Three independent lot files
BPC-157, Epitalon, and NAD+ each ship with separate paperwork.
Premium bundle 2
$219.98
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 in the Longevity Stack Research Bundle 2 are listed individually below.
| Compound | BPC-157 | Epitalon | NAD+ |
|---|---|---|---|
| Quantity | 5mg | 10mg | 500mg |
| Product format | Research-grade pentadecapeptide | Research-grade synthetic tetrapeptide | Research-grade coenzyme compound |
| 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 | Tissue Repair & Regeneration Research | Longevity & Cellular Aging Research | Cellular Energy & Longevity Research |
Research Use Only
This bundle is distributed for laboratory and scientific research purposes only, with none of the three compounds cleared for human or animal administration, diagnosis, or treatment.
Look over the compliance section and each compound's storage guidance before submitting an order.
What is the Longevity Stack Research Bundle 2?
Regeneration slows down as cells age, which is part of why this bundle pairs BPC-157 with two compounds tied to different aspects of cellular aging biology. BPC-157 works mainly through nitric oxide modulation and growth factor upregulation, mechanisms that support angiogenesis and cytoprotection in tissue repair models. That places it in a different category entirely from Epitalon, whose studied effect centers on upregulating hTERT and activating telomerase, extending telomere length in cultured cells rather than driving vascular repair.
NAD+ ties the two together from a metabolic standpoint. As a coenzyme required for redox reactions and sirtuin-dependent processes, its availability is studied in connection with both tissue-repair capacity and telomere-related aging pathways, without directly duplicating either peptide's mechanism. The three compounds give a lab three separate entry points into questions about regeneration, cellular senescence, and the energy systems that support both.
Product Details
Each compound targets a different piece of the aging and repair puzzle.
- BPC-157Gastric-derived pentadecapeptide studied for nitric oxide-driven angiogenesis and tissue-level cytoprotection.
- EpitalonPineal-derived tetrapeptide studied for hTERT upregulation and telomerase activation.
- NAD+Coenzyme studied for its role in redox chemistry, sirtuin activity, and cellular energy metabolism.
Purity Verification and COA Access
Each of the three vials carries its own batch documentation, meaning a lot can be checked on its own merits instead of against a single record covering the whole bundle.
Why Cellugenix for Longevity Stack Research Bundle 2?
The documentation standard here matches every other listing across the Cellugenix catalog.
Outside lab verification
Identity and purity for every batch are checked by a third party.
Sold to laboratories only
None of the three compounds are marketed for anything beyond research use.
One tracked shipment
All three vials travel together under a single tracking number.
Cushioned, separated packing
Each vial is packed individually to prevent contact in transit.
Storage and Handling
A repair-focused peptide, a pineal-derived tetrapeptide, and a coenzyme don't share one storage profile, so treat each vial according to its own guidance.
- Compound-specific notesBPC-157, Epitalon, and NAD+ each carry distinct temperature and reconstitution requirements.
- Keep records matchedFile each COA against its corresponding vial for traceability.
- Confirm before reconstitutionReview the individual handling page for any compound before preparing 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 are in Longevity Stack Research Bundle 2, and at what quantities?
BPC-157 at 5mg, Epitalon at 10mg, and NAD+ at 500mg, each shipped as its own documented vial.
How does this bundle differ from the original Longevity Stack Research Bundle?
This version swaps MOTS-C for BPC-157, shifting the third variable from mitochondrial signaling to tissue-repair mechanisms alongside the same Epitalon and NAD+ pairing.
Does BPC-157 share a mechanism with Epitalon in this bundle?
No. BPC-157 is studied for nitric oxide-driven tissue repair, while Epitalon's studied mechanism centers on telomerase activation, so the two address separate research questions.
Is a COA available for each compound on its own?
Yes, BPC-157, Epitalon, and NAD+ each have an independent batch record in the COA library.
Should all three vials be stored under one set of conditions?
No, each compound's stability profile differs, so check the individual storage page for BPC-157, Epitalon, and NAD+ separately.
Need Product Support?
If you're weighing quantities, delivery timing, or anything else before you check out, our team is on hand to walk through it with you.
