Phase 1 Modular Peptide System A+C+E | Research Formulation

Description

Phase 1 Modular Peptide System A+C+E

The Phase 1 Modular Peptide System A+C+E is a defined multi-module research formulation designed for laboratory investigation of different peptide compositions and formulation architectures.

The configuration combines Modules A, C, and E, bringing together multiple peptide structures within a single Phase 1 research framework. The supplied product specification identifies palmitoylated peptides, a dipeptide component, acetylated peptide structures, and the copper-coordinated peptide AHK-Cu. Module C also contains caffeine as a supporting non-peptide component.

Rather than representing one isolated peptide, the product should be described as a multi-peptide research configuration suitable for comparative analytical and formulation studies.

Phase 1 Module Composition

Module A

Module A contains:

• Palmitoyl Tripeptide-1
• Palmitoyl Tetrapeptide-7
• Total peptide content: 0.10%

Module C

Module C contains:

• Dipeptide-2
• Acetyl Tetrapeptide-5
• Palmitoyl Tetrapeptide-7
• Caffeine: 0.30%
• Total peptide content: 0.52%

Module E

Module E contains:

• Acetyl Octapeptide-3 (SNAP-8)
• Tetrapeptide-21
• AHK-Cu
• Total peptide content: 0.13%

These concentrations and component specifications come from the supplied reference product information and should be replaced with the actual LV formulation specifications and current COA if they differ.

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Research Architecture

The Phase 1 configuration provides a controlled way to evaluate several peptide structures and formulation characteristics within one defined system.

The three included modules introduce different compositional variables, including:

• Palmitoylated peptide structures
• Dipeptide components
• Acetylated peptide structures
• Copper-coordinated peptide
• Multi-peptide formulations
• Caffeine as a supporting compound
• Different peptide concentration levels
• Different formulation matrices

This makes the product particularly suitable for comparative peptide formulation research and analytical characterization.

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Research Applications

Peptide Composition Research

Evaluate the identity and composition of multiple peptide components within a defined formulation system.

Analytical Characterization

Support laboratory studies involving analytical identification and characterization of peptide-containing formulations.

Formulation Stability Research

Investigate physical and chemical characteristics of multi-peptide formulations under controlled research conditions.

Peptide Compatibility Studies

Evaluate the compatibility of different peptide structures within formulated research systems.

Copper-Peptide Research

Module E incorporates AHK-Cu, providing a copper-coordinated peptide component for relevant analytical research.

Comparative Formulation Research

The A+C+E configuration provides multiple peptide architectures and concentration levels that can be evaluated comparatively.

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Product Specifications