GHK-Cu 50 mg

Dragon Pharma GHK-CU 50 mg – Copper Peptide for Tissue Regeneration Research

Dragon Pharma GHK-CU (Copper Tripeptide-1) is a naturally occurring copper-binding peptide with powerful regenerative properties. First identified in human plasma, GHK-CU has been extensively researched for its ability to promote wound healing, collagen production, and tissue remodeling. Unlike single-mechanism repair agents, GHK-CU modulates over 4,000 human genes, upregulating those involved in regeneration while downregulating inflammatory pathways.

If you're looking for legit GHK-CU for research purposes, this peptide has gained significant attention for its potential to accelerate wound healing, improve skin integrity, reduce inflammation, and protect against oxidative stress. For researchers studying tissue repair, dermatology, or anti-aging biology, GHK-CU represents one of the most well-documented copper peptides in the literature.

Why Athletes & Bodybuilders Are Researching GHK-CU

Connective tissue health is critical for athletes and bodybuilders — tendons, ligaments, and fascia take time to recover and adapt. GHK-CU research suggests it may accelerate healing of soft tissue injuries, support collagen matrix remodeling, and reduce scar formation. For researchers studying recovery optimization, connective tissue repair, or skin integrity (including stretch marks), GHK-CU offers a distinct and well-studied mechanism worth exploring.

What Makes Dragon Pharma GHK-CU Different?

• ✔ Naturally occurring copper peptide — found in human plasma
• ✔ Modulates over 4,000 genes in research models (regeneration vs. inflammation)
• ✔ Promotes collagen, elastin, and glycosaminoglycan synthesis
• ✔ Researched for wound healing, anti-aging, and tissue remodeling

Note for researchers: GHK-CU's blue color is characteristic (copper content) and not an indicator of impurity. For best results in your research, follow established protocols and always source legit GHK-CU from verified suppliers like Dragon Pharma.

Product Specifications

Dosage, Reconstitution & Research Guidelines

Reconstitution Instructions (50 mg Vial)

GHK-CU comes as a lyophilized powder in a 2 mL sterile vial. You'll need bacteriostatic water to reconstitute it properly. Note: The characteristic blue color of GHK-CU is normal and indicates the presence of copper.

• ✔ Add 2 mL of bacteriostatic water to the vial
• ✔ Final concentration: 25 mg per mL (25,000 mcg/mL)
• ✔ Gently swirl — do not shake
• ✔ Refrigerate after reconstitution and use within 14 days

Need bacteriostatic water for your research? Get it here →

Typical Research Dosing

Based on available research literature, typical GHK-CU dosing in animal studies falls in this range:

• ✔ 1 – 2 mg per kg in animal models (subcutaneous injection)
• ✔ For local wound healing research: 0.5 – 1 mg injected around injury site
• ✔ One 50 mg vial provides approximately 25–100 research doses depending on model size
• ✔ Research cycles typically run 2–4 weeks

Insulin Syringe Dosing Guide

Using a standard 1 mL (100 unit) insulin syringe with GHK-CU reconstituted to 25 mg/mL:

• ✔ 0.01 mL (1 unit) = 0.25 mg
• ✔ 0.02 mL (2 units) = 0.5 mg
• ✔ 0.04 mL (4 units) = 1.0 mg
• ✔ 0.08 mL (8 units) = 2.0 mg
• ✔ Administer subcutaneously — near injury site for local research, or general area for systemic studies

How Athletes & Bodybuilders Are Researching GHK-CU

Connective tissue health, wound healing, and skin integrity are all relevant to high-performance athletes. GHK-CU is being studied for its potential to accelerate soft tissue repair, remodel scar tissue, and support collagen synthesis — factors that impact injury recovery, surgical recovery, and skin health (including stretch marks).

