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8 clinically reviewed articles, written and peer-reviewed by the HealthRX.com Medical Team.
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Showing 8 of 8 clinical reviews.
Learn what your DNAm epigenetic age result actually means, how it differs from a 'normal' reference range, what GrimAge and Horvath clocks measure, and which evidence-based interventions can lower biological age acceleration.
Read clinical reviewWhich medications accelerate, slow, or confound epigenetic age testing? A drug-by-drug breakdown of how prescriptions affect Horvath, GrimAge, and DunedinPACE clocks.
Read clinical reviewA clinician-reviewed guide to DNA methylation biological age clocks, what your score means, and the specific interventions with the strongest evidence for reversing epigenetic aging.
Read clinical reviewA clinician-reviewed guide to understanding your DNAm epigenetic age result, what biological age clocks like GrimAge and Horvath actually measure, what high or low scores mean, and evidence-based steps to reduce your epigenetic age.
Read clinical reviewEpigenetic age testing uses DNA methylation patterns to estimate biological age. Learn what DNAm clocks measure, how they work, normal ranges, and how to improve your results.
Read clinical reviewYour epigenetic age measured by DNA methylation may differ from your chronological age by years. Learn what GrimAge, Horvath, and other DNAm clocks mean for hormone therapy, GLP-1 prescribing, and clinical decision-making.
Read clinical reviewLearn when to order an epigenetic age (DNAm) test, what the results mean, how GrimAge and Horvath clocks work, and how to lower your biological age through evidence-based interventions.
Read clinical reviewA clinical guide to the lab panels you should pair with epigenetic age testing, including inflammatory markers, metabolic panels, hormone assays, and telomere length, to build a complete biological aging profile.
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