No LabelGHK-CU 100 mg
| Quantity | Discount | Price |
|---|---|---|
| 3–5 | 10% | $79,20 |
| 6–9 | 15% | $74,80 |
| 10–100 | 20% | $70,40 |
Specifications
- Brand: No-Label HGH, Peptides & SARMs
- Substance: GHK-CU
- Product Form: Powder
- Dosage: 100 mg
How To Use
Laboratory Reconstitution & Research Dosing Protocols
Disclaimer: The following information is for educational and laboratory reference only. This product is strictly for in-vitro and in-vivo research and is not intended for human consumption or therapeutic use.
This vial contains 100mg of lyophilized GHK-Cu powder. Due to the high concentration, precise reconstitution is necessary for micro-dosing protocols.
Reconstitution Guide
For research ease, we recommend reconstitute the 100mg vial with 10 ml of Bacteriostatic Water.
- Preparation: Slowly inject 10 ml of water into the vial. The solution will turn a deep, vibrant blue—this is the natural color of the copper complex.
- Measurement Reference: Using a 10ml dilution, a standard U-100 insulin syringe will yield:
- 10 Units (0.10 ml) = 1.0mg (1,000mcg)
- 20 Units (0.20 ml) = 2.0mg (2,000mcg)
Critical Usage Tips for 100mg Vials
- The Sting Hack: To reduce pain, many researchers mix their GHK-Cu dose in the same syringe with BPC-157 or add a tiny amount of Lidocaine or Vitamin B12. Diluting it further with sterile saline immediately before injecting also helps.
- Zinc Balance: You cannot run a 100mg vial without Zinc support. If you start feeling fatigued, metallic taste in mouth, or anxious, your Copper/Zinc balance is off. Pause the GHK-Cu and increase Zinc.
- Storage: Once mixed, this is a large supply. Keep it refrigerated at all times. If you don't plan to use it all within 30 days, consider reconstituting only half the powder if you can extract it safely (advanced users only).
Important Note: This 100mg vial is a Bulk / High-Concentration product. It is intended for experienced researchers planning long-term cycles (e.g., 3+ months) or those requiring aggressive dosages. The risk of injection pain is higher without proper dilution.
Experience Level Usage Guide
Beginner
🧪 Protocol A: Systemic Maintenance & Longevity Model
Reference dosing for studies investigating systemic gene modulation and skin thickness.
- Test Subject Dosage: 1.0mg to 2.0mg daily.
- Administration: Subcutaneous.
- Observation Period: 30 to 60 days.
Intermediate
🧪 Protocol B: Acute Injury & Tissue Repair Model
Standard research protocol for evaluating recovery from induced soft tissue trauma.
- Test Subject Dosage: 5.0mg to 10.0mg daily.
- Administration: Subcutaneous (often injected near the injury site for localized study).
- Observation Period: 10 to 14 days.
Advanced
🧪 Protocol C: The Wolverine Recovery Stack
Advanced protocol for research involving multi-peptide synergy for maximal regeneration.
- The Stack: GHK-Cu (2mg) + BPC-157 (500mcg) + TB-500 (500mcg).
- Scientific Rationale: This combination investigates the simultaneous modulation of gene expression, angiogenesis, and muscle fiber repair.
Shipping Details
Detailed Description
What Is No Label GHK-Cu 100mg?
No Label GHK-Cu 100mg is a high-concentration synthetic tripeptide-copper complex engineered for advanced research into tissue regeneration, collagen synthesis, and anti-aging biological pathways. GHK-Cu (Glycyl-L-Histidyl-L-Lysine Copper) is a naturally occurring copper complex first identified in human plasma. This massive 100mg Bulk Vial provides laboratories with a high-yield supply for conducting extensive in vitro assays and in vivo animal models focused on systemic repair and epigenetic regulation.
By offering 100mg of verified active material, this vial is the premier choice for researchers conducting long-term studies that require stable, high-dose protocols.
