DeathIndustrial88
Bluelighter
I dunno what sub to post this in, but I'm curious if anyone could explain to me what "Conditioned Place Preference" means?
For example in this article - Says tramadol causes CPP and Tapentadol does not. Only thing I've gathered so far is that it has something to do with the reward system.
Would this mean that tramadol would cause a stronger psychological dependence than tapentadol? But what is meant by "Place Preference"? Like people prefer to do their drug in a certain space/place or something? lol Or are they just referring to the behavior of the rats?
www.mdpi.com
Also I'm not sure why every website acts like tapentadol is "stronger/more pain relieving" than tramadol, especially when tapentadol is only a partial agonist & tramadol works through an active full agonist metabolite. Tapentadol has higher intrinsic activity than buprenorphine at least though.
I see this a lot though, people & even actual medical websites pretend like just because an opioid is "more potent", then it must be "stronger/better in effects". When that's not really the case. An opioid can be incredibly potent & have shitty effects or it can have a really weak potency but still provide decent effects.
Intrinsic activity & sub-receptor affinities is what actually makes an opioid worthwhile.
Are there any ways to make tapentadol a better drug? If I try to dose too high, I get weird ass NRI side effects like brain zaps/glitching, mild hallucinations, etc..
Google says not to take more than 600-700mg of tapentadol a day, but I don't see how anyone could even handle those numbers considering 300mg gives me brain glitches. I refuse to go above 300mg a day because the brain glitches feel like I'm zipping in & out of consciousness incredibly fast, like a split second. This doesn't seem to be a problem at lower doses though, but some times the lower doses don't present strong enough opioid effects.
For example in this article - Says tramadol causes CPP and Tapentadol does not. Only thing I've gathered so far is that it has something to do with the reward system.
Would this mean that tramadol would cause a stronger psychological dependence than tapentadol? But what is meant by "Place Preference"? Like people prefer to do their drug in a certain space/place or something? lol Or are they just referring to the behavior of the rats?

Tramadol and Tapentadol Induce Conditioned Place Preference with a Differential Impact on Rewarding Memory and Incubation of Craving
Tramadol and tapentadol, synthetic opioids commonly prescribed for moderate-to-severe pain, have a unique pharmacology that optimizes their analgesia and safety. However, they are not devoid of risks, presenting addictive, abuse, and dependence potential. While tramadol-reinforcing properties...

Also I'm not sure why every website acts like tapentadol is "stronger/more pain relieving" than tramadol, especially when tapentadol is only a partial agonist & tramadol works through an active full agonist metabolite. Tapentadol has higher intrinsic activity than buprenorphine at least though.
I see this a lot though, people & even actual medical websites pretend like just because an opioid is "more potent", then it must be "stronger/better in effects". When that's not really the case. An opioid can be incredibly potent & have shitty effects or it can have a really weak potency but still provide decent effects.
Intrinsic activity & sub-receptor affinities is what actually makes an opioid worthwhile.
Are there any ways to make tapentadol a better drug? If I try to dose too high, I get weird ass NRI side effects like brain zaps/glitching, mild hallucinations, etc..
Google says not to take more than 600-700mg of tapentadol a day, but I don't see how anyone could even handle those numbers considering 300mg gives me brain glitches. I refuse to go above 300mg a day because the brain glitches feel like I'm zipping in & out of consciousness incredibly fast, like a split second. This doesn't seem to be a problem at lower doses though, but some times the lower doses don't present strong enough opioid effects.