GHK-Cu 50 mg

🧪 GHK-Cu 50 mg – Research peptide targeting skin, repair & tissue processes

GHK-Cu (Copper Peptide) is a widely discussed research peptide within studies of skin quality, tissue processes and cell communication. The peptide consists of the GHK tripeptide coupled with copper and is being studied in research settings for its role within natural repair mechanisms.

GHK-Cu occurs naturally in the human body and decreases with age. This is precisely why it is an interesting research object within studies on skin aging, regeneration and structural support of tissues.

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🔬 Product information at a glance

• Name: GHK-Cu (Copper Peptide)

• Quantity: 50 mg

• Form: Lyophilized (freeze-dried) powder

• Purity: ≥ 99% (HPLC tested)

• Peptide type: copper-bound tripeptide

• CAS number: 49557-75-7

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⚗️ What is GHK-Cu being investigated for?

Within research environments, GHK-Cu is widely studied in relation to:

• Skin structure and skin quality

• Cell renewal and tissue processes

• Support of connective tissue and matrix structures

• Biological processes associated with aging

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📦 Packaging & storage

• Contents: 1 vial of GHK-Cu 50 mg

• Storage: Store cool and dry (2-8 °C), protected from light

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🌍 Why choose GHK-Cu 50 mg?

• Focused on skin and tissue-related research models

• High concentration, suitable for long-term research projects

• Very high purity and consistent quality

• Popular within regenerative and cosmetic research

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⚠️ Important
For research purposes only. Not suitable for human or animal use.

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🔍 Explanation box: Why GHK-Cu is often investigated together with other peptides

Within regenerative and skin-oriented research, GHK-Cu is regularly considered together with other peptides that each have complementary roles:

• GHK-Cu → focus on skin quality, cell communication and structural processes

• BPC-157 → often studied in relation to tissue repair and regeneration

• TB-500 → is being studied for its role within cell migration and repair mechanisms

By studying these peptides together, researchers gain a better understanding of how:

• skin

• connective tissue

• and recovery processes

can affect each other within one broader biological system.

Intended for research purposes only.