Factors That Accelerate GHK-Cu Degradation Researchers should be aware of the specific degradation risks for GHK-Cu: Carboxypeptidase enzyme exposure: GHK-Cu is sensitive to breakdown by carboxypeptidase enzymes
Naturally occurring copper-binding tripeptide
Can be administered orally, topically, or via injection in controlled laboratory settings
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Standard / Gradual Approach A representative reference vial is compounded at roughly methionine 25 mg/mL + inositol 50 mg/mL + choline 50 mg/mL (125 mg/mL combined MIC) with ~1000 mcg/mL B12 , though ratios such as 25/25/25 are equally common [1]
It manifests itself as an inflammatory condition with perivascular infiltrate, dilated blood vessels, lymphoedema, hyperplasia of sebaceous glands, and disorders of connective tissue structures brought on by fibrosis