Longevity Stack
Cellular-Aging Research Stack.
Four cellular-aging compounds — NAD+, Epithalon, MOTS-c and SS-31 — structured as one bundle covering sirtuin, telomere and mitochondrial pathways.
Fresh-batch only — per-batch COA included with every shipment.
Why It Works
Built for the fastest aging-research decision.
Sirtuin-pathway angle
NAD+ is the central substrate for sirtuin deacetylase activity — the most-cited cellular-aging mechanism in published literature.
Telomere angle
Epithalon (Epitalon) is the canonical telomerase-research peptide, originated in the Russian gerontology corpus.
Mitochondrial angle
MOTS-c and SS-31 cover mitochondrial-derived signaling and inner-membrane cardiolipin protection respectively.
Stack Composition
The compounds anchoring the offer.
Each compound is available standalone in the shop — the stack bundles them at flagship positioning.
Longevity
NAD+
Nicotinamide adenine dinucleotide — central coenzyme for sirtuin deacetylase activity in cellular-aging research.
Longevity
Epithalon
Tetrapeptide AEDG — canonical telomerase-research compound from the Russian gerontology corpus.
Longevity
MOTS-c
Mitochondrial-derived 16-aa peptide. Metabolic-homeostasis and exercise-mimetic research framing.
Bundles
Choose the stack that matches your intensity.
Pick the tier that fits, then confirm below. One decision point, one clean checkout.
Trust
Built to remove friction before the buy decision.
Lab-grade positioning
Clean sourcing, limited-run batches, consistent purity across every restock.
Discreet EU shipping
Neutral packaging, tracked dispatch, fast transit across the EU.
Secure checkout
Mollie PCI-DSS infrastructure. No card data touches this site.
Research-use positioning
Products presented strictly for laboratory research. No medical claims.
FAQ
Clear answers remove hesitation.
Which longevity tier fits me?
Starter (NAD+ alone) for the sirtuin-substrate entry. Advanced adds Epithalon for the telomere-research angle. Ultimate adds MOTS-c and SS-31 for the mitochondrial layer.
Why these compounds together?
NAD+, Epithalon, MOTS-c and SS-31 each anchor a separate mechanism in the cellular-aging literature — sirtuin substrate, telomere length, mitochondrial signaling, inner-membrane protection. Together they form the canonical longevity-research configuration.
How does shipping work?
Tracked dispatch with neutral, discreet packaging. Fresh-batch model: 14–21 days transit, per-batch COA included.
Decision Layer
Choose your stack and move now.
The biggest conversion killer is hesitation. Pick the tier that fits, confirm research use, check out.
Research library
Read the research behind the stack.
Long-form research-frame deep-dives on each of the four cellular-aging compounds anchoring this stack — sirtuin substrate, telomerase activation, mitochondrial mitokine signaling, and inner-membrane cardiolipin binding.
Deep-dive · 13 min
NAD+ complete guide
Sirtuin substrate, PARP DNA-repair, CD38 NADase, mitochondrial function and age-related-decline research.
Deep-dive · 13 min
Epithalon complete guide
Tetrapeptide AEDG — Russian-origin pineal-gland analog, Khavinson lab lineage, telomerase-activation research.
Deep-dive · 13 min
MOTS-c complete guide
Mitochondrial-derived peptide — AMPK activation, mitokine retrograde signaling, exercise-mimetic research framing.
Deep-dive · 13 min
SS-31 complete guide
Aromatic-cationic tetrapeptide — cardiolipin binding, cristae structure, mitochondrial cardiomyopathy research.