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Latest Articles
- The Age-Old Mystery of Muscle Repair: A Protein’s Dual Role
Scientists uncover a protein, NDRG1, that slows muscle repair in older stem cells but also helps them survive, revealing a paradox in aging. - Intermittent Fasting Extends Lifespan in Male Mice, Healthspan in Both
A new Nature Aging study explores how time-restricted feeding impacts longevity and healthspan in mice, revealing sex-specific benefits and the role of caloric restriction. - Fertility Frontiers: Expanding Options for Childhood Cancer Survivors
Childhood cancer treatments often impact fertility. Discover how pioneering research is expanding options for survivors, offering hope for future family building. - The Science of Aging: Why Humans and Mice Age So Differently
A new model of damage accumulation reveals two distinct aging pathways across species. Discover why humans and mice age differently, and what it means for longevity research. - Unraveling Lung Fibrosis: A Gene’s Role in Age-Related Scarring
New research uncovers how an age-related decline in the fPRDM16 gene may impair lung cells’ ability to clear scarring, offering a potential therapeutic target for pulmonary fibrosis. - Unpacking Racial Disparities in Women’s Hypertension Onset
Explore the complex factors contributing to earlier hypertension onset in women from various racial and ethnic backgrounds, moving beyond biology to social determinants. - Unlocking Fat Metabolism: The Promise of the Mitch Protein
Scientists are exploring a protein called Mitch, which, when inhibited, shows potential to boost fat burning and prevent new fat cell formation. Learn more. - New Calculator Clarifies Statin Muscle Risk, Easing Patient Concerns
A new calculator from Oxford scientists reveals over 98% of statin-eligible individuals face low risk of serious muscle disorders, addressing common fears. - Intermittent Hypoxia and Epigenetic Age: A Nuanced View
New research shows intermittent hypoxia can temporarily increase epigenetic age in old mice and human immune cells, highlighting the complexity of oxygen’s role in aging.
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