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Dumbo88
Guest
Hey dipshit, I know what the NIH is, I said what was in crediting the article I posted... great detective work finding out what the NIH is though, you really showed me to be an idiot.... Siting the National Institute of Health in a study, I'm such an idiot!!!!Dumbo,
The NIH is the National Institutes of Health. NIH.GOV., which is part of the U.S. Department of Health & Human Services. This is also were you find clinical trials for a variety of conditions.
Clonazepam is a legally common benzo!!
Not to be a buzz kill (literally!), the product being sold is CLONAZOLAM, NOT CLONAZEPAM! (the FDA approved benzo, common!)
The copy & paste about liver toxicity should be more about the amount of alcohol & acetaminophen (paracetamol for those across the pond). The FDA currently recommends no more than 4000mg. per day, & that is just the acetaminophen! Top that off with a few beers and I would say BUH, BYE!
Please lets keep it on topic and quit trying to sound like you have a PhD in Pharmacology....
I get you are a troll but you just make yourself look like an ass. Yes clonazepam is mentioned in the first line, however it is not the sole subject of the study, they studied several other benzos if you bothered reading the entire thing. Reading is obviously not your thing.
The study posted is completely relevant to benzo toxicity as that is the entire focus of the study. As I stated previously to the article the structure is the same for Xanax and Bromaz and Nitraz, only difference it what is attached to the benzene ring, Cl/Br/NO2. Its understandable you don't know how to read molecular drawing, its not for laymen and I'm not here to give you a lesson in chemistry. If you choose to be ignorant that is fine, try not to help other be ignorant as well.
So, being the metablolites of the two main RCs we are discussing are as stated above the same as alprazolam, with very minor changes made to the molecule. Bromide is toxic, NO2 not so much, the rest of the structure is the same. So... a study on the metabolites of several different benzos and their hepatoxicity done by the NIH is perfectly relevant. Nice try though, go read some Qtheories as to why benzos are hepatoxic or smell your own stinky ass as you did to diagnose if Nitrazolam metabolizes are toxic. "I stink" is not a diagnosis of hepatixicity, you just need to shower.
Nice try, you do entertain me when you read my links and try and tear them apart with your rapier wit and logic because you are severely lacking in both departments. I'll eat you for lunch on pharmacology and chemistry.
You want to talk about irrelevant postings.... What the fuck does Tylenol have to do with Nitrazolam toxicity? DURP!!!
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