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Qaagi - Book of Why

Causes

Effects

the neuron - specific K+-Cl- co - transporter KCC2(passive) is set by6190 - 6201 Synaptic inhibition

15 min Stimulation of alpha-2 receptorscausingpre - synaptic inhibition

an equal hyperpolarizationcausingpost - synaptic inhibition

the low - threshold - spiking ( LTS ) neuron in Fmr1 KO miceresultsin dampened synaptic inhibition

A. increase in Cl− conductance at the postsynaptic membrane(passive) may be caused bySynaptic inhibition

an increase in GlyRα3(passive) caused bya synaptic inhibition

interaction of γ - aminobutyric acid ( GABA(passive) caused byeffective synaptic inhibition

GABA receptorscausingpost - synaptic inhibition

abnormal development of GABAergic interneurons(passive) caused bysynaptic inhibition

membrane hyperpolarizationleadingto synaptic inhibition

quinpirole(passive) caused bythe synaptic inhibition

the previous findings ... MeCP2 deficiencycausessynaptic inhibition

GABAergic projections from the medial septum ( Freund and Buzsáki 1996(passive) are influenced bysynaptic inhibition

defectsleadingto synaptic inhibition

increased neuronal [ Cl−]i(passive) caused bysynaptic inhibition

the neurotransmitter known as GABA ( gamma - aminobutyric acid(passive) caused bysynaptic inhibition

perturbing PV cell activity(passive) caused bysynaptic inhibition

GAD67 levelsinfluencesynaptic inhibition

anesthetics(passive) caused bysynaptic inhibition

Neuroscientistdiscoveredsynaptic inhibition

the hypothesis ... aberrant Ca2 + activation by G85R - SOD1may causesynaptic inhibition

vesiclesleadingto synaptic inhibition

a second K+ currentcontributesto synaptic inhibition

during the second sleep episode(passive) was triggered oncePre - synaptic inhibition

odor stimulationcausessynaptic inhibition of KCs

these toxins at high frequencies(passive) caused bysynaptic inhibition

Binding of GABAleadsto synaptic inhibition

5 μm CCh in wild - type ( WT ) , M1 ( M1 KO ) , M3 ( M3 KO ) , and M1 / M3 ( M1 / M3 KO ) mutant mice(passive) caused bythe synaptic inhibition

the temporal coding properties of medial superior olivary neurons : an in vitro study [ 1994 ] 7influencesthe temporal coding properties of medial superior olivary neurons : an in vitro study [ 1994 ] 7

the temporal coding properties of medial superior olivary neurons : an in vitro study [ 1994 ] GROTHE , B and SANES , D. Hinfluencesthe temporal coding properties of medial superior olivary neurons : an in vitro study [ 1994 ] GROTHE , B and SANES , D. H

Particularly fast rhythmic activity in the beta and gamma range is thought(passive) to be caused byParticularly fast rhythmic activity in the beta and gamma range is thought

in a slight depolarization ( 2–4 mVresultingin a slight depolarization ( 2–4 mV

Weiqi Zhang , A Barnbrock , Snezana Gajić , Andrew Pfeiffer , Baerbel Ritter Rhythm generation in mature respiratory networks(passive) is influenced strongly byWeiqi Zhang , A Barnbrock , Snezana Gajić , Andrew Pfeiffer , Baerbel Ritter Rhythm generation in mature respiratory networks

to this process because spontaneous spike discharge in the SC wascould contributeto this process because spontaneous spike discharge in the SC was

less depolarization of the membrane potential at 70 dB than at 45 dB ... and thus contribute to some intensity tuning in this neuronwould causeless depolarization of the membrane potential at 70 dB than at 45 dB ... and thus contribute to some intensity tuning in this neuron

to a large anisotropic expansion of inspiratory activityledto a large anisotropic expansion of inspiratory activity

LTPpreventsLTP

to this suppressioncontributesto this suppression

to dendritic hypertrophy prior to the onset of hearingleadsto dendritic hypertrophy prior to the onset of hearing

transmission of neural signals to the brainpreventingtransmission of neural signals to the brain

hyperpolarization(passive) caused byhyperpolarization

from the local striatal circuits ( Kubota and Kawaguchi 2000originatingfrom the local striatal circuits ( Kubota and Kawaguchi 2000

from SOM interneuronsoriginatingfrom SOM interneurons

from iSPNsoriginatingfrom iSPNs

to auditory processingcontributesto auditory processing

to a phenotype of increased anxiety - like behaviorcan leadto a phenotype of increased anxiety - like behavior

the … .. Rhythm era in mature respiratory systems(passive) is influenced ... bythe … .. Rhythm era in mature respiratory systems

to shape the tuning of cortical neuronsmay contributeto shape the tuning of cortical neurons

This refractory period(passive) could be caused byThis refractory period

significantly to Up state termination and its characteristic synchronycontributessignificantly to Up state termination and its characteristic synchrony

sensory processing throughout the mammalian brain , including the main olfactory bulb ( MOB ) , the first station of sensory processing in the olfactory systeminfluencessensory processing throughout the mammalian brain , including the main olfactory bulb ( MOB ) , the first station of sensory processing in the olfactory system

the potential pacemaker dischargepreventsthe potential pacemaker discharge

sustained activation of γ - aminobutyric acid ( GABA ) receptors in neurons ... 1 ) occurs throughout the central nervous system ( 2–4causessustained activation of γ - aminobutyric acid ( GABA ) receptors in neurons ... 1 ) occurs throughout the central nervous system ( 2–4

from SEresultingfrom SE

blanket inhibition of all inputscausesblanket inhibition of all inputs

loss of postinspiratory firing during phasic inflation(passive) was caused byloss of postinspiratory firing during phasic inflation

Read More Sharp wave ripples , brain waves important for memory consolidation(passive) are influenced byRead More Sharp wave ripples , brain waves important for memory consolidation

in part ... by adenosine acting at A1 receptors [ 19is causedin part ... by adenosine acting at A1 receptors [ 19

to increased excitabilityleadsto increased excitability

in neuroprotective effectsmight resultin neuroprotective effects

the temporal coding properites of medial superior olivary neurons : an in vitro studyinfluencesthe temporal coding properites of medial superior olivary neurons : an in vitro study

in the calming and soothing action on the brain resulting in relieving of anxietyresultsin the calming and soothing action on the brain resulting in relieving of anxiety

the observed changes in the threshold EPSP comes from a simulation that will be presented belowcan causethe observed changes in the threshold EPSP comes from a simulation that will be presented below

from dSPNsoriginatingfrom dSPNs

dominates over the excitatory drive , determining the firing phase of phase - locked CA1 PCsoriginateddominates over the excitatory drive , determining the firing phase of phase - locked CA1 PCs

from bath application of IAA - RP alone with that occurring from combined application of IAA - RP and antagonists to both classes of receptorsresultingfrom bath application of IAA - RP alone with that occurring from combined application of IAA - RP and antagonists to both classes of receptors

criticallyinfluencescritically

seizures and deathcausedseizures and death

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