Viele wollen das Maximum aus GHK-Cu & anderen Peptiden rausholen – aber vergesse
The reel makes several claims about the necessity of certain supplements for peptide effectiveness, but these claims are not well-supported by evidence. The role of Vitamin C and Zinc in collagen production and peptide function is overstated, and there is no evidence provided for the specific role of Magnesium bisglycinate in peptide effectiveness.
“Vitamin C is necessary for collagen production and peptide effectiveness.”
While Vitamin C is important for collagen synthesis, the claim that it is necessary for peptide effectiveness lacks direct evidence. The evidence supports Vitamin C's role in improving skin elasticity and reducing wrinkles at doses of 500 mg, but not specifically in conjunction with peptides.
“Zinc is necessary for collagen production and peptide effectiveness.”
There is no direct evidence linking Zinc supplementation to enhanced collagen production or peptide effectiveness. The evidence primarily supports Zinc's role in reducing cold duration at high doses, not in collagen synthesis or peptide function.
This supplement is not in our library. We cannot assess claims about it.
“Magnesium bisglycinate is necessary for peptide effectiveness.”
There is no evidence in the database supporting the claim that Magnesium bisglycinate is necessary for peptide effectiveness. The claim lacks scientific backing and should be viewed skeptically.
Viele wollen das Maximum aus GHK-Cu & anderen Peptiden rausholen – aber vergessen die Basics 👀 👉 Für GHK-Cu brauchst du auch: Vitamin C + Zink → ohne diese Cofaktoren läuft vieles nicht optimal Und noch wichtiger: Das Fundament stimmt oft nicht. • proteinreiche Ernährung • ballaststoffreiche Kost • regelmäßige Bewegung • guter Schlaf • ausreichend Hydration Ohne diese Basics bringen dir auch die „besten“ Peptide weniger als du denkst. Das gilt nicht nur für GHK-Cu, sondern für die meisten Peptide. Erst das Fundament. Dann die Optimierung. 💡