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around 2ms • factorsinfluencingconduction velocity
a coating around axons , called myelin(passive) is influenced byConduction speed
The principal factorsinfluencingconduction velocity
amiodarone effect(passive) caused byconduction velocity
backward propagation > factorsinfluencingconduction velocity
1 ms . FactorsInfluencingthe Conduction Velocity
axon diameter ( larger � faster ) and myelin sheath ( presence � faster , through saltatory conduction(passive) influenced byConduction velocities
internodal length in fibers over a range of short internodal lengths between 0.2 and 0.6 mm in genetically modified mice(passive) are ... influenced byconduction velocities
The distance between the stimulating electrode and receiving electrode ... impulse latencyresultsin conduction velocity
The distance between the stimulating and receiving electrodes is divided by the impulse latencyresultingin conduction velocity
both axon diameter and the presence or absence of myelination(passive) is influenced byConduction Speed
15 mmol / L DAM(passive) caused byconduction velocities
abnormally(passive) may be caused异常大的传导速度大小可以由远场信号引起，因为这些可以经常产生非常小的峰峰Ea值 。 Conduction velocity
The rate of phase 0 depolarizationinfluencesconduction velocity
strongly(passive) is ... influencedConduction velocity
the altered source / sink ratios due to the changed axial / perpendicular resistance ratiomight have influencedthe conduction velocity
reduced nodal Na+ permeabilitycausingdiminished conduction velocity
Another factorinfluencesconduction velocity
As a determinant of intercellular conductance , gap - junctional coupling is consideredto influencemyocardial conduction velocity
acute ischemia and metabolic stress35–37 without affecting sarcolemmal ion channels.16,37–39(passive) caused byconduction velocity
The as yet unknown ion channel properties in these unmyelinated regions of cortical neuronswill also influenceconduction velocity
usually(passive) is ... setConduction velocity
Peripheral nervous systemcan resultin the conduction velocity
the depolarizing force(passive) is influenced byConduction velocity
Axonal diameterinfluencesconduction velocity
spatial heterogeneities of refractory periods(passive) caused bylocal conduction velocity
hypoxia ( 13(passive) caused byconduction velocity
atrial volume increase(passive) caused bya slowed conduction velocity
reduced K+ concentrations after hemodialysis(passive) caused byconduction velocity
large and systematic differences in these parametersinfluencingconduction velocity
to 0.25 m s−1(passive) was setConduction velocity
skin temperaturecan influenceconduction velocity
degree of myelination(passive) set byconduction velocity (
myocardial fibre orientation is knownto influenceconduction velocity
few patientscan causea - v conduction velocity
The axons in peripheral nerves supplying the bone ... both of whichcontributeto conduction velocity
changes in myelin for spared remyelinated RST axons with the physical parameters measured in our studies(passive) caused byconduction velocity
effectts ischemia or deposition of collagens after an acute myocardial infarctionresultingeffectts ischemia or deposition of collagens after an acute myocardial infarction
to heart block or other arrhythmiascan leadto heart block or other arrhythmias
in national conduction block)allofresultingin national conduction block)allof
conduction block and ventricular tachycardiacausesconduction block and ventricular tachycardia
to the discovery that one form ( type 1 ) has the features of a demyelinating neuropathyledto the discovery that one form ( type 1 ) has the features of a demyelinating neuropathy
WL shortening ( Figure 1BpreventingWL shortening ( Figure 1B
in conduction blockade with su ciently high frequenciesresultingin conduction blockade with su ciently high frequencies
in an increased temporal summation leading to an increased EMG amplitude response of the following muscle contractionmay resultin an increased temporal summation leading to an increased EMG amplitude response of the following muscle contraction
to a sudden ( within seconds to minutes ) decrease of the number of waveletsleadingto a sudden ( within seconds to minutes ) decrease of the number of wavelets
to higher contractility and thus an increase in mechanical response produced by the anodal stimulationmay leadto higher contractility and thus an increase in mechanical response produced by the anodal stimulation
to atrioventricular block ( 14leadingto atrioventricular block ( 14
from the match between current and loadresultingfrom the match between current and load
to locomotion defects and weakness in targeted limbs ( Kuwabara , 2007 ; Sun et al . , 2009leadingto locomotion defects and weakness in targeted limbs ( Kuwabara , 2007 ; Sun et al . , 2009
to arrhythmias and sudden cardiac death ( 12–14leadsto arrhythmias and sudden cardiac death ( 12–14
for each organismis ... designedfor each organism
as a biological reasonable value 2.4 mm /is setas a biological reasonable value 2.4 mm /
the duration of the action potential ( 2 , 30influencesthe duration of the action potential ( 2 , 30
in the animal being dead nearly instantlyresultingin the animal being dead nearly instantly
in increased motor functionresultsin increased motor function
in negative chronotropic , dromotropic , and inotropic changes in the heartresultingin negative chronotropic , dromotropic , and inotropic changes in the heart
in transverse propagation since the longitudinal conduction depends mainly on sodium channel availabilitywill resultin transverse propagation since the longitudinal conduction depends mainly on sodium channel availability
from loss of PKP2 expressionresultingfrom loss of PKP2 expression
in prolonged PR interval and progressive widening of the QRS complex and nodal and ventricular arrhythmiasresultingin prolonged PR interval and progressive widening of the QRS complex and nodal and ventricular arrhythmias
positive inotropic effectcausingpositive inotropic effect
to lengthening of the cardiac cycle and eventually ventricular tachycardia , fibrillation , and asystoleleadingto lengthening of the cardiac cycle and eventually ventricular tachycardia , fibrillation , and asystole
to an increased cardiac excitability ( hyper - excitabilityleadingto an increased cardiac excitability ( hyper - excitability
generallycausegenerally
Several cardiac dysfunctions and arrhythmia(passive) are caused bySeveral cardiac dysfunctions and arrhythmia
to be equal in all directionswas setto be equal in all directions
in less coordinated input to the somaresultingin less coordinated input to the soma
from short stretches of axons now supporting rapid saltatory conductionresultingfrom short stretches of axons now supporting rapid saltatory conduction
from Na+ channel inactivation owing to the strong dendritic depolarization during the EPSPmay have resultedfrom Na+ channel inactivation owing to the strong dendritic depolarization during the EPSP
to functional instabilitymay contributeto functional instability
from the various distributions of INa and INaP described in the Results sectionresultingfrom the various distributions of INa and INaP described in the Results section
to a functional block.8leadingto a functional block.8
from the 3-D correction procedureresultingfrom the 3-D correction procedure
in differences in the spatial summation at central synapsesresultingin differences in the spatial summation at central synapses
from prematurity and the presence of myofibroblast clustersresultingfrom prematurity and the presence of myofibroblast clusters
from stimulation of the lumbar regionresultingfrom stimulation of the lumbar region
up in the wake of the first responsesetup in the wake of the first response