hmmmmmmmm, I could use a good PreWO lol
You guys understand the difference between the two, right?
Trenbolone propionate/propionyltrenbolone is an esterified form of trenbolone. Once the ester's hydrolyzed in the body, you're left with free trenbolone, just as you would be with trenbolone acetate, enanthate, or hexahydrobenzylcarbonate.
Allyltrenbolone/Propenyltrenbolone/altrenogest is alkylated, with an allyl substituent at 17a. This doesn't go anywhere, it isn't metabolised, and the compound is pretty much excreted unchanged.
It's like the difference between boldenone undecyclenate and methandrostenolone, except in this case instead of a small methyl group there's a big bulky allyl group hindering receptor binding.
in this instance the feedback for me trumps the science, im not on henry's level on chemical comprehension, i hear great results from legit users thus my interest is peaked
***piqued![]()
I could give you a scientific explanation of how it could work despite the bulky substituent that on other compounds negates activity; the conjugated triene structure of trenbolone confers a flexibility to the molecule that may allow it to fit despite it's size - but that fails to take into account the animal studies that failed to find a growth-promoting effect.
^^^
andro series was gonna be like aas when they used studies as a reference
not quite in real world