Longevity Screening
Detox & Functional

Longevity Screening

Comprehensive Longevity Screening & Biological Age Testing

Advanced biomarker panels, epigenetic clocks, and biological age assessments designed to quantify aging and identify early disease risk. Includes blood panels, methylation analysis (Horvath, GrimAge, PhenoAge clocks), telomere length testing, and organ-specific aging markers. Growing rapidly in UAE premium wellness and longevity clinics.

55+ Studies60+ ReportsEmergingBlood Draw + Saliva Sample + Clinical AssessmentAvailable in UAE
60
Kamura ScorePromising
60/100
Promising
Emerging
Evidence
Results in 2-4 weeks; actionable insights immediately
Time to Effect
AED 5,000-25,000 (comprehensive package); AED 1,500-4,000 (basic panel)
Est. Cost
Available
UAE Access
Last reviewed: March 2026
68
Research
62
Community
90
Safety
40
Access
38
Value

How Longevity Screening Works

Longevity screening is a comprehensive health assessment paradigm that goes beyond standard check-ups by combining advanced diagnostics to detect disease at its earliest, most treatable stage and to quantify biological aging. Typical panels include full-body MRI for cancer and aneurysm detection, coronary calcium scoring (CT), advanced blood biomarkers (ApoB, Lp(a), hs-CRP, insulin, HbA1c, hormonal panels), DEXA scans for bone density and body composition, VO2 max testing for cardiorespiratory fitness, and emerging markers like epigenetic age clocks. The goal is to shift from reactive medicine to proactive health optimization, identifying risk 10-20 years before symptoms appear.

📊 Evidence by Outcome

Biological Age QuantificationB

Epigenetic clocks (Horvath, PhenoAge, GrimAge) have strong validation for predicting mortality risk and biological aging. These are now considered the gold standard for measuring aging rate, though clinical utility for guiding individual interventions is still evolving.

25 studies • Consistency: High • Effect: Large

Early Disease Risk IdentificationB

Comprehensive biomarker panels can identify subclinical markers of cardiovascular risk, metabolic dysfunction, hormonal imbalance, and inflammatory burden years before symptoms appear. Evidence supports early intervention based on these markers.

20 studies • Consistency: Moderate • Effect: Moderate

Behavior Change & Health OptimizationC

Emerging evidence that providing individuals with their biological age data motivates lifestyle changes. However, the direct impact of screening on long-term health outcomes (beyond standard care) requires more longitudinal research.

8 studies • Consistency: Mixed • Effect: Small

📄

Key Research

Peer-Reviewed Evidence • 4 Citations

[1]

DNA methylation age of human tissues and cell types

Horvath SGenome Biology2013PMID: 24138928

Key Finding: Landmark paper introducing the Horvath epigenetic clock using 353 CpG sites to estimate biological age across multiple tissues. Demonstrated that DNA methylation age predicts all-cause mortality independently of chronological age.

View on PubMed
[2]

An epigenetic biomarker of aging for lifespan and healthspan

Levine ME, Lu AT, Quach A, et al.Aging2018PMID: 29676998

Key Finding: Introduced PhenoAge, a second-generation epigenetic clock trained on clinical biomarkers. PhenoAge outperformed prior clocks in predicting mortality, cancer, healthspan, and physical function.

View on PubMed
[3]

DNA methylation GrimAge strongly predicts lifespan and healthspan

Lu AT, Quach A, Wilson JG, et al.Aging2019PMID: 30669119

Key Finding: GrimAge, a third-generation epigenetic clock incorporating plasma protein surrogates, showed the strongest associations with time-to-death, coronary heart disease, and cancer incidence among all epigenetic clocks.

View on PubMed
[4]

Biological age predictors

Jylhava J, Pedersen NL, Hagg SEBioMedicine2017PMID: 28396265

Key Finding: Comprehensive review comparing telomere length, epigenetic clocks, transcriptomic predictors, proteomic markers, and metabolomic signatures as biological age biomarkers. Concluded epigenetic clocks are currently the most accurate and reproducible.

View on PubMed

Citations sourced from PubMed, Cochrane Library, and peer-reviewed journals. Study findings are summarized for accessibility. Always consult the original publication for full methodology and results.

