Okay, sure, you're right. Greatness/effectiveness is solely determined by the speed in which it works... You've got it figured out, great! Effectiveness is determined by many other factors besides just at what rate you start to notice effects...
He never said other factors didn't matter, only that time did matter a lot.
You're determining what is fact now, huh? Wow. You truly have a comprehension problem, or are too fucking pigheaded to see it any other way.
Duh t3 at a replacement dose doesn't eat muscle, it's supposed to mimic natural levels....
Which is why he recommended a replacement dose of T3 in his first post. It will return a down regulated thyroid, due to dieting, back to normal without eating skeletal muscle tissue.
Dieting is NOT always a short term phase, maybe to you it is complicated to plan things out, or you're impatient and need your quick fix of fat loss. I, however, do not mind waiting a bit for things to take effect. If you were pre contest and had a few pounds to lose, GH wouldn't be a good option, I get it, thank you. But, if you wished to time your GH usage in advanced, before a cut, it would be a great addition for it's fat melting effects and anti-catabolic nature.
Dieting should be a sort term phase, well as short as possible. No reason to extend a diet longer than it needs to be. And by needing to time the GH months in advance of a cut, you just reiterated his point of its lack of efficacy due to how long it takes to work.
Please, do not tell me what I am and am not confusing, as I am not particularly confused at all. Do you genuinely believe that the introduction of high levels of GH cannot build muscle without AAS? Wow.... Gh -> IGF-1 (in case you're having trouble following along, IGF-1 builds muscle at an incredible rate, no exo. AAS needed).
Unfortunately this is wrong. IGF-1 is no incredible muscle builder. Neither is GH
"Despite the observations of an effect of GH and IGF-I on protein synthesis, the fact remains that gains in muscle mass are not observed in healthy subjects after long-term GH administration so any benefits are unlikely to be due to muscle mass gains. In the GH plus exercise groups, circulating IGF-I levels and fat-free mass were consistently increased in comparison to placebo groups. Thus, it is possible to Despite the observations of an effect of GH and IGF-I on protein synthesis, the fact remains that gains in muscle mass are not observed in healthy subjects after long-term GH administration so any benefits are unlikely to be due to muscle mass gains. In the GH plus exercise groups, circulating IGF-I levels and fat-free mass were consistently increased in comparison to placebo groups. Thus, it is possible to extrapolate that increasing circulating IGF-I would also be without consequence for muscle mass in healthy humans. Administration of IGF-I acutely activates muscle protein synthesis (Fryburg et al., 1995), but similarly to GH a 1-year administration did not result in increased lean body mass (Friedlander et al., 2001). The effects of GH on fat-free mass may be due to water retention, which is a known side effect of GH administration, or to an increase in soft tissue due to the stimulatory effects of GH on collagen synthesis.
Regulation of muscle mass by growth hormone and IGF-I
