Cellular Bioenergetics
Goal · Mitochondrial function + sirtuin-axis longevity research.
NAD+ is the obligate substrate of sirtuins and PARPs and the electron-transfer coenzyme for oxidative phosphorylation. MOTS-c is the mitochondrial-derived peptide that activates AMPK and regulates nuclear gene expression in response to mitochondrial state. The pair is studied as an upstream + downstream longevity-pathway combination — NAD+ supporting the substrate pool, MOTS-c driving the signaling response.
COMPONENTS
Sirtuin / PARP substrate · mitochondrial electron-transfer coenzyme
Mitochondrial-derived AMPK activator · exercise-mimetic
CYCLE FRAMING
Continuous research-protocol cycling. Not standardized.
RESEARCH NOTE
Human Phase 3 evidence for either component is incomplete. Combination not studied in clinical trial.
SOURCED FROM PEPPU LABS
Each component is available individually as research-grade material at Peppu Studio · ≥99% purity · per-batch CoA. For laboratory research use only. No human dose is recommended.
SOURCE COMPONENTS ▶