RT3-CORE | 50 ml – Whipped Research Tallow with GHK-Cu, SNAP-8 and Matrixyl

For research use only — not for human or veterinary use.

Analytical Verification (Formulation Standard)

RT3 -CORE is produced using controlled formulation protocols combining a whipped lipid base with a multi-peptide complex consisting of GHK-Cu, SNAP-8 and Matrixyl. Each batch is prepared under laboratory conditions to ensure consistent peptide integration and structural stability.

Batch: RT3-CORE-GF-050

Formulation characteristics include:

• Base Matrix: grass-fed whipped tallow
• Peptide Complex: GHK-Cu, SNAP-8 and Matrixyl
• Lipid Components: jojoba oil and squalane
• Botanical Components: rose oil and lavender
• Stabilization: vitamin E
• Structure: uniform whipped lipid matrix with multi-peptide integration
• Packaging: violet glass jar for light protection and formulation stability

The peptide components are incorporated using controlled blending procedures to ensure uniform distribution throughout the formulation and reproducible research performance.

Product Overview

RT3 -CORE 50 ml Whipped Research Tallow is a peptide-infused multi-component formulation developed for advanced experimental environments involving peptide–matrix interaction and complex formulation behaviour.

This formulation represents the core multi-peptide system within the RT series, combining multiple research peptides within a single structured lipid matrix.

The whipped structure provides a stable and reproducible environment for evaluating distribution, interaction behaviour and structural influence of multiple peptides within lipid-based systems.

RT3 -CORE is designed for in vitro research involving advanced peptide systems and comparative formulation modelling.

Peptide Overview

The RT3 -CORE formulation contains a multi-peptide complex consisting of GHK-Cu (Copper Tripeptide-1), SNAP-8 and Matrixyl.

GHK-Cu is studied in biochemical research for its role in cellular signalling and peptide-mediated pathways.

SNAP-8 is a synthetic peptide investigated in laboratory models focusing on signalling modulation and peptide interaction behaviour.

Matrixyl represents a class of peptides studied in relation to structural protein signalling and extracellular matrix-related research models.

RT3 -CORE is formulated as a peptide-infused system with a high relative peptide content within the lipid matrix, allowing detailed evaluation of multi-peptide interaction within a single carrier environment.

Compound Overview

The formulation combines natural lipid components with multiple peptide elements to create a stable and reproducible research matrix.

The composition includes:

• Grass-fed tallow as structural base
• Jojoba oil for wax ester stability
• Squalane for lipid uniformity
• Rose oil and lavender for formulation consistency
• Vitamin E as antioxidant stabilizer
• Multi-peptide complex (GHK-Cu, SNAP-8, Matrixyl)

This composition supports controlled experimental evaluation of peptide–matrix interaction and complex formulation behaviour.

Historical Background and Scientific Context

Peptide research has evolved significantly since the late twentieth century, with increasing focus on systems involving multiple interacting compounds.

Individual peptides such as GHK-Cu, SNAP-8 and Matrixyl have each been studied extensively in laboratory environments. As research advanced, the focus shifted toward understanding how multiple peptides behave within shared carrier systems.

Lipid-based matrices such as whipped tallow formulations provide a controlled environment for studying multi-peptide interaction, distribution and structural influence.

RT3 -CORE is developed within this framework as a central multi-peptide formulation within the RT research series.

Mechanistic Focus in Research

RT3 -CORE enables investigation of complex multi-peptide systems within a lipid-based carrier matrix.

Research investigations commonly focus on:

• Multi-peptide interaction and signalling analysis
• Peptide–matrix interaction within lipid systems
• Comparative analysis between RT0, RT1 and RT3 -CORE formulations
• Structural and rheological behaviour of complex formulations
• Biochemical signalling pathway modelling

Research Applications

RT3 -CORE is used in advanced research environments where multiple peptide components are evaluated within a single formulation.

Examples of research applications include:

• Multi-peptide system research
• Comparative RT-series formulation studies
• Biochemical signalling interaction analysis
• Carrier system evaluation for complex formulations
• Controlled in vitro peptide experiments

Packaging and Material Integrity

RT3 -CORE is supplied in a violet glass container designed to protect the formulation from light exposure and environmental factors.

This packaging supports stability of both the lipid matrix and peptide components while avoiding interaction with synthetic packaging materials.

Grail Formula Quality

Each Grail Formula multi-peptide formulation is developed using controlled laboratory processes to ensure consistency, peptide integrity and reproducible research performance.

All peptide components are verified prior to formulation and integrated using standardized procedures.

• Multi-peptide verification
• Controlled formulation process
• Consistent peptide distribution
• Batch traceability
• Laboratory-grade production standards

Research Use Limitation

• Used solely for in vitro experiments
• Not permitted for clinical trials involving humans
• Not permitted for human or veterinary administration
• Not permitted for investigational human use

Multi-peptide infused whipped tallow formulation
Contains GHK-Cu, SNAP-8 and Matrixyl
High peptide content within lipid matrix
Grass-fed tallow base formulation
Supplied in violet glass for light protection
Supports multi-peptide interaction research
Advanced RT-series core formulation
For research use only — not for human or veterinary use

For laboratory research only. Not intended for human consumption, injection, or cosmetic use.

This product is for research purposes only. Not for human use or diagnostic/therapeutic applications. Keep out of reach of children.