Individually documented vials
GLP-3 (R), MOTS-C, and Tesamorelin each ship with separate lot paperwork.
$249.97
GLP-3 (R) works on gut hormone receptors, MOTS-C signals from inside the mitochondria, and Tesamorelin acts on the pituitary gland, giving this stack three completely different entry points into how the body regulates weight, energy, and fat distribution.
Details for each compound are separated in the table below.
| Specification | GLP-3 (R) | MOTS-C | Tesamorelin |
|---|---|---|---|
| Compound | GLP-3 (R) | MOTS-C | Tesamorelin |
| Quantity | 10mg | 10mg | 5mg |
| Product format | Research-grade triple-receptor agonist peptide | Research-grade mitochondrial-derived peptide | Research-grade GHRH analog |
| 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 | Metabolic Peptide Research | Mitochondrial & Metabolic Peptide Research | Growth Hormone & Secretagogue Research |
| Support | Contact Cellugenix before ordering if documentation is needed | Contact Cellugenix before ordering if documentation is needed | Contact Cellugenix before ordering if documentation is needed |
This bundle is sold only for scientific study by qualified professionals. Not for use in diagnostic or therapeutic procedures. Not for human or veterinary use.
Check the compliance section and each compound's storage page before you finalize your order.
GLP-3 (R) is a triple receptor agonist that binds the GLP-1, GIP, and glucagon receptors, studied in receptor-binding and cAMP-signalling assays from outside the cell. MOTS-C takes a different route: transcribed from mitochondrial DNA, it activates AMPK from inside the cell's energy system, a mechanism with no receptor-binding parallel to GLP-3 (R).
Tesamorelin adds a third route upstream of both. As a stabilized GHRH analog, it binds GHRH receptors on pituitary somatotrophs and is studied in growth-hormone-secretion and receptor-binding assays.
The three compounds don't compete for the same research question. One works at the gut-hormone receptor level, one at the mitochondrial level, and one at the pituitary level, so a lab can compare how metabolic output shifts depending on which control point is engaged.
Each compound enters the metabolic system at a different anatomical and molecular point.
Each vial in this stack carries independent batch documentation, so identity and purity can be checked against the specific lot received rather than a shared certificate covering all three compounds.
This stack follows the same documentation discipline used across the full Cellugenix catalog.
GLP-3 (R), MOTS-C, and Tesamorelin each ship with separate lot paperwork.
Identity and purity for every batch are confirmed outside our own facility.
None of the three compounds are marketed for anything beyond laboratory use.
The full stack ships together under one tracking reference.
All three items are secured individually within the shipment.
A gut-hormone receptor agonist, a mitochondrial peptide, and a GHRH analog don't share one storage profile, so review each compound's own guidance.
This stack spans three categories within the Cellugenix catalog.
Reference pages covering testing and compliance for this stack.
GLP-3 (R) 10mg, MOTS-C 10mg, and Tesamorelin 5mg, each shipped as its own documented vial.
No. GLP-3 (R) works through gut hormone receptors, MOTS-C signals from within the mitochondria, and Tesamorelin acts on the pituitary gland to drive endogenous GH release.
Yes, GLP-3 (R), MOTS-C, and Tesamorelin each have their own batch record in the COA library.
No, each has its own stability profile, so check the specific handling page for every compound before use.
Together they let a lab study metabolic regulation from three separate control points, gut hormone signaling, mitochondrial energy output, and pituitary GH release, within a single research order.
Need help with your Cellugenix order? Our team is available to assist with product selection, COA access, and any shipping questions you may have today.
Our products are crafted for research and for investigative purposes and are not suitable for direct human consumption or consumers, nor are they intended for clinical or therapeutic use. The statements and products listed on this website are not intended to diagnose, treat, cure, or prevent any disease.
Compliance protocol: 18+ · Research only · No human use
This catalog is restricted to qualified researchers aged 18 or over. Thank you for your honesty — please close this window.