AHK-Cu

£30.00

A high-purity research peptide studied in skin, hair and wound-repair research. Available in 100mg, with every batch independently tested and dispatched from the UK.

Free shipping

Order before 2pm for same-day dispatch

Discreet shipping

plain and unbranded packaging

Secure checkout

256-bit SSL

Product Overview

Overview

AHK-Cu peptide UK is Crown Peptides’ copper tripeptide research compound, available in 100mg for laboratory research.

50mg vial

Available strengths

MS verified

Identity confirmed

HPLC tested

Chromatographic purity

Batch CoA

Documentation supplied

Key Features

Studied in research involving dermal and skin biology
Studied in research involving hair-growth signalling models
Studied in research involving wound-repair mechanisms
Studied in research involving copper-dependent tissue remodelling
Batch-specific quality documentation available

Reconstituted

2–8°C · ~30 days

Research

AHK-Cu Research

Research uses AHK-Cu to study copper-tripeptide effects on tissue, with one in-vitro study examining its effect on human hair-follicle cells. This work sits alongside broader copper-peptide research into dermal and wound-repair biology

Dermal and skin biology
Hair-growth signalling models
Wound-repair mechanisms
Copper-dependent tissue remodelling

Specifications

Product

AHK-Cu

Classification

Copper tripeptide research compound

Available strength

50mg vial

Molecular weight

≈ 415.9 g/mol

Form

Lyophilized powder

Purity and assay

≥ 99%

Reconstituted

2–8°C · ~30 days

Verification

HPLC and Mass Spectrometry where analytically appropriate

Purity and Testing

Castle House peptides AHK-Cu is supplied with batch-specific quality documentation appropriate to the material. Analytical methods vary by compound and formulation, so the Certificate of Analysis should be used as the definitive source for identity, assay, purity and relevant impurity information.

Storage Conditions

Store unreconstituted material at -20°C ± 5°C in a cool, dry environment
Prepared research solutions should use validated storage conditions appropriate to the compound and study design
Protect from unnecessary heat, direct light and repeated temperature fluctuations