Want to build muscle fast? Learn how to personalize your training and nutrition based on DEXA body composition data for faster lean muscle growth.
If you're hitting the gym hard but not seeing results, chances are you’re missing one crucial piece of the puzzle: your body composition data. Building lean muscle isn’t just about lifting heavier or eating more—it’s about making targeted, data-driven decisions based on your unique physique.
That’s where a DEXA scan comes in. It tells you exactly how much muscle, fat, and bone mass you have—and where it’s distributed—so you can train smarter, recover better, and build muscle faster.
Before you begin any muscle-building plan, you need to know:
A DEXA scan gives you the most accurate breakdown of these metrics. From there, you can personalize your workout, nutrition, and recovery strategies to grow lean muscle where it matters most.
Most people train what they see in the mirror. But a DEXA scan shows what actually needs work.
Use your scan to:
This data-first approach helps accelerate hypertrophy and minimize wasted effort.
Depending on your DEXA results:
Key nutrition rules for lean muscle gain:
Re-scan every 4-8 weeks to make sure your nutrition is driving muscle gain, not fat gain.
Your training plan should follow a structured cycle with smart progression.
Example 4-Week Split:
Repeat with gradual increases in load, reps, or intensity, guided by your DEXA results.
The scale alone can’t tell you if you're gaining muscle or fat.
But a DEXA scan can show:
This means you can see exactly where you’re growing muscle—and whether your plan needs tweaking.
Ready to stop guessing and start building lean muscle with precision? At KALOS, we offer expert DEXA scanning in San Francisco to help you track fat loss, monitor muscle gain, and dial in your training plan based on real data.
📍 Schedule your scan today at KALOS—your journey to data-driven fitness starts now.
Bay Area residents trust KALOS to deliver results. We proudly serve the entire Bay Area including the following locations: