A new study from the Cellular Aging and Senescence laboratory at Queen Mary University of London's Centre for Molecular Cell Biology reveals how caffeine—the world's most popular neuroactive ...

Chromosomes are structures made of protein and DNA code, and would unravel and lose proper function without the telomeres ...

A new study suggests vitamin D supplements might slow cellular aging by protecting telomeres. Vitamin D supplements might slow cellular aging by preventing the loss of telomeres, DNA sequences at the ...

Spaceflight accelerates aging in blood stem cells, raising health risks for astronauts and offering insights into human aging ...

The key to reversing cellular aging may lie in a protein responsible for toggling cells between a "young" and an "old" state. This is the conclusion of researchers from the University of Osaka, who ...

Chronological age – the number of years since birth – tells only part of our aging story. Biological age, measured through cellular health and various biomarkers, reveals a more accurate picture of ...

Researchers from the University of California San Diego Sanford Stem Cell Institute have discovered that spaceflight ...

Health experts tend to go back and forth on whether or not caffeine is actually good for you, or how much you should ingest every day. No matter which side you land on, there's no arguing that a cup ...

This illustration shows the major cell types affected by cellular senescence in various skeletal diseases. As the body ages, senescent cells accumulate in different tissues—including bone, cartilage, ...

As our understanding of aging evolves, so do the tools doctors use to slow it down—or even reverse it. Age-reversal techniques are no longer confined to futuristic fantasies; they are already being ...