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Temporal SummationAfter the first five stimuli , frequency was increasedcausedtemporal summation
When EPSPs due to non - simultaneous action potentials in one input axon or multiple input axons all arrive within a certain time range , the effects are additiveresultingin temporal summation
the EPSP duration ... short enoughto preventtemporal summation
the repetitive - pulse facilitation(passive) caused bytemporal summation
the second signalresultsin temporal summation
going outwardto preventtemporal summation
their long durationleadsto temporal summation
by increasing the TENS intensity in a step wise or progressive fashionpreventedtemporal summation
high phototoxicitycausingtemporal summations
high - frequency stimulationresultingin temporal summation
The rapid time course of unitary EPSPspreventedsignificant temporal summation
This delayed excitationcould contributeto temporal summation
The use of interleaved pulsespreventstemporal summation
means of 10 consecutive pressure pulses(passive) was provoked byTemporal summation
of one or more nanoconnections having an input and an output thereof , wherein an input signal provided to the input causes one or more of the nanoconnection to experience an increase in connection strength thereof over time(passive) can be composedtemporal summation device
P cell spike trains , elicited by longer current pulsesresultedin temporal summation
passive dendritic filtering(passive) caused bytemporal summation
Ihinfluencestemporal summation of EPSPs
muscle2.pdf Muscles can increase force in two ways Increase firing rate to motor unitcausinga temporal summation
from repetitive nociceptive stimuli results in a similar increase in the sensation of pain ( 13,14resultingfrom repetitive nociceptive stimuli results in a similar increase in the sensation of pain ( 13,14
in a long - lasting depolarizationresultsin a long - lasting depolarization
an action potential when the window of summation ( t sum ) was ≤6 ms . Muscarinic stimulation lengthened the window of summation ( 4 nSg CNG , t sum≤ 8 mstriggeredan action potential when the window of summation ( t sum ) was ≤6 ms . Muscarinic stimulation lengthened the window of summation ( 4 nSg CNG , t sum≤ 8 ms
from a complex interplay between synaptic currents and ionic channelsresultsfrom a complex interplay between synaptic currents and ionic channels
from the burstresultingfrom the burst
from the cumulative effect of multiple synapses at multiple places on the neuronresultsfrom the cumulative effect of multiple synapses at multiple places on the neuron
from application of the first test stimuli to the retina of the subjectresultingfrom application of the first test stimuli to the retina of the subject
to the recovery of the peak amplitude of contractionsto contributeto the recovery of the peak amplitude of contractions
from the long uEPSP time courseresultingfrom the long uEPSP time course
from a short - lasting hyperexcitability of the spinal cord induced by the repeated stimulationresultsfrom a short - lasting hyperexcitability of the spinal cord induced by the repeated stimulation
a sensation of light if presented in rapid succession on the same spot of the retinacausea sensation of light if presented in rapid succession on the same spot of the retina
to a greater change in cortical activity than a single pulse 38leadingto a greater change in cortical activity than a single pulse 38
EPSG and EPSP amplitude to vary with presynaptic inter - spike interval ( ISIwill causeEPSG and EPSP amplitude to vary with presynaptic inter - spike interval ( ISI
from the delivery of the first test stimuli to the retina of the subjectresultingfrom the delivery of the first test stimuli to the retina of the subject
to reduction in calcium influx ( Figleadingto reduction in calcium influx ( Fig
the visual system(passive) caused bythe visual system
to greater synaptic depolarization and a higher firing rate for repetitive auditory nerve stimulation at high ratescontributedto greater synaptic depolarization and a higher firing rate for repetitive auditory nerve stimulation at high rates
the postsynaptic neuron to reach its threshold and firecausesthe postsynaptic neuron to reach its threshold and fire
to the observed differences in excitation and inhibition shown in Figure 4C.must have contributedto the observed differences in excitation and inhibition shown in Figure 4C.
ec Presynaptic facilitation by serotonin(passive) is caused byec Presynaptic facilitation by serotonin
repetitive type IV / C fiber stimulation(passive) caused byrepetitive type IV / C fiber stimulation
to changes in the activation states of ionic conductancescould leadto changes in the activation states of ionic conductances
these neurons to depolarize during the traincausedthese neurons to depolarize during the train
to minimum alveolar concentration?Duttoncontributesto minimum alveolar concentration?Dutton
most likelyleadsmost likely
to an action potential Which region of a neuron has the lowest threshold for producing an action potentialcan ... leadto an action potential Which region of a neuron has the lowest threshold for producing an action potential
recruitmentcausesrecruitment