Please note: This product is strictly for research purposes and is not intended for human consumption or medical use.
| Technical Specification | Details |
|---|---|
| Compound Name | GHK-Cu (Copper Tripeptide-1) |
| Format | 100 mg Lyophilized Powder (High-Value Bulk) |
| Purity Level | >99% (HPLC & MS Verified) |
| Primary Research Area | Collagen Synthesis & DNA Repair |
Observed Benefits of GHK-Cu in Research Models
In controlled laboratory studies, GHK-Cu has demonstrated versatile regenerative properties. Key experimental observations include:
- Collagen & Elastin Stimulation: Studies indicate a significant upregulation of collagen type I and elastin synthesis, critical for investigating structural tissue aging.
- DNA Repair & Epigenetics: Research shows GHK-Cu can shift gene expression to a more youthful state, aiding in studies on cellular longevity.
- Anti-Inflammatory Action: Acts as a potent antioxidant, reducing free radical damage and systemic inflammatory cytokines in test subjects.
- Wound Healing: Accelerates the contraction of wounds and improves the success rate of skin grafting in experimental animal models.
Mechanism of Action
GHK-Cu works by modulating the expression of thousands of genes. It acts as a primary carrier, delivering copper—a vital cofactor for metabolic enzymes—directly to the cellular matrix. Once bound to the receptor, it initiates signaling cascades that upregulate genes responsible for tissue repair (such as metalloproteinases) while downregulating genes associated with inflammation and cellular senescence.
Comparison: Regenerative Research Peptides
| Research Peptide | Primary Focus | Comparison to GHK-Cu |
|---|---|---|
| BPC-157 | Structural Tissue Repair | BPC-157 is more focused on deep mechanical repair (tendons/ligaments); GHK-Cu is the specialist for surface collagen and epigenetic longevity. |
| Epitalon | Telomere Regulation | Epitalon works via telomerase activation, whereas GHK-Cu works via copper-mediated gene regulation and collagen matrix repair. |
| GHK-Cu | Collagen & DNA Signaling | The most versatile compound for studies on tissue aesthetic, DNA repair, and copper-binding pathways. |
Research Preparation & Storage Protocols
Due to its high 100mg concentration, the lyophilized powder should be reconstituted with bacteriostatic water carefully to achieve desired titration levels.
- Storage (Unmixed): Freeze the dry vial (-20°C) for maximum long-term stability.
- Storage (Reconstituted): Once in solution, keep the vial in a refrigerator (2°C to 8°C). GHK-Cu is relatively stable but should be used within 60 days of mixing.
Potential Side Effects in Toxicology Studies
In animal models, GHK-Cu is exceptionally well-tolerated. Excessive doses in research subjects can occasionally lead to transient hypotension (lowered blood pressure) or mild irritation at the site of administration. No systemic toxicity has been documented during standard research phases.
Where to Buy No Label GHK-Cu 100mg Online
When conducting large-scale regenerative assays, the purity and yield of your compound are vital. Peptidesline provides laboratory-grade No Label GHK-Cu 100mg, vacuum-sealed and verified for 100% molecular integrity.
- Rapid US Logistics: Shipped directly from our USA facility, ensuring delivery in 4-7 business days.
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FAQ
The 100mg format is the most cost-effective solution for researchers conducting high-dose studies or multiple experimental cycles, providing batch consistency across long-term protocols.
Yes, this is mandatory with the 100mg vial. Copper and Zinc compete for absorption in the body. Injecting high doses of Copper over a long cycle will deplete your Zinc levels, leading to fatigue or anxiety. A daily oral supplement of 30mg-50mg Zinc is required to maintain balance.
Research suggests GHK-Cu can reset over 3,000 genes to a more youthful state, specifically upregulating genes for DNA repair and cellular protection.
Given the high volume, adding 5ml to 10ml of bacteriostatic water is common to allow for easier micro-dosing and precise titration during laboratory experiments.
Cosmetic brands charge a premium for marketing, packaging and patent licensing. Our No Label series offers the raw, lyophilized peptide at wholesale research pricing. You are paying for the 100mg of active ingredient, not the fancy bottle.
The deep blue color is the natural physical characteristic of the copper-tripeptide complex. If the solution is clear, it indicates either a lack of copper or a failed chemical bond.
