Firing Rate And Phasic Synaptic Charge Transfer A Firing Rate Plotted

Firing Rate And Phasic Synaptic Charge Transfer A Firing Rate Plotted

Firing Rate And Phasic Synaptic Charge Transfer A Firing Rate Plotted
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Neuronal Firing Rate Properties With Different Synaptic Gains The

Neuronal Firing Rate Properties With Different Synaptic Gains The
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Comparing The Sensitivity Of Synaptic Plasticity To Firing Rate And

Comparing The Sensitivity Of Synaptic Plasticity To Firing Rate And
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Distributions Of Firing Rates And Synaptic Weights After Synaptic

Distributions Of Firing Rates And Synaptic Weights After Synaptic
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Phasic Input Drives An At1r Dependent Firing Rate Bifurcation A Firing

Phasic Input Drives An At1r Dependent Firing Rate Bifurcation A Firing
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Model Cell Behaviour With Increasing Synaptic Input When Osmotic

Model Cell Behaviour With Increasing Synaptic Input When Osmotic
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Phasic Input Drives An At1r Dependent Firing Rate Bifurcation A Firing

Phasic Input Drives An At1r Dependent Firing Rate Bifurcation A Firing
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Firing Rate As A Function Of Synaptic Time Constant For Three Different

Firing Rate As A Function Of Synaptic Time Constant For Three Different
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Firing Rate Versus Synaptic Synchrony The Effects Of Synchronous

Firing Rate Versus Synaptic Synchrony The Effects Of Synchronous
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Linear Summation Of Effective Synaptic Currents And Changes In Firing

Linear Summation Of Effective Synaptic Currents And Changes In Firing
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Firing Rate Vs Synaptic Strength For Different Time Resolutions The

Firing Rate Vs Synaptic Strength For Different Time Resolutions The
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Frontiers Synergies Between Synaptic And Hcn Channel Plasticity

Frontiers Synergies Between Synaptic And Hcn Channel Plasticity
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A B Relation Between Firing Rate And Static Force For One Phasic Tonic

A B Relation Between Firing Rate And Static Force For One Phasic Tonic
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A Evolution Of Firing Rates In A Network With Synaptic Heterogeneity

A Evolution Of Firing Rates In A Network With Synaptic Heterogeneity
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Summation Of Effective Synaptic Currents And Synaptically Evoked

Summation Of Effective Synaptic Currents And Synaptically Evoked
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Frontiers Synergies Between Synaptic And Hcn Channel Plasticity

Frontiers Synergies Between Synaptic And Hcn Channel Plasticity
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Frontiers Synergies Between Synaptic And Hcn Channel Plasticity

Frontiers Synergies Between Synaptic And Hcn Channel Plasticity
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Gain Control By Short Term Presynaptic Depression A Slower Recovery

Gain Control By Short Term Presynaptic Depression A Slower Recovery
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Frontiers Synergies Between Synaptic And Hcn Channel Plasticity

Frontiers Synergies Between Synaptic And Hcn Channel Plasticity
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Frontiers Synergies Between Synaptic And Hcn Channel Plasticity

Frontiers Synergies Between Synaptic And Hcn Channel Plasticity
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Firing Rate And Irregularity Recorded From 16 In Vitro Neurons By

Firing Rate And Irregularity Recorded From 16 In Vitro Neurons By
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Apamin Increases The Firing Rate Of Phasic Vasopressin Neurons In Vivo

Apamin Increases The Firing Rate Of Phasic Vasopressin Neurons In Vivo
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Mean Firing Rate Spikessec Of Phasic A Sustained B Late

Mean Firing Rate Spikessec Of Phasic A Sustained B Late
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Gain Control Of Firing Rate By Shunting Inhibition Roles Of Synaptic

Gain Control Of Firing Rate By Shunting Inhibition Roles Of Synaptic
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Mean Excitatory Firing Rates And Mean Excitatory Synaptic Drives For A

Mean Excitatory Firing Rates And Mean Excitatory Synaptic Drives For A
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Firing Rate For Stochastic Synaptic Inputs As A Function Of Epsg

Firing Rate For Stochastic Synaptic Inputs As A Function Of Epsg
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A Firing Rate Model Links Evoked Oscillations To Excitatory Inhibitory

A Firing Rate Model Links Evoked Oscillations To Excitatory Inhibitory
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Fluctuations In Presynaptic Firing Rate And Synaptic Efficacy A B

Fluctuations In Presynaptic Firing Rate And Synaptic Efficacy A B
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Dynamics Approaching The Firing Rate Instability In Threshold Linear

Dynamics Approaching The Firing Rate Instability In Threshold Linear
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Firing Rate As A Function Of Synaptic Time Constant In The

Firing Rate As A Function Of Synaptic Time Constant In The
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Firing Rates Spikescycle Of A Phasic Rgc And A Class Iii Neuron

Firing Rates Spikescycle Of A Phasic Rgc And A Class Iii Neuron
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Effects Of E 2 On Evoked Synaptic Responses A B And On Firing Rate

Effects Of E 2 On Evoked Synaptic Responses A B And On Firing Rate
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Influence Of Temporal Correlation Of Synaptic Input On The Rate And

Influence Of Temporal Correlation Of Synaptic Input On The Rate And
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