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that VTA astrocytes can increase the response of GABA neurons to active excitatory afferent inputleadingto increased inhibition of dopamine neurons
Receptor bindingcausespresynaptic inhibition of excitatory neurotransmitter release
no serotonincausingany inhibition of dopamine release
the GABA interneuronsresultin the inhibition of dopamine release
their activation was shown in animal studiesto causeinhibition of the release of neurotransmitters
this drugcausesstrong dopamine reuptake inhibition
more dynorphinleadsto the inhibition ( reduction ) of dopamine
cytokines(passive) may be caused byInhibition of neurotransmitter release
neuronal cell membranescausinginhibition of neurotransmitter release
nerve cellscausesinhibition of neurotransmitter release
the GABA receptorscausinginhibition of neuronal excitation
These agents bind to gamma - aminobutyric acid ( GABA ) receptors in the central nervous system ( CNScausinginhibition of neuronal excitation
if you are on a SSRIcan causethe inhibition of dopamine delivery
These medicationsinfluencethe action of the neurotransmitter dopamine
multiple mechanismsleadto the inhibition of dopamine uptake
highest affinity for vesicular monoamine transporter - twoleadingto the inhibition of dopamine uptake
the medicinecan influenceon dopamine reuptake inhibition ( DRI
a specific abilityto causeinhibition of serotonin reuptake
by a pro - inflammatory cytokine or other inflammatory cellular signal(passive) caused byinhibition of stimulation
by cannabinoids(passive) signaling caused bythe inhibition of neuronal
TMScausesneuronal inhibition
A reduction in the probability of action potential generationcausesneuronal inhibition
+ ) tramadolcausesinhibition of serotonin reuptake
Acetylcholinecausesinhibition of Dopamine
The improvement of well - being ... mesembrinecausesthe inhibition of serotonin reuptake
endorphinscausingdopamine inhibition
the entry of sodium and calcium into the cellcausesinhibition of monoamine reuptake
_ _ into the cellcausesinhibition of monoamine reuptake
Carbamate pesticidescausethe inhibition of Acetylcholine
pro - inflammatory cytokine cascades(passive) caused byAcetylcholine inhibition
the potential for adrenergic agoniststo causeinhibition of contractility
Crcausedinhibition of U46619
Methamphetaminecausesthe [ [ norepinephrine ] ] , [ [ dopamine
by the degeneration of certain neurons in the brain(passive) caused bythe neurotransmitter dopamine
by genetic factors(passive) caused bythe neurotransmitter , dopamine
the happiness and pleasure areascausingthe neurotransmitter dopamine
Patients In some patientsmay causedopamine agonists
genetic factors and triggered by exposure to stressors , such as emotional distress , physical trauma , viral infections or inflammatory disorders(passive) caused bythe neurotransmitter , dopamine
Travelers and the Wells Handbookcausedopamine agonists
brain(passive) are influenced bybrain
plasma tyrosine levels(passive) are influencedplasma tyrosine levels
y ... ( Fig(passive) caused byy ... ( Fig
in a buildresultsin a build
CNS stimulationcausesCNS stimulation
in vasodilationresultin vasodilation
to an increase in the concentration of this neurotransmitter in the synaptic cleftleadsto an increase in the concentration of this neurotransmitter in the synaptic cleft
in rapid degradation of Ezh2 protein in T cell receptor - activated T cellsresultedin rapid degradation of Ezh2 protein in T cell receptor - activated T cells
to addictioncan leadto addiction
to greater amounts in the brainleadsto greater amounts in the brain
strong stimulant effectscan causestrong stimulant effects
to increasing the concentration of the neurotransmitter in the synaptic cleftleadsto increasing the concentration of the neurotransmitter in the synaptic cleft
to a decrease of telomere length resulting in cellular senescence and apoptosis in telomerase positive tumorsmay leadto a decrease of telomere length resulting in cellular senescence and apoptosis in telomerase positive tumors
to an enhancement of dendritic responses to excitation as well as enhancement of dendritic Ca2leadsto an enhancement of dendritic responses to excitation as well as enhancement of dendritic Ca2
autismmay causeautism
to increased amounts of dopamine between synapses , thus improving focus , motivation , alertness , and energyleadingto increased amounts of dopamine between synapses , thus improving focus , motivation , alertness , and energy
reallyshould ... leadreally
certainlyshould ... resultcertainly
to increased amounts of dopamine between synapsesleadingto increased amounts of dopamine between synapses
alsocan ... leadalso
to activation of the descending pain inhibitory systemleadsto activation of the descending pain inhibitory system
to decreased levels of acetylcholineleadsto decreased levels of acetylcholine
prolactin to increasecausesprolactin to increase
to increased glucose consumption and lactate secretion ratesleadsto increased glucose consumption and lactate secretion rates
to glucose dependencyledto glucose dependency
cell deathcausescell death
in immune - related adverse events ... much like the inhibition of CTLA-4may resultin immune - related adverse events ... much like the inhibition of CTLA-4
to a decrease in MDSCsledto a decrease in MDSCs
feelings of pleasure and euphoriacan causefeelings of pleasure and euphoria
in an increase in extracellular dopamineresultingin an increase in extracellular dopamine
in an increase in extracellular dopamineresultingin an increase in extracellular dopamine
dopamine to flood the braincausingdopamine to flood the brain
how we feel and levels of motivation or driveinfluenceshow we feel and levels of motivation or drive
happinesscauseshappiness
this feeling of pleasure to lastcausingthis feeling of pleasure to last
to muscleleadingto muscle
a feeling of well - beingcausesa feeling of well - being
to increases in extracellularleadingto increases in extracellular
to either loveleadsto either love
arousalcausesarousal