In a study published in Aging on Aug. 8, 2025, researchers at Insilico Medicine unveiled AI-powered models that uncover shared biological pathways between IPF and the aging process, pointing to novel ...

Researchers analyzed 139 neuroimaging studies spanning ages 5 to 85 to map the brain’s activity in cognitive control.

New research suggests that your body parts start aging at different times, with some organs showing changes as early as 30.

What if slowing the effects of aging came down to tweaking the smallest building blocks of life? That’s the frontier Ohio University scientists are pushing toward at the newly aligned Institute for ...

A University of Cologne research team has identified a direct molecular link between aging and neurodegeneration by ...

T cells, integral to immune defense, undergo complex development and aging processes. This comprehensive study explores the mechanisms of T cell remodeling across the lifespan, focusing on thymus ...

A new study found that heat-wave exposure increased biological signs of aging, and could hasten the onset of new chronic ...

"Biological aging tests," also called aging clocks, can predict your risk of age-related disease, disability, early mortality ...

It reveals that this pause in development within the wasp dramatically extends lifespan and decelerates the ticking of the so-called "epigenetic clock" that marks molecular aging.

Despite advances in our understanding, there's still much we don't know about the aging process. This knowledge gap increases the risk of unexpected setbacks or failures in development.