Neuroprotection
Bluelighter
- Joined
- Apr 18, 2015
- Messages
- 1,264
i’ve never tried any form of cannabis in my life, but I know that most people use it for its mind altering effects which include relaxation, altered consciousness including hallucinations/Thought patterns and mild memory impairment.
On the other hand, I’ve heard that many people hate weed and have tried unsuccessfully for many years to acquire a taste for it. these people complain of dysphoria and paranoia along with forgetfulness and the same goes for people receiving medical cannabis as a treatment for trauma.
Interestingly, it has been discovered that THC and other psychoactive cannabinoids don’t just rely on the CB1 receptor to produce their effects. in fact, they cause this receptor to form complex’s called Heteromers with other unrelated receptors, the most notable being with the 5HT2A. yes, that’s the psychedelic receptor where magic mushrooms and LSD produce their classical effects. in animal studies, blockade of 5HT2A receptors prevents memory impairment and social behaviour alterations produced by THC, whilst leaving the analgesic and temperature lowering effects intact. this has important therapeutic implications for humans Who may want the analgesic and Neuroprotective effects of THC without The powerful psychoactive effects. personally, I would be interested in trying such a combination both for religious and personal reasons.
As for THC induced dysphoria, I assume blocking the 5HT2A receptor could address that, but perhaps you desire some of the psychoactive effects minus the paranoia and dysphoria. well, this is where blocking the kappa opioid receptor might help. apparently, THC stimulates the production of large amounts of Dynnorphin, An opioid peptide responsible for inducing despair, depression and under some circumstances, possibly psychosis like behaviour. it is the complete opposite of endorphins and a bit worse, and its target is the kappa Opioid receptor. on a sidenote, that’s the same Receptor at which salvia divinorum/Salvinorin A acts and it’s the most potent natural hallucinogen known. animal studies show that coadministration of THC with a kappa opioid antagonists prevents THC induced aversion and instead, unmasks a rewarding effect/Conditioned place preference.
As I am blind, it takes me time to post links and I must do them on another post, but in the meantime, does anyone have any thoughts on what I’ve said so far?
On the other hand, I’ve heard that many people hate weed and have tried unsuccessfully for many years to acquire a taste for it. these people complain of dysphoria and paranoia along with forgetfulness and the same goes for people receiving medical cannabis as a treatment for trauma.
Interestingly, it has been discovered that THC and other psychoactive cannabinoids don’t just rely on the CB1 receptor to produce their effects. in fact, they cause this receptor to form complex’s called Heteromers with other unrelated receptors, the most notable being with the 5HT2A. yes, that’s the psychedelic receptor where magic mushrooms and LSD produce their classical effects. in animal studies, blockade of 5HT2A receptors prevents memory impairment and social behaviour alterations produced by THC, whilst leaving the analgesic and temperature lowering effects intact. this has important therapeutic implications for humans Who may want the analgesic and Neuroprotective effects of THC without The powerful psychoactive effects. personally, I would be interested in trying such a combination both for religious and personal reasons.
As for THC induced dysphoria, I assume blocking the 5HT2A receptor could address that, but perhaps you desire some of the psychoactive effects minus the paranoia and dysphoria. well, this is where blocking the kappa opioid receptor might help. apparently, THC stimulates the production of large amounts of Dynnorphin, An opioid peptide responsible for inducing despair, depression and under some circumstances, possibly psychosis like behaviour. it is the complete opposite of endorphins and a bit worse, and its target is the kappa Opioid receptor. on a sidenote, that’s the same Receptor at which salvia divinorum/Salvinorin A acts and it’s the most potent natural hallucinogen known. animal studies show that coadministration of THC with a kappa opioid antagonists prevents THC induced aversion and instead, unmasks a rewarding effect/Conditioned place preference.
As I am blind, it takes me time to post links and I must do them on another post, but in the meantime, does anyone have any thoughts on what I’ve said so far?