Survived Abortion
Bluelighter
^Well every drug comes with a list of side-effects but they are most often the 'worst case scenario' tyoe effects. You shouldn't assume that every drug you take will automatically produce the list of side-effects that people have compiled for it.
In the case of Galantamine, and the above side-effects you mentioned, I highly doubt that the FDA would allow it to be sold as a supplement or medication if it caused seizures that easily. Many drugs can produce seizures, but mostly when either the dose is too high, when combined with other contraindicating drugs, or when the person has a low seizure threshold.
The same goes for the other side-effects you mentioned. If it caused internal bleeding or fainting at normal doses, it would not be sold or consumed like it is.
That said, you should still know your body and mind before taking any drug, and try to do the proper research as to how it affects you. In the case of Galantamine, I believe it is an acetylcholine esterase inhibitor, and a nicotininc receptor agonist. This should raise levels of acetylcholine in the brain, and also have simultaneous effects similar to nicotine. Nicotine enhances the dream state, so I can imagine why this is reported to do the same.
I wouldn't want to take it every day, at least at normal doses, since it inhibits the enzyme acetylcholine esterase, meaning that until the body synthesizes more acetylcholine esterase, your acetylcholine levels will remain high. This might be okay for alzheimer's patients, but for healthy individuals it might become too much with regular dosing. It would probably be best to dose on an "as needed" basis or on a small cycle with low doses.
I heard somewhere that at some point during sleep, the body needs to temporarily drop it's acetylcholine levels in order to 'upload' memories held in temporary storage in to longer term storage. I don't know how much basis that has in fact. But if it were true, then it may mean that if acetylcholine esterase inhibitors were to be taken everyday on a long term basis, they may interfere with the production of long term memories.
edit: here I found the study I was referring to.
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC357065/
In the case of Galantamine, and the above side-effects you mentioned, I highly doubt that the FDA would allow it to be sold as a supplement or medication if it caused seizures that easily. Many drugs can produce seizures, but mostly when either the dose is too high, when combined with other contraindicating drugs, or when the person has a low seizure threshold.
The same goes for the other side-effects you mentioned. If it caused internal bleeding or fainting at normal doses, it would not be sold or consumed like it is.
That said, you should still know your body and mind before taking any drug, and try to do the proper research as to how it affects you. In the case of Galantamine, I believe it is an acetylcholine esterase inhibitor, and a nicotininc receptor agonist. This should raise levels of acetylcholine in the brain, and also have simultaneous effects similar to nicotine. Nicotine enhances the dream state, so I can imagine why this is reported to do the same.
I wouldn't want to take it every day, at least at normal doses, since it inhibits the enzyme acetylcholine esterase, meaning that until the body synthesizes more acetylcholine esterase, your acetylcholine levels will remain high. This might be okay for alzheimer's patients, but for healthy individuals it might become too much with regular dosing. It would probably be best to dose on an "as needed" basis or on a small cycle with low doses.
I heard somewhere that at some point during sleep, the body needs to temporarily drop it's acetylcholine levels in order to 'upload' memories held in temporary storage in to longer term storage. I don't know how much basis that has in fact. But if it were true, then it may mean that if acetylcholine esterase inhibitors were to be taken everyday on a long term basis, they may interfere with the production of long term memories.
edit: here I found the study I was referring to.
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC357065/
The neurotransmitter acetylcholine is considered essential for proper functioning of the hippocampus-dependent declarative memory system, and it represents a major neuropharmacological target for the treatment of memory deficits, such as those in Alzheimer's disease. During slow-wave sleep (SWS), however, declarative memory consolidation is particularly strong, while acetylcholine levels in the hippocampus drop to a minimum. Observations in rats led to the hypothesis that the low cholinergic tone during SWS is necessary for the replay of new memories in the hippocampus and their long-term storage in neocortical networks. However, this low tone should not affect nondeclarative memory systems. In this study, increasing central nervous cholinergic activation during SWS-rich sleep by posttrial infusion of 0.75 mg of the cholinesterase inhibitor physostigmine completely blocked SWS-related consolidation of declarative memories for word pairs in human subjects. The treatment did not interfere with consolidation of a nondeclarative mirror tracing task. Also, physostigmine did not alter memory consolidation during waking, when the endogenous central nervous cholinergic tone is maximal. These findings are in line with predictions that a low cholinergic tone during SWS is essential for declarative memory consolidation.