UPA Copper Peptide Compound - GHK-Cu (Vial)

UPA GHK-Cu features Glycyl-L-Histidyl-L-Lysine Copper (GHK-Cu), a naturally occurring copper peptide commonly referenced in cellular signalling and extracellular matrix research contexts. This product is supplied in vial format and is intended for experienced customers familiar with compound handling and preparation.

Package Contents

1 × GHK-Cu compound vial (10 mg)

General Context

GHK-Cu has been examined in research environments for its interaction with copper-dependent cellular signalling pathways and structural regulation processes. These pathways are frequently discussed within studies focused on tissue organisation, cellular communication, and matrix-related research models.

Within scientific literature, GHK-Cu is often grouped among copper-binding peptides used to explore regulatory signalling mechanisms at the cellular level.

Compound Information

GHK-Cu (Copper Peptide) compound

Naturally occurring tripeptide complex

Supplied in vial format

Produced to established quality and handling standards

Format Information

Vial Format
This product is supplied in vial form and requires preparation prior to use. Intended for customers familiar with vial-based compound handling and appropriate preparation protocols.

Storage & Handling

Store according to packaging instructions

Protect from excessive heat and direct light

Do not use if the solution appears cloudy or contains visible particles

Intended Audience

This product is intended for experienced customers familiar with peptide compounds and vial-format preparation.

No claims are made regarding skin appearance, repair, healing, hair growth, inflammation, antioxidant activity, or medical outcomes.

Disclaimer

This product is not intended to diagnose, treat, cure, or prevent any disease.

Additional Disclaimer

All compound products are supplied for informational and catalogue purposes only. Customers are responsible for ensuring appropriate handling, preparation, and compliance with applicable regulations.