oMeds
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Comparison · longevity

NAD+ Pathway vs Peptide Longevity Pathway

NAD+ pathways restore cellular cofactor levels driving mitochondrial function and sirtuin activity. Peptide longevity pathways stimulate endogenous axes (growth hormone, healing, immune). They operate on different biology and are complementary in modern longevity protocols.

Reviewed by Dr. Laura PurdyMay 29, 2026
Attribute
NAD+ pathway
Peptide longevity pathway
Mechanism
Cellular cofactor restoration
Endogenous axis stimulation
Cadence
Periodic IV or daily oral precursor
Subq cycles
Biomarker anchor
Inflammatory + metabolic markers
IGF-1, recovery markers
Energy / mitochondrial signal
Direct
Indirect
Coexistence
Frequent stack
Frequent stack
Choose NAD+ pathway

NAD+ pathway is decisive for mitochondrial and cellular-energy optimization.

Explore pathway
Choose Peptide longevity pathway

Peptide longevity pathway is decisive for growth-axis, recovery, and tissue-repair optimization.

Educational. Final pathway selection is provider-reviewed via synchronous video consultation against your biomarkers, history, and goals.

Frequently asked

Should I choose one?

No — they target different biology and are commonly stacked under provider review.

Which has more evidence?

Both have growing evidence bases — provider review interprets the literature against your biomarkers.

Next step

Take the optimization assessment.

The adaptive assessment maps your symptoms, history, and goals to candidate pathways — and routes you into provider review.

Begin assessment