SEROTONIN

Before
1: S
brain, blocks, low, block, blood
2: SU
potent, decreased, altered, plasma, central, increased, increase, produce
2: US
decreased, release, contain, affect, increased, reduced, increase, produce, include
3: SUU
increases, chemical
3: USU
selective, inhibits, inhibit, increases, increasing, specific, including
After
1: S
plays, nerve, type, may
2: SU
uptake, syndrome, levels, pathways, binding, content, transport, function, system, level, systems
2: US
release, released, content, transport
3: SUU
turnover, synthesis
3: USU
precursor, precursors, depletion, selective, production
4: USUU
antagonists, metabolite, antagonist, metabolites, deficiency, hypothesis, activity
4: UUSU
concentrations, concentration
5: USUUU
metabolism
Surrounder Phrases
presynaptic autoreceptors, neuron, terminals, reuptake, dopamine, receptors, neurons, nerve, receptor, fibers, release, plasma, mechanismsreuptake inhibitorsnorepinephrine reuptake, transporter, uptake, turnover, release, depletion, metabolism, secretion, concentrations, released, neurons, levels, synthesis, receptors, storesdopamine autoreceptors, agonists, transporter, agonist, neurotransmission, reuptake, receptors, transporters, receptor, antagonists, antagonist, neurons, metabolite, uptake, depletion, synapses, turnover, innervation, metabolites, release, pathway, inhibits, neuron, metabolism, pathways, antagonism, hypothesis, precursor, deficiency, terminals, synthesis, blocking, transmission, concentrations, secretion, levelspostsynaptic neuron, dopamine, receptors, neurons, receptor, fibers, mechanismsreleasing hormone, histamine, norepinephrinereceptor antagonists, antagonist, agonists, agonist, immunoreactivity, binding, antagonism, blocking, induces, interactions, neurons, inhibitsimmunoreactive neurons, fibers, terminals, nerve, cellsneurotransmitter transporters, dopamine, norepinephrine, reuptake, receptors, release, receptor, precursors, abnormalities, released, metabolism, synthesis, uptake, pathways, systemshypothalamic releasing, neurons, dysfunction, norepinephrine, dopamine, neuronal, hormone, secretion, regulation, syndromeneurotransmitters norepinephrine, dopamine, releasedhormone secretion, releasing, agonist, receptors, receptor, agonists, biosynthesis, stimulates, deficiency, antagonists, regulates, levels, antagonist, synthesis, binding, release, concentrations, precursors, induces, metabolism, inhibitssynaptic neurotransmission, transmission, terminals, transmitter, dopamine, neuron, receptors, pathways, interactions, plasmahistamine antagonists, release, receptors, receptor, antagonist, releasing, stimulates, secretion, released, metabolism, synthesis, concentrationsinhibits platelet, histamine, norepinephrine, secretion, neuronal, dopaminecortical neurons, neuronal, neuron, synapses, dysfunction, dopamine, pathways, synaptic, cellsnerve fibers, terminals, dysfunction, innervation, blocks, cells, block, pathways, synapsesneuronal reuptake, precursors, pathways, synapses, uptake, activity, dysfunction, precursor, cells, mechanisms, pathway, receptorsserum immunoreactive, concentrations, levels, concentrationneuron synapses, dysfunction, terminals, releases, pathwayspotent inhibitors, agonist, antagonist, agonists, antagonists, platelet, endogenous, dopamineinhibit platelet, histamine, secretion, neuronal, dopamine, endogenousinduced neurotoxicity, platelet, histamine, neuronaldeficiency syndromeplatelet dysfunction, agonists, inhibitors, abnormalities, function, secretion, receptor, receptors, turnoverperipheral nerve, neurotoxicity, blood, innervationsecrete norepinephrineplasma norepinephrine, immunoreactive, concentrations, concentration, histamine, levels, cellselevated serum, plasma, levels, circulating, concentrations, blood, plateletmetabolite concentrations, accumulation, levels, concentration, transportagonist binding, antagonist, activity, concentrations, induced, concentrationbiosynthesis inhibitors, pathway, pathwaysstimulates secretion, dopamine, platelet, releaseuptake inhibitorstransmitter release, released, receptorsinhibiting hormone, plateletselective agonists, reuptake, agonist, antagonists, antagonist, inhibitors, neuronal, uptake, depletion, dopaminecerebral cortical, dysfunction, blood, metabolismextracellular dopamine, concentrationsagonists inhibit, stimulateendogenous norepinephrine, agonist, dopamine, inhibitors, neurotransmitter, agonists, depression, metabolites, hormone, secretion, synthesisreleases histamine, norepinephrine, dopaminecells secrete, synthesizeblocking reuptake, dopamineantagonists inhibitcirculating norepinephrine, platelet, blood, concentrations, hormone, levels, plasma, inhibitorsaffect dysregulationdual innervationdysfunction syndromepineal hormonebrain dysfunction, neurotransmitters, dopamine, norepinephrine, neurotransmitterchemical neurotransmission, synapsessynthesis inhibitorsprecursor uptake, metabolites, cellsrelease histamine, norepinephrinedecreased platelet, serum, uptake, secretionlabeled precursors, neurons, precursor, metabolitesabnormal platelet, neuronal, accumulation, metabolitespathway regulatesantagonist bindinginduces platelet, neuronal, secretionblocks reuptake, postsynaptictransporter bindingneurons secretelow concentrations, levelsinhibitors inhibitsecretion stimulates, pathwayblood cellsstimulate secretionreceptors inhibits, inducessolution containingcontaining neuronsblock reuptakeregulates metabolism