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The science of cellular energy
What is NAD+?
And why does it
drop after 30?
What is NAD+?
And why does it
drop after 30?
What is NAD+?
And why does it
drop after 30?
What is NAD+?
And why does it
drop after 30?
50%
NAD+ decline by age 50
3
Delivery Pathways
10
Synergistic Ingredients
50%
NAD+ decline by age 50
50%
NAD+ decline by age 50
3
Delivery Pathways
3
Delivery Pathways
10
Synergistic Ingredients
10
Synergistic Ingredients
THE PROBLEM WITH MOST NAD SUPPLEMENTS
THE PROBLEM WITH MOST NAD SUPPLEMENTS
Most supplements justgive your body NAD+. Cell Theory teaches your body to make it.
Most supplements just give your body NAD+.
Cell Theory teaches
your body to make it.
Most supplements just give your body NAD+.
Cell Theory teaches
your body to make it.
One ingredient fixes one thing. Our 10-in-1 system works three pathways simultaneously: replenish, protect, and amplify. That's the difference between a spike and a rebuild.
One ingredient fixes one thing. Our 10-in-1 system works three pathways simultaneously: replenish, protect, and amplify. That's the difference between a spike and a rebuild.
THE SCIENCE
Your cells run on NAD+. After 30, that supply quietly drops.
One ingredient fixes one thing. Our 10-in-1 system works three pathways simultaneously: replenish, protect, and amplify. That's the difference between a spike and a rebuild.
THE SCIENCE
Your cells run on NAD+. After 30, that supply quietly drops.
One ingredient fixes one thing. Our 10-in-1 system works three pathways simultaneously: replenish, protect, and amplify. That's the difference between a spike and a rebuild.
LIPOSOMAL DELIVERY
Why most supplements never reach your cells.
Standard capsules degrade in digestion before the active ingredients arrive. Liposomal technology wraps NAD+ in a lipid bilayer — the same material as your cell walls — so it survives the journey.
Standard capsules degrade in digestion before the active ingredients arrive. Liposomal technology wraps NAD+ in a lipid bilayer — the same material as your cell walls — so it survives the journey.
Step 1 - Swallow
NAD+ is delivered inside a liposomal carrier. A microscopic lipid-bilayer bubble that looks and acts like a tiny cell.
NAD+ is delivered inside a liposomal carrier. A microscopic lipid-bilayer bubble that looks and acts like a tiny cell.
Basically a Trojan horse for your cells. The body sees it and says: ‘Yep, you’re on the list.’
Basically a Trojan horse for your cells. The body sees it and says: ‘Yep, you’re on the list.’
Step 2 - Survives Digestion
The lipid shell protects NAD+ from stomach acid and enzymes, delivering it intact to the intestinal wall.
The lipid shell protects NAD+ from stomach acid and enzymes, delivering it intact to the intestinal wall.
Like skipping the line with a VIP pass. Stomach acid doesn’t even check the bag.
Like skipping the line with a VIP pass. Stomach acid doesn’t even check the bag.
Step 3 - Enters the Cell
The lipid bilayer merges with your cell membrane. NAD+ passes through directly. No conversion, no waste, full delivery.
The lipid bilayer merges with your cell membrane. NAD+ passes through directly. No conversion, no waste, full delivery.
The cell membrane opens the velvet rope and NAD+ walks straight in.
The cell membrane opens the velvet rope and NAD+ walks straight in.
Step 1 - Swallow
NAD+ is delivered inside a liposomal carrier. A microscopic lipid-bilayer bubble that looks and acts like a tiny cell.
Basically a Trojan horse for your cells. The body sees it and says: ‘Yep, you’re on the list.’
Step 2 - Survives Digestion
The lipid shell protects NAD+ from stomach acid and enzymes, delivering it intact to the intestinal wall.
Like skipping the line with a VIP pass. Stomach acid doesn’t even check the bag.
Step 3 - Enters the Cell
The lipid bilayer merges with your cell membrane. NAD+ passes through directly. No conversion, no waste, full delivery.
The cell membrane opens the velvet rope and NAD+ walks straight in.
LIPOSOMAL DELIVERY
Why most supplements never reach your cells.
Standard capsules degrade in digestion before the active ingredients arrive. Liposomal technology wraps NAD+ in a lipid bilayer — the same material as your cell walls — so it survives the journey.
Ready to reclaim your energy?
Ready to reclaim your energy?
Start thriving again.
Start thriving again.
10 research-backed ingredients. Three pathways. Two daily capsules.
10 research-backed ingredients. Three pathways. Two daily capsules.
Ready to reclaim your energy?
Start thriving again.
10 research-backed ingredients. Three pathways. Two daily capsules.
Ready to reclaim your energy?
Start thriving again.
10 research-backed ingredients. Three pathways. Two daily capsules.