Liposomal Delivery: Why LordSay® NR Outperforms Regular Supplements
You've probably heard the saying "you are what you eat," but the truth is, you are what you absorb. Traditional supplements face a gauntlet of challenges in your digestive system—stomach acid, digestive enzymes, and poor cellular uptake can destroy or waste up to 90% of regular nicotinamide riboside supplements. This means you're not getting the NAD+ boost you're paying for.
Understanding Liposomal Technology

LordSay® employs advanced liposomal encapsulation technology, wrapping nicotinamide riboside molecules in protective phospholipid bubbles. These liposomes are made from the same materials as your cell membranes, allowing them to merge seamlessly with your cells and deliver their precious cargo directly where it's needed. Think of it as a cellular delivery service that bypasses the usual digestive obstacles.
The Bioavailability Advantage
Studies show that liposomal delivery can increase bioavailability by 600% or more compared to standard formulations. With LordSay® Liposomal Nicotinamide Riboside, this means more NR reaches your bloodstream intact, converting efficiently to NAD+ throughout your body. You need less product for better results, making it both more effective and more economical in the long run.
Sustained Release for All-Day Support
Unlike regular NR supplements that create a spike and crash in NAD+ levels, liposomal delivery provides a sustained release effect. The phospholipid vesicles release their contents gradually, maintaining elevated NAD+ levels for hours. This steady supply supports consistent energy production, ongoing DNA repair, and continuous cellular optimization throughout your day.
Quality You Can Trust
LordSay® doesn't just use any liposomal technology—they employ pharmaceutical-grade processes to ensure uniform particle size, stability, and purity. Each batch undergoes rigorous testing to verify liposome integrity and NR content, guaranteeing you receive the full benefits of this advanced delivery system with every dose.



