GLOW Potion (Topical GHK-Cu)
$75.00
Bulk Pricing
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Glow Potion
Glow Potion is an advanced dermal research solution developed for laboratory work centered on dermal biology, peptide signaling, hydration dynamics, and cellular metabolic pathways. By combining copper peptide signaling with cellular cofactors and hydration-support compounds, this formulation gives researchers a premium multi-pathway system for more advanced experimental models.
Hydration Support Matrix
Cellular Cofactor Blend
30 mL Amber Dropper Bottle
Overview
Glow Potion is a specialized research formulation developed for laboratory studies focused on skin structure, extracellular matrix signaling, cellular turnover, and tissue vitality markers. The formulation integrates peptide-driven signaling with hydration-support and metabolic cofactor components commonly investigated in dermal and cellular biology research systems.
Built around GHK-Cu for models studying collagen dynamics and signaling activity.
Includes NAD⁺ to support research involving cellular energy and redox-associated pathways.
Combines glycerin and hyaluronic acid in a water-based solution for dermal model exploration.
Housed in a UV-resistant amber dropper bottle for a cleaner lab presentation.
Research interest areas
Product specifications
| Container | UV-resistant amber bottle with dropper |
| Base | Water-based solution |
| Volume | 30 mL |
| Category | Advanced dermal research solution |
| Use | For laboratory research use only |
Why it stands out
Instead of focusing on a single research pathway, Glow Potion is structured as a more complete dermal research system. The combination of copper peptide signaling, cellular cofactor support, and hydration-focused components gives researchers a more dynamic formulation for controlled model evaluation.
Research composition
GHK-Cu (Copper Peptide)
40 mg/mL
Frequently studied for its interaction with collagen signaling pathways, extracellular matrix remodeling, and cellular repair-related processes in dermal research models.
NAD⁺
7.5 mg/mL
A key cellular cofactor commonly investigated in metabolic pathways, energy-related signaling, and oxidative balance models involving cellular activity.
Glycerin
20%
Commonly utilized in laboratory research involving hydration dynamics, moisture retention systems, and barrier function model evaluation.
Hyaluronic Acid
0.2%
Often studied for its contribution to extracellular matrix structure and hydration-support properties in dermal and tissue-focused research systems.
For laboratory research use only. Not for human consumption.
In stock





