More benefits of melatonin. I was writing a response to the earlier post a while back and never got to finish it. I saved in a word doc on my computer but I'll post it here. It also protects againts STDs.
anart said:
tschai said:
Taking Melatonin or any like substance should be done with caution-after all you are tinkering with your brain chemistry-and I believe it was Ryan that provided a link to an article on Melatonin that kind of suggested this might allow 4D to gain BETTER control? Anything that can give THEM
an advantage need be given a wide berth-as if they actually need any help.
Actually, melatonin is already a natural part of your 'brain chemistry' so while you would be temporarily increasing levels, I'm not sure that 'tinkering' really applies in this case - also, could you link the information that indicates that melatonin 'might allow 4D to gain better control'? I'm not finding that anywhere and am wondering if you might be misled on that one. If not, it's something we should know.
Personally I can see how someone would think it allows for better 4D control but that is the simple analysis. I know that it also provides for better protection. I am not a chemist but neuroscientist in training and I work with a lot of neurohormones and transmitters so please do not take anything I say as medical advice but just my reasoning based on what I do know.
That said, melatonin is not only a natural part of brain chemistry it is an end product of serotonin metabolism! The MAO pathway converts serotonin to methoxyindole acetic acid and the
SNAT pathway that converts it to melatonin.
If your melatonin is low it is likely (not always, though) that either serotonin or L-tryptophan is also low or the enzyme (SNAT) that converts it to melatonin is low. For the latter it would make sense to take melatonin. There are all sorts of environmental influences that can affect SNAT.
A good indication that you are not converting serotonin to melatonin efficiently is if you find that after eating foods high in tryptophan you DO NOT get a bit drowsy. Think thanksgiving turkey and the drowsiness felt after that huge meal. If you do get that drowsiness then it's possible you don't need more melatonin but increase tryptophan in your daily diet is enough.
I am guessing that vegetarians would most likely need a high melatonin dose because they are not getting the essential amino acid L-tryptophan to make it themselves. L-tryptophan is one of the harder amino acids to get from food too. If you are a meat eater, especially poultry, then I see no reason you would to need a very high dose unless one is lacking enzymes in the biosynthetic pathway of melatonin. Wonder why hitler was a vegetarian and also totally controlled by STS forces according to the Cs? He probably had low tryptophan too.
MAO inhibitors that are used to treat depression prevents the breakdown of serotonin.
For women, normal physiological doses of estrogen actually increase serotonin conversion to melatonin. However, pharmacological doses (think birth control pills) decrease serotonin synthesis. So a woman of childbearing age with normal hormone levels (I mean no additonal environmental estrogens) need not take high doses of melatonin but if you're on the pill or any of its derivatives a higher dose of melatonin makes sense because in a negative feedback manner it decrease melatonin synthesis. Since there is much evidence for enviornmental estrogenic compounds in food and water, it just makes sense for everyone to take melatonin to offset decrease in its synthesis from higher than normal levels of estrogens.
Males using anabolic steroids must take melatonin because their stores of serotoniin are certainily depleted and keep in mind that testosterone is converted to estrogen in the brain.
Another thing about melatonin is it actually protects against a particular STD, in the petrie dish that is. In vivo the effects can be different and I haven't seen any in vivo studies yet.
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melatonin limited infection of all three chlamydiae and the effects were not recovered by tryptophan supplementation. Melatonin treatment only of host cells could diminish infection and the infection reduction was neutralized by a pertussis toxin, an inhibitor of G proteins. Ligands of melatonin and serotonin receptors also hampered infection. Conclusions: Inhibition mechanisms of chlamydial infection by melatonin and serotonin appear to be different from those of IFN-y and involve specific G-protein-coupled receptors. Melatonin is deemed to inhibit early progression of the chlamydial development cycle, such as establishment of intracellular infection and/or conversion from elementary body to reticulate body. Utilization of melatonin, serotonin or their derivatives may be advantageous for harmless prevention of chlamydial infection.
Serotonin itself is involved in modulating a variety of brain function. Deficits in pre-frontal cortex serotonin would make one easily programmable, and have various maladaptive behavioral effects. The effects of low serotonin and resulting low melatonin may be part of what the Cs were alluding to when they suggested melatonin is protective. but bear with me. There are ways to have low serotonin and resulting high programmability:
1. Low serotonin resulting from rapid conversion to melatonin and unbalanced homeostac mechanisms. This would give you high melatonin but you would still be programmable with low serotonin in pre-frontal cortex.
This doesn't sound like what the Cs meant.
You could have:
2. Low serotonin resulting form low tryptophan,
3. low amounts of any of the enzymes in the pathway to serotonin (aromatic acid decarbolylase
being one and in turn low melatonin)
4. Electromagnetic interference. This depletes both serotonin and melatonin. Think bout the kind of daily EM interference that exist in nomal 3D life. Think also of EM anomolies that are written about in abduction literature.
2 or 3 and 4 would result in low melatonin specifically but in all 4 cases one would be more programmable in the normal 3D sense due to low serotonin induced pre-frontal deficits.
Now there is a less known possibility for melatonin to be coverted back to serotonin via interferon gamma (enzyme) located in peripheral blood mononuclear leucocytes (PBML). It works both ways because it also makes serotonin and melatonin from tryptophan in these cells. This is an immune function, suggesting melatonin's role in protecting the both the body and mind. Due to kenetics of the molecule and so on, reverse synthesis normally occurs at a basal levels but if melatonin levels are high, serotonin production rate rapidly increase without the need for additional tryptophan. It may be what offsets the programmable effects of low serotonin even if this pathway is not that of the least resistance. So in this case it would make sense to take melatonin.
When the Cs were saying the melatonin protects, it could be by reverse synthesis of serotonin from melatonin. Maybe this occurs with more often with increased awareness. The resulting better in even pre-frontal functioning.