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Both pre‐ and post‐synaptic effects of trace amines have been demonstrated. The putative intracellular location of Trace Amine‐Associated Receptors necessitate that membrane transport processes be present in order for post‐synaptic effects to occur. Here we examine the ability of trace amines to cross synthetic (Fluorosomes) and native (synaptosomes) lipid bilayer membranes. Trace amines readily crossed...
Trace amines are endogenous compounds, typified by 2-phenylethylamine (PE) and p-tyramine (TA), found in the vertebrate central nervous system. Although synthesized in pre-synaptic terminals, trace amines do not appear to act as neurotransmitters, but rather modulate responsivity to co-existing neurotransmitters. Trace amines are neither actively accumulated in synaptic vesicles, nor released in an...
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