DEXA Bone Density - Spine & Hip
Type
DEXA Scan
Duration
25 min
Results
24 hours
Standard bone density measurement of lumbar spine and hip for osteoporosis screening using low-energy X-ray technology.
Standard dual-site bone mineral density assessment of the lumbar spine and proximal femur — the two most clinically important sites for osteoporosis diagnosis. Combined measurement provides the most reliable fracture risk assessment according to WHO guidelines.
Key Details
- Scan Duration
- 10–20 minutes
- Radiation
- Very low (less than a day of natural background)
- Fasting Required
- No
- Pain Level
- None — completely painless
- Measurements
- Bone density + body composition + visceral fat
- Gold Standard
- Most accurate body composition measurement available
- Repeat Frequency
- Every 6–12 months for tracking
Who Is This For?
Anyone interested in understanding their body composition beyond what a scale can tell you. Fitness enthusiasts and athletes tracking muscle gain and fat loss over time. People on weight management programs who want objective progress measurements. Those over 50 or with risk factors for osteoporosis wanting bone density screening. Longevity-focused individuals establishing baseline measurements for body composition optimization.
What's Included
Preparation Required
No fasting required. Wear comfortable, lightweight clothing without metal components (zippers, belt buckles, underwire). Remove all jewelry and metal accessories. Stay well-hydrated — dehydration can slightly affect body composition readings. Avoid intense exercise for 24 hours before the scan, as fluid shifts can influence results. The scan itself takes approximately 10–20 minutes and is painless. You'll lie still on an open table while the scanner arm passes over you.
Price estimated — contact hospital for current rates.
- Category
- Diagnostic
- Sample Type
- DEXA imaging
- Duration
- 25 min
- Results
- 24 hours
Bangpakok 9 International Hospital Bone Density Center
Full-service diagnostic radiology center with DEXA bone density measurement using low-radiation technology.