Popular research stacks include:

• ✔ GHK-CU + BPC 157 — combining copper peptide with healing peptide for comprehensive tissue repair research. View BPC 157 →
• ✔ GHK-CU + TB 500 — for enhanced tissue regeneration and wound healing studies. View TB 500 →
• ✔ GHK-CU + GLOW blend — pre-mixed combination of GHK-CU, TB 500, and BPC 157 for comprehensive repair research. View GLOW →

Research Protocol Example (4 Weeks)

• ✔ Weeks 1–4: GHK-CU 1–2 mg daily subQ
• ✔ Weeks 1–4: BPC 157 250–500 mcg daily (optional stack for tissue repair)
• ✔ Post-cycle observation: 1–2 weeks off before next research phase

Important Considerations

• 🔬 GHK-CU naturally contains copper — blue color is normal and expected
• 💧 Some research models show mild injection site irritation — dilute further if needed
• ⚠️ GHK-CU has been studied for over 40 years with a strong safety profile
• 📦 Always source GHK-CU from verified suppliers like Dragon Pharma

Lab Verification – Third-Party Test Results

At Dragon Pharma, every batch of GHK-CU undergoes independent third-party HPLC testing to verify purity, mass, and sterility. Below are the test results for the current batch, analyzed by Janoshik.

Lab file

ghk-cu-lab-test-2025-11-10

Test Date

2025-11-10

Batch Number

#HDGH10

Measured Result

55.10 mg

Assay vs Label

110.20%

COA summary: potency verified, purity passed, heavy metals passed.

Latest Batch

Why Third-Party Testing Matters

With the rise of counterfeit research peptides, independent lab verification is the only way to confirm you're getting what you paid for. GHK-CU should meet strict purity and mass standards. Dragon Pharma commits to full transparency — every batch is tested, and COAs are published here.

For more information on GHK-CU research and tissue regeneration, refer to this PubMed study on GHK-CU and gene expression.

Shipping & Product Authenticity

What to Expect

• ✔ Orders processed within 24–48 hours after payment confirmation
• ✔ USA Domestic shipping via USPS/UPS/FedEx — tracking included
• ✔ International tracking available (update frequency varies by destination)
• ✔ Cold-chain packaging not required for lyophilized peptide before reconstitution, but vials are shipped in protective padding

How to Verify You Have Legit GHK-CU

Counterfeit research peptides are a real problem. Here's how to confirm you're getting authentic Dragon Pharma GHK-CU:

• ✔ QR code verification — each box includes a unique QR code. Scan it to verify the batch on Dragon Pharma's official database
• ✔ Scratch-off serial number — reveals a one-time use code for online verification
• ✔ Batch traceability — match the batch number on the vial to our lab test results above
• ✔ Original crimp seal — intact, sterile vial with Dragon Pharma labeling
• ✔ Appearance: Lyophilized powder should have a characteristic light blue tint (copper content)

For complete delivery details, tracking policy, international customs, and reshipment terms, please see our Shipping Info page.

Storage Guidelines

Before Reconstitution (Lyophilized Powder)

• ✔ Store at 2–8°C (36–46°F) — standard refrigerator temperature
• ✔ Do not freeze the lyophilized powder
• ✔ Keep in original packaging, away from light
• ✔ Stable for up to 12 months when refrigerated properly
• ✔ Avoid repeated temperature changes (don't take in and out of fridge unnecessarily)

After Reconstitution (Mixed with Bacteriostatic Water)

• ✔ Store at 2–8°C (36–46°F)
• ✔ Use within 14 days of reconstitution
• ✔ Do not freeze after reconstitution — freezing can damage peptide structure
• ✔ Keep vial upright and sealed between uses
• ✔ Avoid direct light exposure

What to Avoid

• ❌ Freezing (before or after reconstitution — damages peptide bonds)
• ❌ Leaving at room temperature for extended periods (>24 hours)
• ❌ Shaking the vial — swirl gently instead
• ❌ Using cloudy or particulated solution after reconstitution
• ❌ Storing in bathroom or near heat sources

Inspection Before Use

Before using in your research, always inspect the vial:

• ✔ Lyophilized powder should appear as a light blue, intact cake or powder — not discolored, clumped, or melted
• ✔ After reconstitution, solution should be clear blue and particle-free (slight blue tint is normal for copper peptides)
• ✔ Crimp seal must be intact — do not use if seal is broken or missing
• ✔ Check batch number and QR code for authenticity before use

Keep out of reach of children and unauthorized personnel. Follow institutional laboratory safety guidelines for handling research peptides.

Frequently Asked Questions