Don't worry about GHK-Cu lowering your IGF-1

[maxmaxxer]

Those of you interested in GHK-Cu have probably seen the study where 6/9 insulin genes took a fat shit after GHK-Cu injections.

Lower systemic IGF-1 /related genes is bad for your ability to grow muscle, but somewhat contrastingly seems to be good for longevity.

However, this study is pretty poor and doesn't look into the insulin related gene changes at all

Looks like ghk cu does not cause systemic IGF-1 decrease.

In this other linked study they give rats pulmonary fibrosis then treat then with GHK.

Inflammation caused by pulmonary fibrosis locally increased IGF-1, which GHK-Cu decreased by decreasing the inflammation. IGF-1 upregulation is a consequence of inflammation in this study, not an independent event.

GHK-Cu is reducing IGF-1 because it's reducing the inflammation that's causing IGF-1 to be locally elevated in the first place.

In the absence of inflammation, GHK-Cu will not have the same dramatic effect on IGF-1 levels, especially not systematically. The study we looked at earlier didn’t make this distinction.

TLDR: pin GHK-Cu retard

@NZb6Air @Clavicular

 

[maxmaxxer]

Those of you interested in GHK-Cu have probably seen the study where 6/9 insulin genes took a fat shit after GHK-Cu injections.

Lower systemic IGF-1 /related genes is bad for your ability to grow muscle, but somewhat contrastingly seems to be good for longevity.

However, this study is pretty poor and doesn't look into the insulin related gene changes at all

Looks like ghk cu does not cause systemic IGF-1 decrease.

In this other linked study they give rats pulmonary fibrosis then treat then with GHK.

Inflammation caused by pulmonary fibrosis locally increased IGF-1, which GHK-Cu decreased by decreasing the inflammation. IGF-1 upregulation is a consequence of inflammation in this study, not an independent event.

GHK-Cu is reducing IGF-1 because it's reducing the inflammation that's causing IGF-1 to be locally elevated in the first place.

In the absence of inflammation, GHK-Cu will not have the same dramatic effect on IGF-1 levels, especially not systematically. The study we looked at earlier didn’t make this distinction.

TLDR: pin GHK-Cu retard

@NZb6Air @Clavicular

GHK Peptide Inhibits Bleomycin-Induced Pulmonary Fibrosis in Mice by Suppressing TGFβ1/Smad-Mediated Epithelial-to-Mesenchymal Transition - PMC

Objective: Idiopathic pulmonary fibrosis is an irreversible and progressive fibrotic lung disease that leads to declines in pulmonary function and, eventually, respiratory failure and has no effective treatment. Gly-His-Lys (GHK) is a tripeptide ...

pmc.ncbi.nlm.nih.gov

 

[killyourselfASAP]

thanks i was very worried

 

[The Homelander]

high iq user even though u r grey
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