aging research

Keto diet reversed aging

This keto diet reversed 6 years of aging

A groundbreaking study from Spain has uncovered remarkable evidence that a very low-calorie ketogenic diet might literally turn back the clock on aging at the

Migraines

2 Pivotal ages when your body ages faster

A fascinating new study from Stanford Medicine has identified two critical ages when human aging processes significantly accelerate, potentially changing our understanding of how we

African American woman packing her luggage to travel for the holidays

5 surprising ways traveling can fight aging

Recent findings published in the Journal of Travel Research reveal an unexpected connection between travel and biological aging. Scientists applying entropy theory to tourism research

walking for muscle and brain development

How walking speed could signal dementia risk

In recent years, neuroscience has increasingly shed light on the unexpected connections between physical health and cognitive function. A large-scale study of nearly 17,000 older

diet, aging, longevity

How diet choices influence aging and health unexpectedly

In today’s information-rich environment, understanding the complex relationship between diet, aging, and overall health has become increasingly challenging yet crucial. Recent scientific studies have unveiled

diet, aging, longevity

Tiny cell structure holds key to aging process

Deep within the intricate world of cellular biology, scientists at Weill Cornell Medicine have made a remarkable discovery about aging that could transform our understanding

racism

Discover why retirees can’t stop drinking

A groundbreaking new study has unveiled a troubling connection between retirement and increased alcohol consumption, challenging the notion of retirement as a peaceful chapter in

sexual health, hormonal shifts and brain function

Breakthrough study reveals 4 menopause links to arthritis

Recent scientific investigations published in Nature Aging have uncovered compelling evidence linking menopausal changes to increased osteoarthritis risk. This groundbreaking research illuminates four critical pathways