With so many options available for measuring body fat, why choose a DEXA body composition scan? Because it is the gold standard in body composition testing, no other method comes close to DEXA accuracy. Rather than using estimates and equations based on localized parts of your body, Dual Energy X-ray Absorptiometry (DEXA or DXA) measures the precise amount of skeletal, muscle, and body fat mass in every part of your body. After your DEXA scan, we’ll thoroughly explain your results and you’ll receive a full report with your metrics and how you can improve them. Use your results to fine tune your goals, track your progress, tailor your nutrition, identify muscle imbalances, and monitor health risks.
DEXA body composition scans are done fully clothed and can be done on a lunch break. It is significantly more precise than bio-impedance (like Inbody) and much more convenient than hydro-static weighing or BodPod. A DEXA scan measures body tissues to within 1/10 of an ounce and is the only method available to measure body symmetry and visceral fat and to provide a high-resolution image that allows you to clearly see your body composition.
Why choose Live Lean Rx Houston? Our lowest priced DEXA scan is ‘Premium’ level, and is always with a full consultation and includes a free FIT3D. No extra charges over ‘Basic’ DEXA scans as many of our competitors do. Plus, every one of us at Live Lean Rx is a Precision Nutrition Certified nutritionist. We are proud to be Houston’s #1 rated, most affordable and experienced DEXA body composition scan, metabolic testing, and nutrition services leader!
DEXA Scan body composition analysis is a great option for:
- anyone working to lose body fat or gain muscle
- as a key health marker in addition to your annual physical
- athletes interested in monitoring muscle symmetry, muscle atrophy after an injury, or muscle gain during recovery.
- people transforming body physique, such as bodybuilding and bikini competitors.
- men and women taking that want to be proactive about health, longevity and disease risk factors.