AlexDavis43
Member
When I take testosterone I'm taking something that directly stimulates muscle protien synthesis.
That doesn't mean if it raises my blood pressure it doesn't work. That would be a side effect. Something to the side of the effect I want.
However raising my blood glucose is HGH working. It's the literal effect of the drug by stimulating FFA release and by increasing gluconeogenesis in the liver (and my reducing GLUT4 sensitivity in the muscle tissue).
Now you're saying because I can't manage this or don't like it somehow I'm not using the drug properly.
What I am saying is:
Given the effect of HGH is to create a diabetogenic state I don't see how the minor gain in anabolism justifies the risk for me.
It will do this to everyone. You can take drugs to offset this (polypharmacy), but in the end unless you have GH deficiency it will harm your health long term.
HGH is very profitable for these companies. If it had any use outside the very narrow scope it's being used for now they WOULD have pushed for it.
I'll drop it after this, because:
1) doesn't look like you're gonna budge on this topic;
2) it might appear like I'm telling people GH is healthy and everyone should take it like a vitamin. I'm absolutely not saying that.
3) I think GH for anti-aging is bullshit -- "game changer!" said by someone who started HRT around the same time they started GH, where TRT is obviously doing all the heavy lifting
First, this.
Yes, GH creates a diabetes-like phenotype. Not to be confused with a step toward actually developing T2D.
In the relevant context, insulin sensitivity is restored when you stop GH; the source you cited of kids being treated with GH, having insulin resistance post treatment was included as a throwaway line in their paper - no acknowledgment of confounding by the kids' underlying pathology; did they have insulin resistance before GH therapy too (untested)? How long after GH d/c was IR measured (not specified)? Besides being in a completely different context (GHD kids vs healthy adults), those questions are critical to support the notion that GH causes T2D.
Further, in comparison with actual type 2 diabetes, one of the better theories (imo) of the cause, which explains T2D in both obese and lean people, is energy toxicity & personal fat threshold
Both skinny people & fat people with T2D have fatty liver; fat people without diabetes don't have fatty liver; there are not many exceptions to the fatty liver → T2D link
GH treatment reduces fatty liver
Yes you get high blood glucose readings but this is different from the underlying pathophysiology of T2D
:::end rant:::
