Three separate lot files
Epitalon, NAD+, and MOTS-C each ship with independent paperwork.
Sale
Premium bundle
$212.98
Purity (HPLC)≥99%
Storage2–8 °C
- Third-party testedIndependent lab verified
- Batch-specific COAsAvailable for each compound in the bundle
- Tracked shippingDispatched with tracking
- Secure checkoutEncrypted payment
Questions before ordering? Our team can confirm documentation, stock and shipping.
- Research Use Only
- Third-Party Tested
- COA Access Available
- Laboratory Use Only
Key Specifications
Specifications for each compound are listed individually below.
| Compound | Epitalon | NAD+ | MOTS-C |
|---|---|---|---|
| Quantity | 10mg | 500mg | 10mg |
| Product format | Research-grade synthetic tetrapeptide | Research-grade coenzyme compound | Research-grade mitochondrial-derived peptide |
| Intended use | Laboratory research only | Laboratory research only | Laboratory research only |
| Documentation | COA available through our COA library | COA available through our COA library | COA available through our COA library |
| Related category | Longevity & Cellular Aging Research | Cellular Energy & Longevity Research | Mitochondrial & Metabolic Peptide Research |
Research Use Only
None of the three compounds in this bundle carry approval for human or animal use, diagnosis, or treatment. This listing is limited to laboratories and qualified researchers conducting controlled study work.
Confirm the compliance details and each compound's storage guidance before submitting an order.
What is the Longevity Stack Research Bundle?
Epitalon is a synthetic tetrapeptide (Ala-Glu-Asp-Gly) derived from the pineal compound epithalamin, and its primary studied mechanism is upregulation of hTERT, the catalytic subunit of telomerase; in fibroblast cultures this has been linked to measurable telomere elongation, one of the few peptides in the research literature tied directly to that mechanism.
NAD+ operates on an entirely different axis, serving as a coenzyme required for hundreds of redox reactions and sirtuin-dependent processes that decline with cellular age. MOTS-C adds a third, mitochondria-specific angle: encoded within mitochondrial DNA itself, it translocates to the nucleus under metabolic stress and activates AMPK, linking mitochondrial output to broader cellular stress response.
The three compounds don't compete for the same research question. Telomere maintenance, coenzyme-dependent energy metabolism, and mitochondrial-nuclear signaling are studied as separate hallmarks of aging, and this bundle keeps each one isolated to its own vial for comparison work.
Product Details
Each compound corresponds to a distinct, independently studied aging mechanism.
- EpitalonPineal-derived tetrapeptide studied for hTERT upregulation, telomerase activation, and telomere elongation in somatic cells.
- NAD+Coenzyme studied for its role in redox reactions, sirtuin activity, and cellular energy metabolism.
- MOTS-CMitochondrially encoded peptide studied for AMPK-linked signaling and metabolic stress adaptation.
Purity Verification and COA Access
All three vials in this bundle carry independent batch documentation, allowing a researcher to verify the exact lot received for each compound rather than relying on one shared record.
Why Cellugenix for Longevity Stack Research Bundle?
This bundle follows the same batch-level documentation standard used across our full catalog.
Outside lab confirmation
Identity and purity for every batch are verified by a third party.
Restricted to research buyers
None of the three compounds are marketed beyond laboratory use.
Single tracked shipment
All three vials travel together under one tracking number.
Individually cushioned vials
Each item is packed separately within the shipment.
Storage and Handling
A pineal-derived tetrapeptide, a coenzyme, and a mitochondrial peptide each carry their own stability profile, so review the guidance for each individually.
- Compound-specific conditionsEpitalon, NAD+, and MOTS-C each have distinct temperature and reconstitution notes.
- File records by vialMatch each COA to its corresponding compound for easy reference.
- Check before prepOpen the individual handling page for any compound before reconstituting it.
Related Research Category
This bundle spans three categories across the Cellugenix catalog.
Quality and Documentation
Reference pages for testing standards and ordering policy.
Frequently Asked Questions
What three compounds make up the Longevity Stack Research Bundle, and at what quantities?
Epitalon at 10mg, NAD+ at 500mg, and MOTS-C at 10mg, each shipped as an individually documented vial.
What makes Epitalon's studied mechanism different from NAD+ or MOTS-C?
Epitalon is tied specifically to hTERT upregulation and telomerase activity, a mechanism that neither NAD+'s coenzyme function nor MOTS-C's mitochondrial signaling role addresses.
Is a COA provided separately for each of the three compounds?
Yes, Epitalon, NAD+, and MOTS-C each have their own batch record accessible through the COA library.
Do all three compounds require the same storage conditions?
No, each has a distinct stability profile, so check the individual handling page for every compound before reconstitution.
Why combine a telomere-focused peptide with a coenzyme and a mitochondrial peptide instead of three similar compounds?
Aging research spans multiple independent mechanisms, and this bundle is built to let a lab study telomere maintenance, energy metabolism, and mitochondrial signaling as separate variables within one order.
Need Product Support?
Have a question about placing your order, selecting quantities, or anything else before checkout? Reach out and our team will help you through it.
