Verify LL-37 Purity — Lab Testing Standards | Real Peptides

LL-37 purity verification requires HPLC analysis, mass spectrometry, and third-party COA validation. Real Peptides uses these three methods to confirm
How to Run LL-37 Cycle — Dosing, Timeline & Storage

Run LL-37 cycle correctly: 5mg daily subcutaneous for 4–8 weeks, stored at 2–8°C post-reconstitution. Dosing, timing, and storage protocols explained.
How to Calculate GHK-Cu Concentration? (Peptide Dilution)

Calculate GHK-Cu concentration using molecular weight, milligrams, and bacteriostatic water volume. A 5mg vial reconstituted with 2ml yields 2.5mg/ml
How to Inject GHK-Cu Subq — Protocol & Setup Guide

GHK-Cu subcutaneous injection requires reconstitution with bacteriostatic water, precise dosing, and proper injection technique. Here’s the complete
Choose LL-37 Vial Size — Dosing & Storage Guide

LL-37 vial size determines dosing frequency, reconstitution volume, and shelf stability. Choose based on your research protocol’s duration and injection
How to Mix GHK-Cu — Peptide Reconstitution Protocol

GHK-Cu requires precise reconstitution with bacteriostatic water at specific ratios. Learn exact volumes, sterile technique, and storage requirements.
How to Store GHK-Cu Long Term — Peptide Stability Guide

GHK-Cu peptides degrade rapidly at room temperature — proper storage at −20°C maintains stability for 12+ months. Learn precise protocols here.
Rotate GHK-Cu Injection Sites — Why Location Matters

Rotating GHK-Cu injection sites prevents tissue scarring, maintains absorption consistency, and reduces adverse reactions — here’s the protocol
Avoid GHK-Cu Reconstitution Errors — Safe Mixing Protocol

GHK-Cu degradation happens during reconstitution, not after. Follow temperature control, bacteriostatic water ratios, and sterile technique to preserve
How to Read GHK-Cu COA? (Decoding Purity Reports)

Learn to read GHK-Cu COA documents by identifying purity percentages, HPLC data, and contaminant levels — the three metrics that determine peptide quality