No. Not in particular. Not because I personally can't, but because nobody can. The person would have to determine on their own which AAS has more anabolic potency for them and maybe perhaps with a coach, design a program that lasts for a long enough period with minimal insult to the body.
My post was directed to someone
as a suggestion to attempt to modulate (ideally as much as possible) estrogen without resorting to medicative options which would further increase the polypharmacy many of us find ourselves engaged in on this board.
Perhaps AR binding affinity may be the incorrect usage. Perhaps not. We're not sure (nobody is).
But it was clearly easier to type out than, "swap out for a more potent nuclear AR compound with high RBA that will greater increase DNA-binding transcription in such a way whereas that compound's ligands gene transcription will favor the anabolic expression of protein synthesis versus giving you increased sebum production and BPH." LOL
Fact is, the entire bioassay is shit for several reasons. First, all the ratios that we see people refer to are inconsistent, even anecdotally, in and across different subjects (which we all certainly are). I would say at best, AT BEST, somewhere in the vicinity of a "rough guideline" but nothing more. Additionally, despite the particular gene expression a compound exerts from one animal, rats and rabbits in this case (or rather their prostates and a skeletal muscle) only approximates an effect in humans. But here's the nuts and bolts on androgenicity versus anabolism:
"It is unclear whether anabolic steroids act on skeletal muscle via the androgen receptor (AR) in this tissue, or whether there is a separate anabolic receptor. When several anabolic steroids were tested as competitors for the binding of [3H]methyltrienolone (MT; 17 beta-hydroxy-17 alpha-methyl-4,9,11-estratrien-3-one) to the AR in rat and rabbit skeletal muscle and rat prostate, respectively, MT itself was the most efficient competitor."
Ref:
1984 Jun;114(6):2100-6. doi: 10.1210/endo-114-6-2100
Anabolic receptor? Can you tell me what compound binds to this receptor to transport it and its HSPs into the nucleus to effect DNA transcription? I have no idea.
Just 2 weeks ago you said :
Welcome to Professional Muscle.