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The drugcausesincreased action potential
the rheobaseresultsin one action potential
by the previous action potential(passive) were caused bynondriven action potentials
the previous action potential(passive) were caused bynondriven action potentials
can activate dendritic sodium channelsthereby causingdendritic action potentials
a less negative resting potential ... at whichwill setoff action potentials
the ' voltage - triggered ' ion gatessetoff action potentials
These chemical molecule or ' ligand - triggered ' ion gates ... the ' voltage - triggered ' ion gatessetoff action potentials
This inactivation of the Na channels and activation of K channelsresultin repolarization of the action potential
current injectioncausedfiring of action potential
4 Decreased conductance of sodiumcausesinactivation of the action potential
This inactivation autotraxing the Na channels and activation of K channelsresultin repolarization of the action potential
This blocks the passage of nerve stimulusresultingin inactivation of the action potential
< > p > Slow integrationleadsto persistent action potential
mislocalization of VGSC(passive) caused byimpaired action potential
a persistent inward current or by a reduction in outward K currents(passive) can therefore be caused byProlongation of the action potential
N. Slow integrationleadsto persistent action potential
the major currentscontributingto the repolarization of the action potential
Inactivationcontributesthe repolarization the action potential
which is expectedto causeaction potential prolongation
therefore(passive) can ... be causedProlongation of the action potential
those that firedid ... contributeto the postsynaptic action potential
transmembrane ion channelscausingpropagation of the action potential
by the disease(passive) caused bythe spastic action potential
K+ channels in the sensory neuroncausingbroadening of the action potential
Aconitine open very fast to depolarize the cell membrane potentialcausingthe upstroke of an action potential
the cell membrane potentialcausingthe upstroke of an action potential
by depolarization of membrane C. Graded potentials causes voltage - gated sodium channels to open(passive) is ... caused byAction Potential
a subset of K+ channels in the sensory neuroncausingbroadening of the action potential
the sensory neuroncausingbroadening of the action potential
the currentresultingfrom the regenerative action potential
triggers a large postsynaptic response in distal IN dendriteeffectively resultingin a dendritic action potential
+ + channels opencausingaction potential
channels opencausingaction potential
currents ... a neuronal membranecontributeto the action potential
membrane depolarizationleadingto the action potential
an abilityto originatepropagate action potential
electrical currentscausingaction potential
s of ion channelcontributeto the action potential
ion channelcontributeto the action potential
from an area around the electrode tiporiginatingfrom an area around the electrode tip
calcium currents which produce prolonged action potentials and increased cytoplasmic calcium concentrationscontributing inwardcalcium currents which produce prolonged action potentials and increased cytoplasmic calcium concentrations
to arrhythmiascan leadto arrhythmias
complete contraction of one motor unitcausescomplete contraction of one motor unit
to the release of neurotransmitterwould no longer leadto the release of neurotransmitter
to the release of neurotransmitterwould no longer leadto the release of neurotransmitter
synaptic depressioncausesynaptic depression
to our present - time subjective experiencecontributesto our present - time subjective experience
to the generation of subsequent action potentialscontributeto the generation of subsequent action potentials
the intrinsic cardiac nervous system and the heartinfluencethe intrinsic cardiac nervous system and the heart
to higher Na+ influx into axon , andleadsto higher Na+ influx into axon , and
the intrinsic cardiac nervous system and the heart and other organ systemsinfluencethe intrinsic cardiac nervous system and the heart and other organ systems
neurons to firecauseneurons to fire
in larger calcium transientsresultin larger calcium transients
contractioncausingcontraction
to neuronalcontributeto neuronal
contractionscausecontractions
to muscle contractionsleadingto muscle contractions
the calcium channels to opencausesthe calcium channels to open
an influx of calcium resulting in the release of neurotransmitters in the synaptic cleftcausingan influx of calcium resulting in the release of neurotransmitters in the synaptic cleft
activation of calcium currentcausesactivation of calcium current
the releasecausesthe release
symptomscausingsymptoms
voltage - gated calcium channelscausesvoltage - gated calcium channels
from the decreased outward repolarizing potassium currents , especially transient outward potassium currentsresultedfrom the decreased outward repolarizing potassium currents , especially transient outward potassium currents
another twitchto causeanother twitch
in a postsynaptic depolarizationresultsin a postsynaptic depolarization
firing(passive) caused byfiring
to QT prolongationleadsto QT prolongation
from a decrease in a specific K+ current and an enhancement of the Ca2 + transients elicited by depolarizationresultingfrom a decrease in a specific K+ current and an enhancement of the Ca2 + transients elicited by depolarization
further adaptationcausesfurther adaptation
early afterdepolarizations in a Ca - independent mannercausesearly afterdepolarizations in a Ca - independent manner
to its anesthetic effectsleadingto its anesthetic effects
sarcoplasmic reticulum to release calcium causessarcoplasmic reticulum to release calcium
Ca2 entry through channels nerve terminal post synaptic cell Figure 6causesCa2 entry through channels nerve terminal post synaptic cell Figure 6
influx of Ca2causesinflux of Ca2
influx of Ca2 +causesinflux of Ca2 +
in a contraction of the myocardium ( i.e. , an excitatory stimulationresultingin a contraction of the myocardium ( i.e. , an excitatory stimulation
more calcium to be released from sarcoplasmic reticulumcausesmore calcium to be released from sarcoplasmic reticulum
from change permeability of axonal membrane to ionsresultedfrom change permeability of axonal membrane to ions