Aging Clocks Need Task-Specific Tests, Not Just Age Error
A review in Biogerontology proposes evaluating molecular aging clocks as task-bound tools rather than by age-prediction error alone.
A review in Biogerontology proposes evaluating molecular aging clocks as task-bound tools rather than by age-prediction error alone.
In a rat study, lowering the protein Fetuin-A with pioglitazone was accompanied by reduced hippocampal neuroinflammation and recovered recognition memory ...
A new study in Caenorhabditis elegans reports that the ginseng component ginsenoside Rg1 slows aging in the worms by activating ...
A pre-specified phylogenetic comparison across thousands of species finds niche safety strongly associated with mammalian lifespan while environmental variability shows ...
A combined eQTL and GWAS analysis of cortical and subcortical brain tissues identified 117 genes linked to cognitive performance, with ...
A multivariate genomic analysis has constructed a latent genetic phenotype of adipose tissue aging from seven fat and metabolic traits, ...
A long-term rat study introduces two composite indices that track liver regenerative potential during accelerated aging and suggest melatonin may ...
A new review in Biogerontology lays out a five-part framework for interpreting AI-derived ocular age estimates, warning that a cross-sectional ...
Researchers argue that the popular slogan of extending healthspan but not lifespan is scientifically incoherent and ethically untenable as a ...
Researchers in India have launched AgingHallmarksDB, an interactive platform integrating 3,111 aging-associated genes across the eleven hallmarks of aging with ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine