
If you’re invested in high-performance nutrition, you’ve likely heard the phrase “you are what you eat.” But there is a biological catch: you are actually only what you absorb.
Whether you’re shaking up premium whey, plant-based blends, or ancestral organ meats, your body faces a massive challenge. Proteins are complex, tightly folded structures. If your gut can’t “unlock” these structures into free-form amino acids, that expensive protein doesn’t fuel your muscles—it just goes to waste.
Enter Bacillus subtilis AB22™. This isn’t just another probiotic; it is a specialized enzymatic powerhouse designed to act as your gut’s personal “cleanup and construction crew.” By producing a robust array of protease enzymes, AB22™ ensures your body actually gets the amino acid “payload” you paid for.
We didn’t just take the “powerhouse” claim at face value. Here is how AB22™ performed against the most common protein sources:
Even the “Gold Standard” of bioavailability needs a boost. In our assays, a 1% concentration of AB22™ supernatant resulted in a massive spike in free L-amino acid concentration compared to the whey control. It accelerates the breakdown process so the fuel hits your bloodstream faster.
Freeze-dried liver, heart, and kidney powders are nutrient-dense but structurally complex. AB22™ successfully “shredded” these dense animal tissues into bioavailable single amino acids, significantly outperforming the control.
Plant proteins (pea, soy, and wheat) are notoriously difficult to digest because they are often wrapped in fibers and anti-nutrients.
The Head-to-Head Results:
We’ve all been there: the dreaded “protein bloat.” This happens when undigested proteins ferment in the lower gut, leading to gas and discomfort. By easing the problem at the source—the digestion phase—AB22™ helps you achieve your performance goals without the digestive heavy lifting.
Don’t let your nutrition go to waste. To see the full breakdown of the study, the methodologies, and the exact concentration data, download our complete white paper below.
[Download the Full Technical Paper Here]