Body Composition Analysis

Our clinical-grade body scan works by sending a safe, low-level electrical signal through your body to measure how much muscle, fat, and water you have in each area. This quick, non-invasive process gives us a "blueprint" of your health that is far more accurate than a standard scale, allowing us to see exactly how your body is changing as you build muscle and lose fat

Why measure your muscles?

When changing your body composition, protein isn't just a nutrient—it’s the insurance policy for your metabolism. While weight loss often involves burning both fat and muscle, eating enough protein signals your body to keep its muscle "machinery" intact while burning stored fat for fuel. Since muscle mass is the primary engine that determines how many calories you burn at rest, hitting your protein targets ensures that your metabolism stays high even as your weight goes down.

The Full-Body Blueprint: Mapping Your Path to Metabolic Health

Beyond just the numbers, here are some compelling ways to describe what the body scan actually does for a patient:

• It solves "The Mystery of the Scale": It explains why the scale might not be moving even when your clothes are fitting better, by showing that you’ve gained three pounds of muscle while losing three pounds of fat.

• A "Internal GPS" for Progress: Instead of guessing if your workout and diet are working, the scan provides a clinical map showing exactly where you are losing fat and where you are building strength.

• Spot-Checking Your Symmetry: It can identify muscle imbalances between your left and right sides, which is vital for preventing injuries and ensuring your "Big Four" movements are balanced.

• Measuring "Hidden" Fat: It tracks visceral fat—the dangerous fat stored around your organs—giving you a deeper look at your metabolic health that a mirror can’t see.

• Calculating Your "Engine's" Idle Speed: It provides your Basal Metabolic Rate (BMR), which is the exact number of calories your body burns just by existing, so we know exactly how much "fuel" (protein) you need to keep the engine running.