resorcinol
10-10-2008, 09:10 PM
Drugs like this are just fascinating. This is one of them --
http://upload.wikimedia.org/wikipedia/en/thumb/f/f1/Oxymorphazone.png/240px-Oxymorphazone.png
oxymorphazone
It's about 1/2 the potency of oxymorphone, and is a full agonist. What's unique about it is how it binds to the receptors.
Almost all opioids, and almost all psychoactive drugs in general, form easily reversible bonds with their target receptor. Coordinate covalent bonds, hydrophobic interactions, dipole dipole interactions, etc. Even very potent opioids like fentanyls form reversible bonds with the u receptor.
Oxymorphazone is something I would never take no matter how sick I was.
Oxymorphazone forms a full on covalent bond with the mu opioid receptor. This bond CANNOT BE REVERSED. I don't care how powerful of an antagonist you have, you can never unseat this agonist from the receptor. The body has to internalize and destroy the receptor and make new ones to end the effects of this drug. The very idea of this happening makes me nervous. It's akin to what Nardil and Parnate do to MAO... although with MAO I don't get as nervous, it's an enzyme that the body has been show to easily remake in a few weeks. Mu opioid receptors are not something I'm comfortable with permanently altering, I guess, even if new ones will be made.
The scariest thing of all... when the nitrogen is substituted with an allyl group ala naloxone, guess what you get....
an irreversible ANTAGONIST. That's horrifying to even think about... I really hope the horrid possibilities there never emerge in the minds of the prohibitionists. Precipitated w/d that no amount of heroin could ever stop... that no amount of ETORPHINE or CARFENTANIL could ever stop! And who knows how long it would take the body to create new functional mu receptors to a degree that would allow for happiness again or to get high again.
http://upload.wikimedia.org/wikipedia/en/thumb/f/f1/Oxymorphazone.png/240px-Oxymorphazone.png
oxymorphazone
It's about 1/2 the potency of oxymorphone, and is a full agonist. What's unique about it is how it binds to the receptors.
Almost all opioids, and almost all psychoactive drugs in general, form easily reversible bonds with their target receptor. Coordinate covalent bonds, hydrophobic interactions, dipole dipole interactions, etc. Even very potent opioids like fentanyls form reversible bonds with the u receptor.
Oxymorphazone is something I would never take no matter how sick I was.
Oxymorphazone forms a full on covalent bond with the mu opioid receptor. This bond CANNOT BE REVERSED. I don't care how powerful of an antagonist you have, you can never unseat this agonist from the receptor. The body has to internalize and destroy the receptor and make new ones to end the effects of this drug. The very idea of this happening makes me nervous. It's akin to what Nardil and Parnate do to MAO... although with MAO I don't get as nervous, it's an enzyme that the body has been show to easily remake in a few weeks. Mu opioid receptors are not something I'm comfortable with permanently altering, I guess, even if new ones will be made.
The scariest thing of all... when the nitrogen is substituted with an allyl group ala naloxone, guess what you get....
an irreversible ANTAGONIST. That's horrifying to even think about... I really hope the horrid possibilities there never emerge in the minds of the prohibitionists. Precipitated w/d that no amount of heroin could ever stop... that no amount of ETORPHINE or CARFENTANIL could ever stop! And who knows how long it would take the body to create new functional mu receptors to a degree that would allow for happiness again or to get high again.