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Qaagi - Book of Why

Causes

Effects

the chloride channelscauseshyperpolarization of neurons

The activation of ligand - gated anion channels , such as GABAA or glycine receptorscauseshyperpolarization of neurons

GABAcauseshyperpolarization of neurons

concentrationscausedcytotoxicity in neurons

mechanisms by whichmay causedepolarization of neurons

neuronal glutamate dischargecausesoverexcitation of neurons

Once we understandhow to causeneuroregeneration of neurons

by * shep(passive) caused bybursicon neurons

activation of mu opioid receptorscausesdisinhibition of neurons

This inhibitioncausesdisinhibition of neurons

because some individuals like Amy Yasko warnsmay causeoverstimulation of neurons

by MPTP(passive) caused bydopaminergic neurons

by alpha - synuclein(passive) caused bydopaminergic neurons

several neurotransmitter systemsinfluencingdopaminergic neurons

the neurotoxin 1-methyl-4-phenyl-1,2,3,6-tetrahydropyridine(passive) caused bydopaminergic neurons

LPS in vivo(passive) caused bydopaminergic neurons

may trigger precipitous migrationcausingmaldistribution of neurons

by the abnormal aggregation of(passive) caused bydopaminergic neurons

other factorsinfluencinggnrh neurons

in particularinfluencingdopaminergic neurons

by the administration of lipopolysaccharide ( LPS(passive) caused bydopaminergic neurons

by rotenone(passive) caused bydopaminergic neurons

by ethanol(passive) caused bydopaminergic neurons

by agents(passive) caused bydopaminergic neurons

releasing hormoneoriginateGnRH ) neurons

by this pesticide(passive) caused bydopaminergic neurons

10 nM ghrelin ( 33/95 , 35 % depolarized ; 29/95 , 30 % hyperpolarized(passive) influenced byPVN neurons

by HD(passive) caused bystriatal neurons

by the abnormal deposition of a Lewy body(passive) caused bydopaminergic neurons

The pulse(scausesneurons in the neocortex

6-OHDA ( P < 0.0001(passive) caused bydopaminergic neurons

by global ischemia(passive) caused byca1 neurons

tissue damage or inflammationcausesnociceptive Neurons

inside the hypothalamus(passive) can be discoveredOrexin neurons

target cellsto influencepresynaptic neurons

This drug has been examinedto setOrexin neurons

Oxytocincausesinhibitory neurons

myelination ... the axonsoriginatefrom inhibitory neurons

cell death or their failure to migrate to the cortex during brain development(passive) caused byGABA neurons

in the peripheral nervous system(passive) were discoveredNeuroendocrine neurons

to feelings of restlessness and anxietycan leadto feelings of restlessness and anxiety

cell deathcausescell death

from inhibition of Ca2 + influxresultingfrom inhibition of Ca2 + influx

in a massive release of glutamateresultsin a massive release of glutamate

from inhibition of Ca2resultingfrom inhibition of Ca2

from inhibition of Ca2 +resultingfrom inhibition of Ca2 +

a postsynaptic targetcan ... influencea postsynaptic target

action potentials to fire less , while excitatory neurons cause them to fire morecauseaction potentials to fire less , while excitatory neurons cause them to fire more

to plasticitycontributeto plasticity

in decreased level of dopamine in the brainresultsin decreased level of dopamine in the brain

an increased dopamine releasecausingan increased dopamine release

in the PVNoriginatingin the PVN

to the classic PD motor symptomsleadingto the classic PD motor symptoms

disinhibition of glutamatergic excitatory neuronscausesdisinhibition of glutamatergic excitatory neurons

motor activity , emotional behavior , and cognitioninfluencemotor activity , emotional behavior , and cognition

to the expression of LTPcontributeto the expression of LTP

to the symptoms of PDleadingto the symptoms of PD

to the emergence of the classic PD motor symptoms later in lifeleadingto the emergence of the classic PD motor symptoms later in life

from the VTA area of neuronsoriginatedfrom the VTA area of neurons

to decreased activity of the excitatory pathwayleadingto decreased activity of the excitatory pathway

to a reduction in over - excitability of the nervous systemleadsto a reduction in over - excitability of the nervous system

significantly to the expression of LTPcontributesignificantly to the expression of LTP

in the substantia nigra of the midbrain and project to the basal ganglia or striatumoriginatein the substantia nigra of the midbrain and project to the basal ganglia or striatum

increased secretion ofcausingincreased secretion of

action potentials to fire lesscauseaction potentials to fire less

to the motor symptoms of Parkinsonscontributeto the motor symptoms of Parkinsons

dysfunction in movement ... causing tremorcausesdysfunction in movement ... causing tremor

to PD developmentleadingto PD development

in the ventral tegmental area ( VTAoriginatein the ventral tegmental area ( VTA

from the ventral tegmental area ( VTAoriginatingfrom the ventral tegmental area ( VTA

in the ventral tegmental area ( VTA ) andoriginatein the ventral tegmental area ( VTA ) and

dysfunction in movementcausesdysfunction in movement

to their degeneration in PDleadingto their degeneration in PD

Unrelenting migraines(passive) are caused byUnrelenting migraines

in a decreased level of neurotransmissionresultingin a decreased level of neurotransmission

in a range of motor deficitsresultingin a range of motor deficits

in the ventral tegmental areaoriginatingin the ventral tegmental area

from the Ventral Tegmental Areaoriginatingfrom the Ventral Tegmental Area

to the decline of motor coordinationleadingto the decline of motor coordination

to a reduced level of neurotransmissionleadingto a reduced level of neurotransmission

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