18 articles
A landmark open challenge invites researchers worldwide to validate and rank aging biomarkers, aiming to standardize how biological age is measured.
Harvard Health Publishing's first longevity report signals geroscience has crossed into institutional medicine, covering rapamycin, senolytics, and biological age.
A new global report finds longevity clinics are scaling fast but lack the standardized frameworks needed to validate their outcomes.
Epigenetic clock pioneer Steve Horvath explains why the field is converging on validated biomarkers to make longevity medicine actionable.
Glycans — sugar molecules on proteins — shift with stress, diet, and lifestyle, and may predict disease a decade before symptoms appear.
Go beyond the basics and understand how DNA methylation patterns encode your biological age — and what drives the gap between how old you are and how old your cells behave.
Large language models outperformed telomere length and epigenetic clocks in predicting aging and mortality risk across 10+ million people.
New research reveals how specific histone changes could revolutionize biological age testing and anti-aging therapies.
Breakthrough study reveals all epigenetic changes during aging follow synchronized patterns, enabling accurate age prediction from any cell type.
Revolutionary nanopore sequencing technology enables rapid biological age estimation and body fluid identification from tiny DNA samples.
Direct-to-consumer biological age tests promise health insights but may deliver misleading results that confuse more than clarify.
UC Berkeley researchers expose critical incoherence in DNA methylation age clocks, showing up to 54% of their features contradict actual biological trends.
