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Liver toxicity

afluck410

afluck410

Banned
Did a little googling and couldn't find very much on what actually makes each compound more toxic to the liver than another. If they're 17a, then the toxicity should be the same, Mg vs Mg, right?
 
Nope. It depends on the position of the 17a, like epistane is the 3rd position, superdrol is the 2nd. Also look for "dimethyl". That is methylated x2. Someone else should be able to chime in with more information. It's is a good idea to be cautious when staking methyls. Tudca is the best otc protection available, stay off of the booze, drink a lot of water
 
Bengal said:
Nope. It depends on the position of the 17a, like epistane is the 3rd position, superdrol is the 2nd. Also look for "dimethyl". That is methylated x2. Someone else should be able to chime in with more information. It's is a good idea to be cautious when staking methyls. Tudca is the best otc protection available, stay off of the booze, drink a lot of water
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Um, no. It's 17-alpha alkylation or 17-alpha methylation due to it being attached to the 17th carbon atom. Compounds are more or less toxic based on it's resistance to hepatic breakdown, well mostly. 17-AA tends to be less toxic in general terms compared to 17-AM.
 
bad rad said:
Um, no. It's 17-alpha alkylation or 17-alpha methylation due to it being attached to the 17th carbon atom. Compounds are more or less toxic based on it's resistance to hepatic breakdown, well mostly. 17-AA tends to be less toxic in general terms compared to 17-AM.
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Huh?
 
afluck410 said:
Did a little googling and couldn't find very much on what actually makes each compound more toxic to the liver than another. If they're 17a, then the toxicity should be the same, Mg vs Mg, right?
Click to expand...

The structural characteristics will determine this.

17a methyl dht isn't very hepatotoxic itself, and will be quickly metabolized.
In a sense, it sucks as an oral steroid.

Add a 2a methyl group to it and you resist 3hsb metabolism making superdrol
 
Not just methylation causes hepatotoxic issues.
The changes of nor testosterone into trenbolone cause hepatotoxic issues as well.
 
All methyls are 17 aa some are more toxic just due to there nature. Nothing else. They just tend to be more toxic. Longer half life's. More metabolic resistance from the compound itself champ.
 
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