posted on May, 8 2010 @ 09:19 PM
This is great stuff, but only the tip of the iceberg. You can release all the neurotransmitters you want, but if there are receptor problems, or
problems in individual parts of the brain, you just don't have proper neurotransmitter function. There is proper balance needed among the
neurotransmitters, and if the relay system is faulty, there will still be big problems regardless if you've found the master switch or not. For
example, with serotonin, there is often adequate production, but the serotonin cannot cross the synapse to go to the next station. You have what is
called re-uptake, and the serotonin goes into the surrounding brain tissue and not across the synapse. With dopamine, some receptors accept dopamine,
while other dopamine receptors act as gates. In this case, what happens is not as important as what does not happen. These are very complicated
cascades that don't depend on any master switch as far as neurotransmitter function is concerned. There needs to be balance in the system. Much of
this is hormone related, so that if there are problems with the pituitary, adrenal glands, thyroid or parathyroids, etc. just knowing the master
switch doesn't fix the problem. Neuroendocrinology is exceedingly complex, and the level of organic chemistry here is profound. We're just getting
in the door.
[edit on 8-5-2010 by deadred]