How It Works
The Science
How liposomal delivery actually works
From phospholipid bilayer to your bloodstream — a short tour through what makes dry liposomal delivery different from anything else you can swallow.
A liposome is a microscopic sphere built from the same kind of phospholipid molecules that make up the membranes of your own cells. Each one carries an active compound — like curcumin — protected inside a bilayer shell, shielded from stomach acid and digestive enzymes until it reaches the bloodstream.
This is what makes liposomal delivery the most bioavailable form of supplementation: the payload arrives intact, ready to be absorbed where it can act.
Liposomal delivery isn't a new idea. Pharmacologists have used lipid carriers for decades — first to deliver chemotherapy drugs without poisoning the liver, more recently to ferry mRNA vaccines into cells. The chemistry is well-understood; what's been hard is engineering one stable enough to live on a store shelf.
A finished liposome measures roughly 50 to 500 nanometers across — about a hundred times smaller than a single red blood cell. That size lets it pass through the intestinal wall via the lymphatic system rather than the bloodstream, bypassing the liver's first-pass metabolism that breaks down most oral supplements before they ever reach circulation.
The harder problem is keeping the structure intact along the way. Most liposomal supplements are oily liquids — fragile, refrigerated, short shelf life. Our process locks the bilayer into a stable powder, capsuled and shelf-stable for two years, with no taste and no refrigeration.
Ready to feel the difference?
One capsule a day. Stable on the shelf. The most bioavailable curcumin we know how to make.
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