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Prohormones: The Real Deal

MIKERAZ said:
And for bills quesrtion why cant you esterfy 4ad?

You can, but there will be 2 esters on it as it is a diol. That is not a problem, but we were just discussing how it could be done so only one ester attached to the molecule instead of two.

 
MIKERAZ said:
Can you please explain what the anabolic/androgenic ratio is?
And how steroid potency is determined? i was under the impression the steroids released in the market were the most potent

Can you elaborate on the methyl-4ad you kind of contradicted yourself saying first it assayedwell then to relativly well then to it had a horrible idex?

And for bills quesrtion why cant you esterfy 4ad?

I see animal miight not be so acurate, he also said to methylate any ph you must methylate the dione first and theres no guarantee youll get aalpha or beta


anabolic/androgenic ratio is pretty self explanatory. It is a ratio, and not a measure of absolute potency. You can have a steroid that is 10% as anabolic as testosterone and one that is 1000% as anabolic as testosterone and they can both have the same ratio.

methyl 4-AD is more anabolic than testosterone, but since it is also very androgenic it has a bad ratio. PHarmaceutical companies were NOT interested in the most potent anabolic agent, they were interested in anabolics with the best ratio. that is because women and children were also in the anabolic steroid market and you do not want these patients virilized.

You CAN esterify 4-AD. However it is hard to purify because of the mixture of isomers prevents crystallization of product.

There are several pathways to 17a-methyl prohormones. You do NOT methylate a dione directly. You can protect the 3 keto group selectively using an enol ether, enamine, or ketal/acetal derivative. After methylation and deprotection you end up with methyltestosterone, which can then be reduced to methyl 4-aD. Or you can methylate DHEA and then do an oppenauer oxidation to methyltestosterone, then reduce to the methyl 4-AD.

Due to steric hindrance, the methyl group is always added in the alpha position at carbon 17, so that is not a problem.

Animal does not know the subject matter, nor does he know synthetic organic chemistry in general. He should refrain from commenting on such matters.
 
MIKERAZ said:
I went to anabolicextreme.com didnt see your write up can you post a link


Its one or two issues ago. Just search back until you find it. Don't make me search for you
 
pa1ad said:



anabolic/androgenic ratio is pretty self explanatory. It is a ratio, and not a measure of absolute potency. You can have a steroid that is 10% as anabolic as testosterone and one that is 1000% as anabolic as testosterone and they can both have the same ratio.

methyl 4-AD is more anabolic than testosterone, but since it is also very androgenic it has a bad ratio. PHarmaceutical companies were NOT interested in the most potent anabolic agent, they were interested in anabolics with the best ratio. that is because women and children were also in the anabolic steroid market and you do not want these patients virilized.

You CAN esterify 4-AD. However it is hard to purify because of the mixture of isomers prevents crystallization of product.

There are several pathways to 17a-methyl prohormones. You do NOT methylate a dione directly. You can protect the 3 keto group selectively using an enol ether, enamine, or ketal/acetal derivative. After methylation and deprotection you end up with methyltestosterone, which can then be reduced to methyl 4-aD. Or you can methylate DHEA and then do an oppenauer oxidation to methyltestosterone, then reduce to the methyl 4-AD.

Due to steric hindrance, the methyl group is always added in the alpha position at carbon 17, so that is not a problem.

Animal does not know the subject matter, nor does he know synthetic organic chemistry in general. He should refrain from commenting on such matters.


First off once again i thankyou for your response

I think i got a idea correct me if im wrong, if a steroid is 1000 times more anabolic then test and 1000 times more androgenic then thats a bad ratio and the steroid wont produce muscle growth ,is that right ?

how much more anabolic and androgenic was Methyl4ad then MT?

so methyl1-test also had a crappy ratio? still looking for the article.
 
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MIKERAZ said:


I think i got a idea correct me if im wrong, if a steroid is 1000 times more anabolic then test and 1000 times more androgenic then thats a bad ratio and the steroid wont produce muscle gorwth ,is that right ?


