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6d • Peptide Tips
GHK-Cu / KPV Blend — Reconstitution & Research Protocol
I got a lot of questions on the last post asking how you'd reconstitute the GHK-Cu / KPV blend and what a research protocol looks like. So let me do the math for you.
This is for research purposes only — not for human consumption.
The typical GHK-Cu research dose ranges from 1 to 3mg per day. For most researchers, 2mg is going to be the sweet spot. Since this is a blend, your KPV dose is automatically calculated based on the ratio. Here's how it breaks down for both versions:
50mg GHK-Cu / 10mg KPV Blend (Valor, Ion + Modern Research)
The ratio here is 5:1 — five parts GHK-Cu to one part KPV.
At a 2mg GHK-Cu research dose, you're getting 0.4mg of KPV per dose.
Total doses per vial: 50mg ÷ 2mg = 25 doses.
Reconstituted with 3mL of bacteriostatic water (3mL = 300 units on an insulin syringe): 300 units ÷ 25 doses = 12 units per dose.
50mg GHK-Cu / 20mg KPV Blend (AMP, EZ)
The ratio here is 5:2 — five parts GHK-Cu to two parts KPV. That's double the KPV compared to the 50/10 blend.
At a 2mg GHK-Cu research dose, you're getting 0.8mg of KPV per dose.
Total doses per vial: 50mg ÷ 2mg = 25 doses.
Reconstituted with 3mL of bacteriostatic water (3mL = 300 units on an insulin syringe): 300 units ÷ 25 doses = 12 units per dose.
Both blends give you 25 doses per vial and 12 units per administration — the only difference is how much KPV you're getting per dose. The 50mg/20mg blend gives you double the KPV (0.8mg vs 0.4mg), meaning more anti-inflammatory support per research dose.
You can compare pricing on both versions side by side on PeptidePrice: GHK-Cu / KPV Blend 💪
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GHK-Cu / KPV Blend — Reconstitution & Research Protocol
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