Side Effects & Safety

Common(4)
Anxiety or stress from receiving comprehensive health dataBruising at blood draw sitesTemporary discomfort during imaging (MRI, CT) or physical stress testsInformation overload from extensive reporting
Rare(3)
False positive findings leading to unnecessary follow-up proceduresAllergic reaction to imaging contrast agentsIncidental findings causing significant psychological distress
Serious(3)
Radiation exposure from full-body CT scans (cumulative cancer risk)Unnecessary invasive procedures prompted by false positivesPsychological harm from over-diagnosis of low-risk findings

Interactions & Contraindications

Drug Interactions

  • Metformin — should be paused before certain contrast-enhanced imaging
  • Blood thinners — may need adjustment before stress testing or biopsies
  • Biotin supplements — high-dose biotin can interfere with many blood test results (troponin, thyroid, hormones)

Supplement Interactions

  • Biotin — must be stopped 48-72 hours before blood testing to avoid false results
  • Iron supplements — may affect ferritin and iron panel results
  • Vitamin D — stop 24 hours before testing for accurate levels

Food & Timing

  • Fasting for 10-12 hours required before metabolic blood panels
  • Avoid alcohol for 48 hours before comprehensive liver panels
  • Caffeine may need to be avoided before certain cardiac stress tests

Who Should Avoid

  • Pregnancy (due to imaging radiation)
  • Severe claustrophobia (for MRI) without sedation options
  • Active kidney disease (contrast agent risk)
  • Implanted devices incompatible with MRI (pacemakers, certain implants)

📋 Protocol Snapshot

Comprehensive Longevity Panel
Full blood panel (80+ biomarkers) + epigenetic age test (saliva/blood) + body composition analysis
Includes metabolic panel, inflammatory markers, hormones, micronutrients, lipid subfractions, HbA1c, ApoB, Lp(a), and methylation-based biological age. Cost: AED 5,000-15,000 in UAE clinics.
Annual Tracking Protocol
Baseline test + retest at 6 and 12 months
Track biological age trajectory and biomarker changes in response to lifestyle interventions. Compare epigenetic clock results across timepoints to measure protocol effectiveness.

Protocols are for informational purposes only. Always consult a qualified healthcare provider before starting any treatment protocol.

Cost Guide

AED 5,000-25,000 (comprehensive package); AED 1,500-4,000 (basic panel)

Estimated UAE pricing. Costs vary by provider, dosage, and treatment plan.

Frequently Asked Questions

A comprehensive longevity screening typically includes: full-body MRI, coronary artery calcium score (CT), advanced blood panel (100+ biomarkers), DEXA scan (body composition and bone density), VO2 max test, cognitive assessment, and a detailed physician consultation to interpret results and create an action plan. Some programs also include genetic testing and epigenetic age analysis.

Several premium clinics in Dubai offer comprehensive longevity screening, including dedicated longevity medicine centers, executive health programs at major hospitals (Cleveland Clinic Abu Dhabi, Mediclinic), and specialized wellness centers. Expect to spend half a day to a full day on a comprehensive assessment.

For most adults over 35, an annual comprehensive screening is recommended by longevity physicians. Those with identified risk factors may benefit from more frequent monitoring of specific markers. A baseline assessment is valuable at any age to establish reference points for tracking changes over time.

MRI uses magnetic fields, not radiation, so there is no radiation risk from full-body MRI. CT scans (such as coronary calcium scoring) do use radiation but at low doses. The benefit of early cancer and aneurysm detection generally outweighs the minimal CT radiation risk for adults, though this should be discussed with your physician.

Epigenetic age tests (like TruDiagnostic or GrimAge) measure DNA methylation patterns to estimate your biological age, which may differ from your chronological age. This gives a data-driven measure of how fast you are aging and can be tracked over time to see if lifestyle and treatment interventions are slowing or reversing your biological aging rate.

Where to Get It (UAE)

Browse all wellness centers →

Medical Disclaimer: The information on this page is for educational purposes only and is not intended as medical advice. Kamura Scores reflect a combination of research evidence, community data, and other factors — they are not clinical recommendations. Research citations are provided for reference; always consult the original publications for complete study details. Consult a qualified healthcare provider before starting, stopping, or modifying any treatment. Individual results may vary.