"Anabolic" means it promotes the synthesis of more complex tissues from simpler substances -- in reference to muscle, it means it promotes the synthesis of muscle/protein from amino acids -- in other words, it promotes muscle growth.

"1000 times as anabolic as testosterone" means it is 1000 times as good at doing the above (promoting muscle growth) as testosterone..... at least in the rat levator ani muscle.
 
pa1ad said:



anabolic/androgenic ratio is pretty self explanatory. It is a ratio, and not a measure of absolute potency. You can have a steroid that is 10% as anabolic as testosterone and one that is 1000% as anabolic as testosterone and they can both have the same ratio.

methyl 4-AD is more anabolic than testosterone, but since it is also very androgenic it has a bad ratio. PHarmaceutical companies were NOT interested in the most potent anabolic agent, they were interested in anabolics with the best ratio. that is because women and children were also in the anabolic steroid market and you do not want these patients virilized.

You CAN esterify 4-AD. However it is hard to purify because of the mixture of isomers prevents crystallization of product.

There are several pathways to 17a-methyl prohormones. You do NOT methylate a dione directly. You can protect the 3 keto group selectively using an enol ether, enamine, or ketal/acetal derivative. After methylation and deprotection you end up with methyltestosterone, which can then be reduced to methyl 4-aD. Or you can methylate DHEA and then do an oppenauer oxidation to methyltestosterone, then reduce to the methyl 4-AD.

Due to steric hindrance, the methyl group is always added in the alpha position at carbon 17, so that is not a problem.

Animal does not know the subject matter, nor does he know synthetic organic chemistry in general. He should refrain from commenting on such matters.


How could those 2 steroids have the same ratio if ones 10 and one is1000?

Also youstated it was more anabolic and androgenic then test , how much mor androgenc/anabolic was it
 
notpuff said:



How could those 2 steroids have the same ratio if ones 10 and one is1000?


Because the androgenic potency vs. test of the one that is 10 could also be 10, and the androgenic potency of the one that is 1000 could also be 1000. A little division, and you would get 1:1 for both.
 
MIKERAZ said:



First off once again i thankyou for your response

I think i got a idea correct me if im wrong, if a steroid is 1000 times more anabolic then test and 1000 times more androgenic then thats a bad ratio and the steroid wont produce muscle growth ,is that right ?

how much more anabolic and androgenic was Methyl4ad then MT?

so methyl1-test also had a crappy ratio? still looking for the article.


1:1 is a bad ratio yes - if you are talking about an anabolic steroid and not an androgen replacement steroid. Testosterone and methyltestosterone are given arbitrary ratios of 1:1, and they are the standards by which anabolic steroids are measured against

methly 1-test I think had a ratio of something like 2:1, which is better than test, but still not good enough compared to other anabolics on the market like anavar and winstrol
 
notpuff said:



How could those 2 steroids have the same ratio if ones 10 and one is1000?

Also youstated it was more anabolic and androgenic then test , how much mor androgenc/anabolic was it


I am traveling and do not have my files with me but...

If I recall methyl 1-test was something like 900% as anabolic as methyltest and something like 400% as androgenic as methyltest by oral

methyl 4-AD was a little more than 100% as anabolic and somewhat more than 100% as androgenic as methyltest by oral I think. I think it had a ratio LESS than 1:1, which makes it more androgenic than anabolic which definitely made it a bad candidate for clinical use
 
"1) Animal is wrong. It is very easy to make a 17alpha-methyl prohormone. So quit quoting what animal says. It is incorrect and therefore irrelevant"

Animal is wrong????? How can that be?? He told me, himself, that he was a genius.

If anyone wants to read the ramblings of a madman, go to Animal's site and read his lunacy post titled "Inhibition or Activation". It gave me a headache trying to comprehend his convoluted logic.
 
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