.
20 articles
Older adults with higher cardiorespiratory fitness had ~48% lower Alzheimer's risk over 8.7 years, with a clear VO2 threshold identified.
University of Miami researchers tested whether fast-paced resistance training could improve both cardiovascular fitness and cognitive function.
High-intensity home cycling improved ataxia symptoms, fatigue, and VO2max significantly more than dose-matched balance training over one year.
Norwegian researchers say short bursts of high-intensity effort just 4.5 minutes daily dramatically improve cardiovascular fitness and lifespan.
12-week study reveals how aerobic and strength training improve cognitive performance by altering stress hormones and brain proteins.
Excessive vigorous exercise triggers a muscle-derived factor that acts as a mitochondrial imposter, impairing cognitive function.
Study reveals how air quality during exercise affects cognitive performance, testing different workout intensities with and without air purification.
A Canadian RCT tests whether virtual aerobic, resistance, and cognitive training can feasibly combat mild cognitive impairment at home.
Small study reveals BDNF genetic variant could influence exercise's cognitive and cardiovascular benefits in healthy men.
A machine-learning model using 39 cardiovascular and autonomic variables predicted cognitive test performance with ~71% accuracy in healthy adults.
New research reveals that brain cells active after workouts—not just during—are key to building endurance over time.
A completed RCT tests whether 6 months of moderate aerobic exercise protects memory and brain structure in older adults at genetic risk for Alzheimer's.
Researchers compared cardio, HIIT, and breathing exercises to see which best improves sleep apnea severity and reduces cellular damage.
Biomedical scientist shares her exact workout routine, from heavy compound lifts to HIIT protocols that reduce mortality risk by 40%.
A completed Mount Sinai RCT tested whether HBOT can improve brain blood flow and cognition in diabetic elders with mild cognitive impairment.
TONTT2 tests whether erythropoietin dose and timing can be optimized to best preserve vision after traumatic optic neuropathy.
Ken Rideout shares how he transformed from 30-50 daily pills to winning marathons through disciplined mindset shifts.
NYU psychology professor reveals how elite athletes use visual attention strategies to improve performance by 27%.
Completed study of 102 older adults tested whether combined interventions can preserve brain volume and improve mobility through muscle-brain axis.
New research reveals cyclists who sleep more than 5.3 hours daily achieve better race rankings and maintain sharper cognitive function.