Chelated copper tripeptide-1 and palmitoyl matrikines stimulate fibrillin, laminin, and dermal extracellular collagen architecture reconstruction.
We catalog the Copper Tripeptide-1 + Matrixyl Synthe'6 Rebuilding Serum as an inquiry-only specification for aesthetic medical practices and post-microneedling suites seeking verified bio-active peptide active serum formulations.
Direct supply quotations range between 62 and 145 USD per package. Typical packaging format: 1 unit / individual package (30ml pharmaceutical precision dropper bottle). Final unit quotation depends strictly on brand lineage, volume or capsule count, botanical/dermatological active ingredient composition, formulation delivery vehicle, purchase point or site, and seasonal promotions or batch tier volume incentives.
Biochemical signaling and extracellular matrix remodeling
Chronological dermal aging and photo-damage are marked by progressive enzymatic fragmentation of the extracellular matrix (ECM). Matrix metalloproteinases (MMPs) degrade Type I, III, and IV fibrillar collagens faster than senescent fibroblasts can synthesize replacement strands. Simultaneously, the dermal-epidermal junction (DEJ) loses its structural anchorage as laminin-5 and fibrillin microfibrils undergo structural degradation.
Our cataloged copper peptide matrix integrates two distinct bio-signaling matrikines to reactivate dermal gene transcription. Glycyl-L-histidyl-L-lysine chelated with divalent copper (GHK-Cu) occurs naturally in human plasma, where its concentration declines by over sixty percent between ages twenty and sixty. In topical delivery, GHK-Cu functions as a high-affinity copper ion chaperone, upregulating lysyl oxidase synthesis. This enzyme is required for cross-linking newly formed tropocollagen into mature collagen bundles.
Complementing GHK-Cu, the formulation incorporates 2.0% Palmitoyl Tripeptide-38 (Matrixyl Synthe'6), a lipopeptide modeled on the endogenous fragmentation sequence of laminin. In vitro fibroblast cultures demonstrate that Palmitoyl Tripeptide-38 stimulates the synthesis of six major ECM macromolecules: Collagen I (+105%), Collagen III (+104%), Collagen IV (+42%), Fibronectin (+59%), Hyaluronic Acid (+174%), and Laminin-5 (+75%). The characteristic cobalt-blue hue of the solution is entirely natural, deriving from the coordinate bonding of divalent copper ions within the peptide chelating ring.
| Active Matrikine | Concentration | Molecular Weight | Biological Target Macromolecule |
|---|---|---|---|
| Copper Tripeptide-1 (GHK-Cu) | 1.00% w/w | 404.93 Da | Procollagen cross-linking, glycosaminoglycans & MMP regulation |
| Palmitoyl Tripeptide-38 | 2.00% w/w | 675.89 Da | DEJ laminin-5, fibronectin & fibrillar collagen I/III/IV |
| Tetrapeptide-21 (GEKG) | 0.75% w/w | 406.44 Da | Stimulation of cellular procollagen gene transcription |
| Cross-Linked Sodium Hyaluronate | 1.20% w/w | Polymeric Matrix | Hydrated gel lattice holding peptides in continuous contact |
| Hydrolyzed Tremella Fuciformis | 0.50% w/w | Natural Glucuronoxylan | Intracellular antioxidant defense and osmotic cushioning |
Formulation verification and Austin product management
Catalog accuracy and chemical integrity at Zenito Skin are overseen directly by Irina Petrova, Senior Product Manager, directing our formulation sourcing and laboratory evaluation since 2021. Zenito Skin operates from our dedicated headquarters at 308 Brazos Street in Austin, Texas, backed by Florida corporate legal registration and active membership in recognized industry trade associations.
Our website functions strictly as an inquiry-only catalog. We do not provide consumer shopping carts or automated credit card billing. Every formulation acquisition is coordinated through formal batch specification documentation and validated order verification issued directly from our Austin product desk within four business hours.
Inquiry protocol and order specification workflow
Acquiring technical batch quantities of our Copper Tripeptide-1 + Matrixyl serum proceeds through a structured, predictable four-step process:
Formulation limitations and chemical incompatibilities
To preserve peptide molecular stability, our product desk highlights critical chemical incompatibilities. Free copper ions in GHK-Cu can be detached by strong chelating agents or oxidized by acidic formulas; this serum must never be combined simultaneously in the same step with low-pH unbuffered L-ascorbic acid or direct retinoids. Instead, clients should apply peptide serums in the morning and alternate evening applications with our 3:1:1 Ceramide Barrier Restorative Cream or specialized overnight formulas.
If sebum regulation is your primary concern, review our balancing 10% Niacinamide + 1% Zinc PCA Serum, or explore the non-acidic antioxidant pathway of our 15% THD Ascorbate Lipid Vitamin C.
Direct specification inquiry desk
Submit your clinic or facility details in the consultation console below to obtain verified batch rate sheets, peptide chelation assay records, and direct dispatch schedules from our Austin desk.