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Mechanism of Action: Octopamine replaces norepinephrine in sympathetic neurons with chronic use of monoamine oxidase inhibitors Dopamine beta-hydroxylase converts tyramine to octopamine Octopamine can be taken up into storage vesicles in nerve terminals, and then be released by nerve stimulation Octopamine exerts only a small effect on postsynaptic receptors compared to norepinephrine (hence the designation false transmitter) Notes: Octopamine typically exists in only trace amounts in the mammalian CNS, but accumulates when MAO is inhibited (e.g
While some free radicals get quenched directly, dealing with the root causes of oxidative stress - POPs is perhaps more significant
But not only is there evidence that GSH stimulates the production and activity of these NK and T cells, it also functions as an antioxidant (detoxification) within these immune cells, further bolstering and strengthening the bodys overall immune response
