Longevity & energy
The Longevity Stack
The cellular-aging research set.
NAD+ and MOTS-c, both studied in aging and energy pathways, with GHK-Cu, a copper peptide whose levels decline with age.
NAD+
$79A molecule every cell uses to make energy.
A coenzyme every cell uses to turn food into energy. Levels fall with age, which is why it shows up in longevity conversations.
What research has looked at
Studied in cells and animals for metabolism and aging pathways, and in early human trials, mostly using oral precursors like NR and NMN.
Read more →MOTS-c
$55.50A peptide made by your mitochondria, the cell's power plants.
A short peptide encoded in mitochondrial DNA, part of a family scientists only started describing in the last decade.
What research has looked at
Studied mainly in mice and cells for metabolism, insulin sensitivity, and exercise-like effects.
Read more →GHK-Cu
$49A copper peptide found naturally in the body.
A small copper-binding peptide that occurs naturally in the body and declines with age. Best known from skincare.
What research has looked at
Mostly studied in cell cultures and topical skincare formulations, looking at collagen, wound healing, and skin structure.
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