the synaptic vesicles to fuse and release neurotransmitterscausesthe synaptic vesicles to fuse and release neurotransmitters

in chronic central neuropathic painresultsin chronic central neuropathic pain

in the release of neurotransmittersresultsin the release of neurotransmitters

to the LTP deficit in mutant micemay be contributingto the LTP deficit in mutant mice

to spinal sensitization that at least in part attributes to behavioral hyperalgesia and allodynia during chronic painto contributeto spinal sensitization that at least in part attributes to behavioral hyperalgesia and allodynia during chronic pain

to a better understanding of neuronal communicationshould leadto a better understanding of neuronal communication

from loss of sytresultingfrom loss of syt

the chemical balanceinfluencingthe chemical balance

in learning and memory deficitsresultsin learning and memory deficits

to aberrant firing of globusleadsto aberrant firing of globus

to several neurologic disorderscontributeto several neurologic disorders

muscle contractionscausesmuscle contractions

to aberrant firing of globus pallidus neuronsleadsto aberrant firing of globus pallidus neurons

at least in part ... to the loss of these neuronal populations [ 53 , 54may contributeat least in part ... to the loss of these neuronal populations [ 53 , 54

muscle contractions and is involved in learning and memory causesmuscle contractions and is involved in learning and memory

in the inhibition of the release of nociceptive neurotransmittersto resultin the inhibition of the release of nociceptive neurotransmitters

to seizure activitycontributedto seizure activity

axon - sprouting defects in a subset of GABAergic neuronscausesaxon - sprouting defects in a subset of GABAergic neurons

to these processescan contributeto these processes

to a disinhibition of network activityleadingto a disinhibition of network activity

from fast - spikingoriginatingfrom fast - spiking

from fast - spiking but not from somatostatin - positive interneuronsoriginatingfrom fast - spiking but not from somatostatin - positive interneurons

from the eyeoriginatingfrom the eye

to human ASDsmay contributeto human ASDs

a dendrite(passive) is caused bya dendrite

to aberrant firing of globus pallidus neurons in a rat model of Parkinson 's diseaseleadsto aberrant firing of globus pallidus neurons in a rat model of Parkinson 's disease

a dendrite(passive) is caused bya dendrite

in LTPwould resultin LTP

the predominant phenomenon(passive) caused bythe predominant phenomenon

to human ASDs and that the R451C knockin mice may be a useful model for studying autism - related behaviorsmay contributeto human ASDs and that the R451C knockin mice may be a useful model for studying autism - related behaviors

to AD associated synaptic dysfunctionleadingto AD associated synaptic dysfunction

to aberrant firing of globus pallidus neurons ileadsto aberrant firing of globus pallidus neurons i

from the near - simultaneous activity of multiple pre and postsynaptic neuronsresultingfrom the near - simultaneous activity of multiple pre and postsynaptic neurons

to decreased neuronal excitabilityleadsto decreased neuronal excitability

to enhanced postsynaptic responsesleadingto enhanced postsynaptic responses

postsynaptic cellsto influencepostsynaptic cells

behavioral outputto influencebehavioral output

the postsynaptic potential(passive) caused bythe postsynaptic potential

in an inhibitory postsynaptic potentialresultsin an inhibitory postsynaptic potential

in an excitatory postsynaptic potentialresultsin an excitatory postsynaptic potential