Aging Clock Predicts Death Risk

By Bridgette Jacobs

Scientists have developed a groundbreaking molecular clock that accurately predicts age and death risk in mammals by identifying universal aging markers in genes that behave similarly across diverse species like mice, macaques, and humans. This innovative tool, published in Nature, promises to revolutionize our understanding of aging and disease, offering new avenues for detecting chronic illnesses and developing longevity treatments.

A multinational team of researchers has developed a powerful molecular clock that can predict age and death risk in mammals using biological markers, as reported by Science X.
This innovative clock identifies universal aging markers in genes that behave similarly across various species.
The development involved analyzing over 11,000 samples from mice, rats, macaques, and humans to establish these universal markers.
According to Science X, these universal aging markers behave almost identically across mammals as they age, regardless of the specific species.
The research, published in Nature, offers significant potential for new insights into the aging process and age-related diseases.
This molecular clock can also detect chronic diseases and measure indicators of rejuvenation or healthy aging, making it a promising tool for identifying longevity treatments.