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membrane resistance and intracellular resistance to decreasecausingan increase of conduction velocity
Increasing the diameter of an axon causes membrane resistance and intracellular resistance to decreasecausingan increase of conduction velocity
their accumulation in axonsleadsto an increase in conduction velocity
Both of these propertiescausethem to have a low conduction velocity
by class(passive) caused byReduced conduction velocity
envelop the nervescausea slowing of nerve conduction velocity
Other mechanismsmay contributeto decreased conduction velocity
the nerveresultingin a slow conduction velocity
the geometrical factorsinfluencenerve conduction velocity
axon diameterinfluencesnerve conduction velocity
Myelin basic protein ... the myelin sheathinfluencesthe velocity of axonal impulse conduction
by the distance heat(passive) is influenced byconduction speed
Disease of the myelininfluencesconduction speed
body temperatureinfluencesconduction speed
Axon diameteralso influencesspeed of conduction
the diameter of the axoncan influencethe speed of conduction
The integrity of the myelin sheathhelps setaxonal conduction velocity
equal to the gradient of the variable set by the user(passive) is setConvection velocity
skin temperaturecan influenceconduction velocity
a novel mutation in the MPZ gene(passive) caused byintermediate conduction velocities
the diameter of the axoncan influencethe velocity of conduction
by acute ischemia and metabolic(passive) caused byconduction velocity
The distance between the stimulating and receiving electrodes is divided by the impulse latencyresultingin conduction velocity
the impact(passive) caused bytranslational velocity
ions moving across the cell membranecausesimpulse conduction
the regular ionic channelscausingimpulse conduction
class I antiarrhythmic drugs : antiarrhythmic and proarrhythmic effects(passive) caused byconduction slowing
by class I antiarrhythmic drugs : antiarrhythmic and proarrhythmic(passive) caused byconduction slowing
of a superposition of the bubble velocity in stagnant liquid ( i.e. the drift velocity , vd , and the maximum velocity in the slug body(passive) is composedTranslational velocity
a voltage sufficientto causeconduction
applied to the deviceto causeconduction
light pressuredoes ... causeconduction
the random motion of atoms and molecules(passive) is caused byConduction
Mechanismsinfluencingconduction
however(passive) is ... influencedConduction
by bundle(passive) caused byconduction
Pcausesconduction
the control signalscausesconduction
by a blockage in your electrical pulses(passive) caused byconduction
which is above the critical valueto causeconduction
to abnormal conduction & disturbances in cardiac rhythmleadsto abnormal conduction & disturbances in cardiac rhythm
in improved coordinationresultingin improved coordination
up to 5 %contributesup to 5 %
to improved blood flowleadingto improved blood flow
in improved coordinationresultingin improved coordination
to improved blood flow and reduced tingling of extremitiesleadingto improved blood flow and reduced tingling of extremities
to analgesialeadingto analgesia
a decrease in the cardiac wavelengthcausesa decrease in the cardiac wavelength
the establishment of re - entrant circuits and quasi - chaotic behaviorcausedthe establishment of re - entrant circuits and quasi - chaotic behavior
a change in magnitude and potentially direction of the conduction wave velocitywill causea change in magnitude and potentially direction of the conduction wave velocity
in a slowing of the heartwill resultin a slowing of the heart
up in the wake of the first responsesetup in the wake of the first response
to higher contractilitymay leadto higher contractility
in paralysis and death of ectoparasites and roundwormsresultingin paralysis and death of ectoparasites and roundworms
to a functional block.8leadingto a functional block.8
local capture blockcauseslocal capture block
in loss of temporal precision and stimulus correlation of auditory nerve fiber discharge ( desynchronyresultsin loss of temporal precision and stimulus correlation of auditory nerve fiber discharge ( desynchrony
wavelength shortening , which in turn , promotes the stability of AF circuitscauseswavelength shortening , which in turn , promotes the stability of AF circuits
to the increasing stability of AF in structurally remodeled atriacontributesto the increasing stability of AF in structurally remodeled atria
early commencement of ventricular depolarizationcausesearly commencement of ventricular depolarization
in the ventricular myocardium versus conduction pathwaysoriginatingin the ventricular myocardium versus conduction pathways
This heat loss ... the transfer of heat through direct contact(passive) is caused byThis heat loss ... the transfer of heat through direct contact
the heatcausedthe heat
heatcan causeheat
irregular beatcausesirregular beat
heating and cooling loss(passive) caused byheating and cooling loss
from the atrium with variable P wave morphologyoriginatesfrom the atrium with variable P wave morphology
alsocan ... resultalso
alsocan ... leadalso
alsomay ... resultalso
in convectionresultingin convection
to convectioncan leadto convection
in neuromuscular paralysisresultingin neuromuscular paralysis
to the slow processes of convection , condensation and radiationleadingto the slow processes of convection , condensation and radiation
heat loss to the surrounding air moleculescausesheat loss to the surrounding air molecules
problems with the bundle branches there is the right and the left premature ventricular contractionscausesproblems with the bundle branches there is the right and the left premature ventricular contractions
the water to reach a consistent temperaturecausesthe water to reach a consistent temperature
in uneven heatingmay resultin uneven heating
to both types of comfort andcontributesto both types of comfort and
to both types of comfortcontributesto both types of comfort