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Musculoskeletal

DEXA Scan (Body Composition)

Dual-energy X-ray absorptiometry scanning provides precise measurement of bone density, lean mass, and fat distribution for health assessment and longevity tracking.

Human Trials

500

50,000 participants

Risk Level

Low Risk

Monthly Cost

$50$200 /month

Assuming quarterly scans; single scan ranges $100-$400 depending on location and insurance coverage

Quick Facts

Category
Other
Research Field
Other
Evidence Grade
A – Strong
Risk Level
Low
Monthly Cost
$50 – $200
Human Trials
500
Where to Source·Prescription required – consult your healthcare provider

Research Velocity

+7%
450 publications in the last 12 months · steady increase in publications

Mechanism of Action

DEXA scanning uses two X-ray beams of different energy levels to differentiate between bone, lean tissue, and fat tissue based on their distinct absorption properties. The scan generates detailed maps of body composition, providing accurate measurements of bone mineral density, visceral adipose tissue, appendicular lean mass, and regional fat distribution. This technology enables precise tracking of sarcopenia, osteoporosis risk, and metabolic health markers that correlate with longevity outcomes.

Overview

DEXA scanning represents the gold standard for body composition analysis, offering unparalleled precision in measuring bone density, muscle mass, and fat distribution. Research indicates that DEXA-derived metrics strongly correlate with longevity outcomes, particularly appendicular lean mass index for sarcopenia assessment and visceral adipose tissue quantification for metabolic risk stratification. The technology provides detailed regional analysis, enabling tracking of age-related changes in body composition that influence healthspan and mortality risk.

Studies suggest that regular DEXA monitoring can identify early sarcopenia, osteoporosis risk, and metabolic dysfunction before clinical symptoms appear. The scan's ability to distinguish visceral from subcutaneous fat provides valuable insights into cardiovascular risk and insulin sensitivity. Research demonstrates that individuals with higher appendicular lean mass and lower visceral adipose tissue, as measured by DEXA, show improved longevity outcomes and reduced age-related disease risk.

While primarily used clinically for osteoporosis screening, DEXA scanning has become increasingly valuable for longevity-focused health optimization. The low radiation exposure and non-invasive nature make it suitable for periodic monitoring, with many longevity practitioners recommending annual or biannual scans to track body composition changes over time. The detailed data enables precise assessment of intervention effectiveness and early detection of age-related physiological decline.

Known Interactions

  • Minimal radiation exposure (0.001 mSv per scan, equivalent to 1-2 days of natural background radiation)
  • Metal implants may interfere with accurate readings in affected body regions
  • Pregnancy contraindication due to radiation exposure
  • Recent barium studies or contrast agents may affect scan accuracy

Legal Status by Country

📍

Your country (United States)

Requires medical prescription or referral

Rx Required
Australia
Rx Required
✈️Brazil
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Canada
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China
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✈️Colombia
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Germany
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✈️India
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✈️Israel
Rx Required
Japan
Rx Required
✈️Mexico
Rx Required
Netherlands
Rx Required
✈️Panama
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Russia
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✈️South Korea
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Switzerland
Rx Required
✈️Thailand
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✈️Turkey
Rx Required
✈️UAE
Rx Required
United Kingdom
Rx Required
📍United States
Rx Required

📍 = your selected country · ✈️ = medical tourism destination · Always verify current local regulations before travel.

Key Research

Last verified: 2026-03-16