Independently batch-tested research materials

Modular Peptide System D – Copper-Peptide Complex

Product Name: Modular Peptide System D – Copper-Peptide Complex Module Classification: Advanced Module Product Information: Formulation Type: Copper-Peptide Serum-Emulsion Volume: 20 mL pH Range: 5.5–6.5 Packaging: Opaque Airless UV-Protective Container Testing Methodology: HPLC-UV-MS Analytical Verification: ISO/IEC 17025 Accredited Laboratory System Compatibility: Phase 2, Complete Configuration, Standalone Evaluation Analytical Composition: AHK-Cu: 0.10% Tocopherol (Vitamin E): 0.20% Total Peptide Content: 0.10% Product Description: Module D is one of five products within PHP’s Modular Peptide System, a modular framework of peptide formulations designed for research evaluation. Researchers may evaluate individual modules independently or as part of three structured configurations: Phase 1, Phase 2, or the Complete Configuration. Module D is a peptide formulation centered on AHK-Cu, a copper-coordinated peptide complex representing a distinct chemistry class within the modular framework. Unlike the free peptides utilized elsewhere in the system, AHK-Cu exists as a coordinated metal complex, introducing analytical variables specific to copper coordination chemistry. Composition is independently verified through ISO/IEC 17025-accredited analytical testing using HPLC-UV-MS methodology. Batch-specific Certificates of Analysis are available through the COA-Topicals library. Module D is the only product within the framework in which the peptide exists as a coordinated metal complex rather than a free peptide. Research Framework: Distinct copper-coordinated peptide chemistry class Single-peptide composition with supporting formulation architecture Elevated-concentration advanced module Compatible with Phase 2 and Complete Configuration May be evaluated independently or alongside Module B Includes the system’s only coordinated metal-peptide complex Formulation Characteristics: AHK-Cu serves as the primary peptide component at 0.10% Tocopherol (Vitamin E) incorporated as part of the formulation’s oxidation-management architecture Buffered serum-emulsion matrix engineered for copper-peptide stability Chelation system incorporated to support coordination-complex integrity Elevated pH range relative to other modules to accommodate copper-complex stability requirements Airless packaging minimizes oxygen exposure and supports compositional integrity UV-protective packaging is particularly important for copper-coordinated peptide systems Comparative Position Within The System: Within the modular framework, Module D functions as the advanced composition and represents a distinct chemistry class relative to the other products in the system. It is analytically paired with Module B, as both products utilize elevated-concentration, single-peptide-dominant architectures while representing different formulation and chemistry frameworks. AHK-Cu also appears at a lower concentration (0.02%) within Module E, enabling comparative evaluation of the same compound at different analytical levels across the system. Copper-Peptide Selection Rationale: PHP’s formulator selected AHK-Cu as the copper-peptide component of Module D based upon formulation-engineering…

Research areas: Dermal, Hair & Tissue Appearrance

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