Johnsonville
Greenlighter
Before I get started, I just want to give fair warning that this may get lengthy but hear me out. I welcome anyone's feedback, this quandary has been on my mind for a while. Also keep in mind, this is told from the point of view of one with only a moderate opiate tolerance, but try to view it from an objective point of view.
Alright, as anyone who has downed a nice brew of PST knows once it hits you, you are flying sky high, nodding hard, for the whole day and the next morning; a half-life I estimate is on par with maybe 10-12 hours. However, if one were to get a hold of some Morphine Sulfate, regardless of method of ingestion, it is really only effective for a couple of hours tops with a rather sharp peak in effect before you begin the come down (Half-life according to wikipedia at 2-3 hours).
I have a theory I would like to get some feedback on from my fellow BlueLighters, as too why it lasts so incredibly long, as opposed to the pure form of the active ingredient - Morphine. Some people have argued that the reason PST last so long is that the other major alkaloids found in opium (Codeine, Thebane, and Papaverine) are competitive for the same liver enzyme (CYP P450 2D6, if I'm not mistaken). This I would say would probably play some role, but this would still make for a very pronounced peak/crash with the half-life only being extended for a limited time period.
My theory is that with the combination of these alkaloids, the protein binding of Morphine must be greatly increased thus leading to an incredibly long duration of action, and higher doses being more safely ingested. This is in addition to the very high dose of morphine/codeine delivered in PST. According to the toxicology reports on PoppySeedTea.com, showed that the amount ingested that killed a young chap was around 400 mg, significantly higher than the amount considered fatal (for a non-tolerant individual, at least.) That being said, if one takes Morphine Sulfate in pill form it takes much less to catch a descent nod than the dose delivered from a brew of PST. If a dose on this level were ingested this would rapidly take effect but would still follow the normal AUC of Morphine sulfate, so it would be much more dangerous. All this seems to point to protein binding playing a part in the expression of effects.
According to Wiki, the protein binding of Morphine is roughly 30-40%, which makes sense concerning it's short half-life. However Papaverine has a PB coefficient of ~90% so I would think this combination might represent competitive binding between the two or even a stronger bond when bonding does occur. I tried to get information on Thebane but couldn't find any information available. And finally the last of the major alkaloids, Codeine whose stats are right on par with those of Morphine.
I have a fair background in Chemistry and this is what I put together, because it made sense to me at least lol. But what are your guy's thoughts on this? If, you disagree, how would you explain the great variance in duration of action between PST and pure MS, I welcome opposing view points! Thanks for the help guys!
Alright, as anyone who has downed a nice brew of PST knows once it hits you, you are flying sky high, nodding hard, for the whole day and the next morning; a half-life I estimate is on par with maybe 10-12 hours. However, if one were to get a hold of some Morphine Sulfate, regardless of method of ingestion, it is really only effective for a couple of hours tops with a rather sharp peak in effect before you begin the come down (Half-life according to wikipedia at 2-3 hours).
I have a theory I would like to get some feedback on from my fellow BlueLighters, as too why it lasts so incredibly long, as opposed to the pure form of the active ingredient - Morphine. Some people have argued that the reason PST last so long is that the other major alkaloids found in opium (Codeine, Thebane, and Papaverine) are competitive for the same liver enzyme (CYP P450 2D6, if I'm not mistaken). This I would say would probably play some role, but this would still make for a very pronounced peak/crash with the half-life only being extended for a limited time period.
My theory is that with the combination of these alkaloids, the protein binding of Morphine must be greatly increased thus leading to an incredibly long duration of action, and higher doses being more safely ingested. This is in addition to the very high dose of morphine/codeine delivered in PST. According to the toxicology reports on PoppySeedTea.com, showed that the amount ingested that killed a young chap was around 400 mg, significantly higher than the amount considered fatal (for a non-tolerant individual, at least.) That being said, if one takes Morphine Sulfate in pill form it takes much less to catch a descent nod than the dose delivered from a brew of PST. If a dose on this level were ingested this would rapidly take effect but would still follow the normal AUC of Morphine sulfate, so it would be much more dangerous. All this seems to point to protein binding playing a part in the expression of effects.
According to Wiki, the protein binding of Morphine is roughly 30-40%, which makes sense concerning it's short half-life. However Papaverine has a PB coefficient of ~90% so I would think this combination might represent competitive binding between the two or even a stronger bond when bonding does occur. I tried to get information on Thebane but couldn't find any information available. And finally the last of the major alkaloids, Codeine whose stats are right on par with those of Morphine.
I have a fair background in Chemistry and this is what I put together, because it made sense to me at least lol. But what are your guy's thoughts on this? If, you disagree, how would you explain the great variance in duration of action between PST and pure MS, I welcome opposing view points! Thanks for the help guys!
