(22-01-2015, 08:13 PM)iaboy Wrote: My first guess would be none. BUT, after our chats, I would suggest it would of pumped up his free Estrogen levels.
Yeah exactly, the plan back fired and made the gyno go into overdrive, how do I know?, (well), it happened to me lol. Or, to use another analogy, "how do you feed a fire?......you add more fuel", in this case the testosterone was that fuel. Now I don't have an unfair advantage over others like an extra chromosome (XXY,) or one less testicle, but this happens quite often and more so to older dudes. Anyways back to boobies lol, this approach I'm getting at is that for the most part I don't use AA's, why? I don't need them or want to limit any chance I could influence that other 54% of albumin, I just applied that model to the current NBE plan in the last year and grew over 2 inches (4 1/2 total). Will it work for everybody?, it's hard to say, YMMV. I will say this though, I think the length of time thing has been shortened in my case.
In another example is how body builders use pro-estrogen supps for building muscle gains in a cycle or two. Before gyno takes place and induces permanent changes to their chest they stomp on the breaks with an anti-aromatase supp. Although admitting to using E to increase mass would be ridiculous right?.
Take a look at this, these results are in women with normal menstrual cycles, what it demonstrates is the binding percentages of hormones. And remember it's the "free" hormone state that initiates growth, we can't mix up a simple binding of some hormones because they don't all synthesize into the growth stage, (that's the part of overloading with E that will not produce growth and doesn't work).
Binding distribution of principle endogenous steroid hormones in normal women during the menstrual cycle.
Of clinical importance is free testosterone, which is often elevated in hyperandrogenic women with clinical manifestations of hirsutism. The free testosterone is regulated by the concentration of SHBG in blood. The higher the SHBG level, the lower the free testosterone level, and vice versa. A number of factors can affect SHBG concentrations in blood. They include obesity, menopause, insulin, and androgens, each of which decreases SHBG levels. In contrast, SHBG levels are increased by estrogens, thyroid hormone, liver cirrhosis, and prolonged stress.