A health check is a snapshot.
Longevity is a trajectory.
Longevity.Omics — multi-omics assessment, AI-guided
interpretation and continuous reassessment
Healthcare is moving from sick care to proactive, personalized care
Longevity care is not a new category — it is proactive care, extended across the aging trajectory.
Longevity.Omics connects multi-omics across time
prioritize · interpret
Longevity.Omics is the operating layer that connects multi-omics assessment with longitudinal proactive care.
How are you aging?
Epigenome adds a dynamic biological aging layer between inherited risk and current phenotype.
Epi-Insight organ-age report excerpt — bars vs. the chronological-age reference line (46).
A dynamic readout of how the body is changing.
Different systems can age at different speeds.
A layer that can be followed, not just reported.
The basis for learning whether an intervention worked.
What changed over time?
The patient’s actual Epi-Insight N-of-1 report.
Circled region → enlarged aging-rate chart.
1.20 → 1.18 elevated ~11 months
caught only by repeat N-of-1 testing
Zoomed view — enlarged from the report’s left chart
aging rate vs previous assessment
(1.00 → 0.83)
Peak 1.20 → today 0.83 across six repeat visits.
Six repeat assessments, one trajectory: aging rate 1.20 at its peak, 0.83 today.
Complex biology. Simple physician workflow.
From patient reports
to clinical insight.
Explore report management and three report types, with real sample data and original reports.
AI output is for physician reference and review; the physician remains in control.
Why should clinicians trust it?
1 · The model is accurate — it predicts events and tracks cardiometabolic biology.
The only clock whose acceleration is significantly associated with incident heart failure.
NMR traits pass FDR ≤ 0.05 — higher clock acceleration tracks a broad adverse cardiometabolic profile.
Cohort: Lifelines-DEEP · Model: Cox proportional-hazards, adjusted for age and sex
Heart-failure analysis: n = 402, 15 incident events · NMR metabolomics: n = 855
A new capability for your clinic — not a new test.
Your clinic keeps its setting — Longevity.Omics plugs in.Health check → Report → Consultation → End
Assessment → Multi-omics → Longevity interpretation → Personalized action → Follow-up → Reassessment
- Differentiated longevity service
- Higher-value physician consultation / premium package
- Recurring follow-up and patient retention
You are not buying a test. You are adding a longevity care capability.
Health-check clients with flagged results · longevity-motivated self-pay patients · chronic-risk follow-up groups
Gen-Decoder + Epi-Insight assays · Omni-Health integrated report · AI-assisted interpretation with physician review · scheduled reassessment
You focus on patient care. We handle the multi-omics infrastructure.
Consent · clinical history & medication list uploaded to Longevity.Omics.
Standard collection workflow.
Quantum Life certified partner laboratory (accredited, QC-audited).
Sequencing, QC, bioinformatics and AI interpretation.
Doctor-ready report and AI reference.
Review report and AI reference with the patient.
Set the plan; schedule reassessment.
Clinic: consent · draw · clinical context · review | Quantum Life + certified lab: sequencing · QC · analysis · integrated report
Already bringing proactive longevity into real clinical practice.
“…integrates AI and advanced multi-omics clinical analyses — genomics and epigenetics — into our services.”
Dr Kenneth Tsang · IHH Healthcare North Asia / Gleneagles Hospital Hong Kong
First healthcare network in Hong Kong to offer integrated genomic, epigenetic and clinical analysis using Longevity.Omics.
Rolling out at Gleneagles Medical Clinic Central and Wong Chuk Hang, with TeleCare access. (update status at presentation time)
Specially trained doctors translate insights into personalized prevention plans and follow-up referrals.
① Name the hospital lead ② Define target patients ③ Schedule a joint report review
Sources: Gleneagles HK · IHH Healthcare