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Tag: Deep Aging Clocks

Rainbow Clocks
In a preprint published in bioRxiv, Morgan Levine and colleagues have identified and grouped 5,717 epigenetic CpG sites into 12 different modules, conducting an in-depth examination into how epigenetic clocks work. Epigenetic Clocks - What are they?An epigenetic clock is a biochemical test that uses DNA methylation levels and accumulation of methyl groups on DNA...
Levine Interview
In her lab at Yale, Dr. Morgan Levine tackles some of the most exciting and difficult problems in geroscience. She specializes in bioinformatics and is working on creating and finessing clocks that measure biological age. We talked with Dr. Levine about her work, the impact that biological age clocks have had on the longevity field,...
clockwork suit
These days, it seems like you cannot go for a walk without tripping over another aging clock, and today is no exception. DeepMAge, a DNA methylation aging clock developed using deep learning, has recently been created by the Hong Kong-based company Deep Longevity. There are two common ways to measure age: biological and chronological. The...
DNA clock
Researchers have proposed a new epigenetic clock designed to measure subtle epigenetic changes in vitro [1]. They hope that their discovery will help to expedite the creation of new anti-aging drugs. Measuring biological age Aging research is all about the difference between chronological and biological age. The former is simply the passage of time, but...
Old man walking on a clock
A new study reviews the state of the art of aging biomarkers and explores the future development of even better ways of measuring biological age. The need for better aging biomarkers Human life expectancy has been increasing throughout the 20th and 21st centuries due to improvements such as better access to healthcare and sanitation, lower...

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