
Originally Posted by
DBarcelo
You basically proved my point for me. As your post says, "is structurally identical", "except that it contains the added c17 alpha alkyl group", (even though that's not accurate) so the active ingredient is exactly the same. The only difference is the fact that the bond is stronger using the 17-aa and allows it to pass the liver so there is more active ingredient in the system when it makes it to the blood. And like your post said, "these two compounds APPEAR to act very differently in the body". They appear to act differently because more of it makes it into the body where it can be used. Once again, as your post says, "In fact boldenone and methandrostenolone differ so much in their POTENCIES as anabolics that the two are rarely THOUGHT of as related". i.e. if you take more boldenone, you'll have pretty much the same effects as you would with less methandrostenolone. Here, we are talking about steroids and one has an methyl androgen in it, so that makes a large difference.
I should also point out that Methandrostenolone and Methandienone are pharmaceutical names for Dianobol.
One more distinction should be made also. Methandrostenolone is Methylated AND is 17-alpha-alkylated, they are not one in the same. Methandrostenolone is 17-beta-hydroxy-17-alpha-methyl-1,4androstadien-3-one. Boldenone is 17-beta-hydroxy-1,4androstadien-3-one. M1T is 17-alpha-alkylate-1-Testosterone. They CALL it an methylated versioin of 1-Test, but there is no 17-alpha-methyl or even 17-methyl, it's 17-alpha-alky. So according to the chemical structure you provided in your post, there is no androgenic methylate in M1T. And in Methandrostenolone, as I said, it is has both "alpha-methyl" alpha-alkylate and methylate. The alpha is so it can pass the liver and the methyl is the androgen.
To sum it up, 1-t and M1T are the exact same thing, one just has a 17-aa bond to help it pass the liver.
Thanks for that excellent post that helped to prove my point.