RandomClean3
Bluelighter
- Joined
- Feb 3, 2017
- Messages
- 106
I'm about to start taking ketazolam for non-recreational reasons (as much an addict trrying to quit methadone can) and what you guys are missing is that ketazolam is a daily pill, diazepam is recomended to be taken 3 times a day, so when you compare them you're comparing taking 1 pill of each and the effects it has for how long. If triazolam for example was compared to diazepam not considering this, it would be 1mg to 10mg of diazepam instead of 0,25mg. What I'm saying is 30mg of ketazolam are more equivalent 10mg of diazepam 3 times in one day. Druggies like us prefer fast-acting short lasting drugs but for the long time we know how bad they are for you. I'm taking this so I drop methadone and move the fuck on with my life, I was already addicted to benzos for over a decade. And when I'm done with this, I won't even have to switch to diazepam since this is smoother.
One more thing, I am biochemist (It's just my job, for some reason people think I'm lying as if I said I was an astronaut in these types of conversations). This molecule wants to die in the human body. Oxazolobenzodiazepines which are analogues to ketazolam are already reactive for near 100% conversion. But ketazolam 1) Is has a 6 membered ring, a lot more unstable 2) It's not an amine but a lactone, which tend to have half life of minutes in the body, specially with the steric involvement of the diazepine ring 3) The oxygen closest to the phenyl is conjugated to not only a double bond, a carbonyl and a carbonyl of a carboxylic acid (after the hydrolisis of the lactone) making it an incredibly good leaving group that leaves, remaking the double bond. This is a very, very well engineered drug, there's a reason I chose it over diazepam (that I was already taking) Also, basically everything I just said is org chemistry more than anything so I think plenty of people can see just how reactive this is and how much it wants to be diazepam, but still over a period of time that makes it a 24 hour pill. God that was long, I'm tired of myself already.
One more thing, I am biochemist (It's just my job, for some reason people think I'm lying as if I said I was an astronaut in these types of conversations). This molecule wants to die in the human body. Oxazolobenzodiazepines which are analogues to ketazolam are already reactive for near 100% conversion. But ketazolam 1) Is has a 6 membered ring, a lot more unstable 2) It's not an amine but a lactone, which tend to have half life of minutes in the body, specially with the steric involvement of the diazepine ring 3) The oxygen closest to the phenyl is conjugated to not only a double bond, a carbonyl and a carbonyl of a carboxylic acid (after the hydrolisis of the lactone) making it an incredibly good leaving group that leaves, remaking the double bond. This is a very, very well engineered drug, there's a reason I chose it over diazepam (that I was already taking) Also, basically everything I just said is org chemistry more than anything so I think plenty of people can see just how reactive this is and how much it wants to be diazepam, but still over a period of time that makes it a 24 hour pill. God that was long, I'm tired of myself already.
