Evidence-based deep-dives into the metrics, biomarkers, and strategies that determine how well — and how long — you live.
Precision medicine is changing what preventive healthcare looks like. Instead of waiting for symptoms, today's longevity science uses genomics, continuous biomarker monitoring, and multi-omic data to detect risk early — and intervene precisely. But navigating this landscape takes depth: understanding what a polygenic risk score actually means, how to interpret an HRV trend, whether pharmacogenomic testing changes your medication options, or what biological age testing can and cannot tell you.
These guides are written by the QuanMed AI research team to provide that depth. Each covers a single topic in full — the underlying science, what the peer-reviewed evidence actually shows, how clinical and consumer tools compare, and what to do with the information. They span 10 core topics across longevity biology, genomics, wearable data interpretation, mitochondrial health, and precision medicine. Start with the guide most relevant to a health question you already have, or read through the collection to build a comprehensive picture of your own biology.
Learn how your body's true age is calculated and how to reduce it using science-backed interventions.
Read guide →Lab ResultsUnderstand the difference between "normal" lab ranges and optimal functional ranges for longevity.
Read guide →FitnessThe single most powerful predictor of lifespan explained — with protocols to improve it at any age.
Read guide →BiometricsWhat heart rate variability reveals about your nervous system, recovery, and long-term health trajectory.
Read guide →CircadianHow your genetic sleep timing affects metabolism, cognitive performance, and longevity.
Read guide →SupplementsEvidence review of NMN, resveratrol, spermidine, CoQ10, and other popular longevity compounds.
Read guide →Precision MedicineHow tailoring healthcare to your genes, microbiome, and environment changes outcomes.
Read guide →WearablesWhat Oura readiness, WHOOP strain, Apple Watch VO2, and other metrics actually mean.
Read guide →LongevityWhy your energy organelles determine how fast you age and how to optimise their function.
Read guide →GenomicsWhat genetic disease-risk scores can and cannot tell you about your health future.
Read guide →Want to put this knowledge into practice?
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