Scientists have discovered how bowhead whales, the longest-living mammals, manage to survive over 200 years. Their exceptional DNA repair mechanisms could hold the key to boosting human longevity and health during surgeries.
For over a millennium, the Inupiat people have revered bowhead whales, known for their incredible lifespan. Recent research reveals how these marine giants may live up to 268 years, thanks to extraordinary DNA repair abilities.
In a surprising move, federal workers are being instructed to blame Democrats for the ongoing government shutdown. Meanwhile, the FTC has removed AI-related blog posts, and San Francisco prepares for potential troop deployments. Plus, explore the evolving conservative dating scene and more.
Rising car insurance rates have left many drivers struggling to keep up. Discover the reasons behind the 55% increase since the pandemic and how people are coping with the financial strain.
Discover groundbreaking research that could change the future of spinal cord injury treatment. A five-step pipeline identifies compounds like thiorphan for enhancing neural repair, paving the way for human trials!
A team of researchers has made significant strides in understanding cellular growth and DNA repair mechanisms in bowhead whales, revealing insights that could reshape cancer research and longevity studies. Discover how these marine giants are helping us unlock the mysteries of cellular health.
Naked mole-rats, nature's extraordinary creatures, live up to 37 years thanks to a unique protein that enhances DNA repair. Can this discovery lead to human longevity? Find out more!
iFixit's latest teardown reveals the secrets behind Meta's Ray-Ban smart glasses, showcasing innovative geometric waveguide technology and the challenges of repairability.
Discover how four simple changes to an enzyme are helping scientists understand the remarkable 30-year lifespan of naked mole rats. This breakthrough research could change our approach to aging!
Discover how the bizarre naked mole rat, the world's longest-lived rodent, reveals groundbreaking insights into DNA repair mechanisms that could revolutionize our understanding of aging and health!
