<p>Comparison of intrinsic resonance properties of control CA1 pyramidal neurons with those pre-treated with DMSO (0.05%).</p
<p><b>A</b>, A confocal image showing a CA3 pyramidal cell expressing R-CaMP1.07 in a cultured slice...
<p>A, (Upper panel) Illustration of the position of the stimulation electrode (Stim) and the three R...
<p>A) Averaged action potential waveform ± SEM from 20 control cells (aCSF) and 24 DMSO treated cell...
<p>Comparison of passive membrane properties of control CA1 pyramidal neurons with those pre-treated...
<p>A comparison of AP properties in control CA1 pyramidal neurons with those pretreated with DMSO (0...
Passive membrane and intrinsic excitability properties of infralimbic pyramidal neurons.</p
<p>(<b>A</b>) Depolarization-induced suppression of excitability (DSE) sensitivity and strength were...
<p>Values shown are mean ± SEM.</p>*<p>, Statistically significant differences at p<0.05 when compar...
<p>(A) Frequency-current curve for Type I and Type II Morris-Lecar model neurons. Note that the Type...
(A-E) ERR2/3cko FGhigh (gamma) motor neurons (red bars) exhibit significantly lower instantaneous fi...
A. sIPSCs recorded in the presence of DNQX (10 μM) at -80 mV, from control and stimulated animals. B...
<p>A) Examples of the action potential firing produced by application of 500 ms depolarizing stimuli...
<p>(A) Bars show mean pairwise correlation between calcium time series of all simultaneously recorde...
<p>Evidence suggests that layer 5 pyramidal neurons can be divided into functional zones with unique...
<p>(A) Block of Kv1 channels enhances transmission. Top, unitary EPSCs at CA1 PN–O-LM IN synapses ev...
<p><b>A</b>, A confocal image showing a CA3 pyramidal cell expressing R-CaMP1.07 in a cultured slice...
<p>A, (Upper panel) Illustration of the position of the stimulation electrode (Stim) and the three R...
<p>A) Averaged action potential waveform ± SEM from 20 control cells (aCSF) and 24 DMSO treated cell...
<p>Comparison of passive membrane properties of control CA1 pyramidal neurons with those pre-treated...
<p>A comparison of AP properties in control CA1 pyramidal neurons with those pretreated with DMSO (0...
Passive membrane and intrinsic excitability properties of infralimbic pyramidal neurons.</p
<p>(<b>A</b>) Depolarization-induced suppression of excitability (DSE) sensitivity and strength were...
<p>Values shown are mean ± SEM.</p>*<p>, Statistically significant differences at p<0.05 when compar...
<p>(A) Frequency-current curve for Type I and Type II Morris-Lecar model neurons. Note that the Type...
(A-E) ERR2/3cko FGhigh (gamma) motor neurons (red bars) exhibit significantly lower instantaneous fi...
A. sIPSCs recorded in the presence of DNQX (10 μM) at -80 mV, from control and stimulated animals. B...
<p>A) Examples of the action potential firing produced by application of 500 ms depolarizing stimuli...
<p>(A) Bars show mean pairwise correlation between calcium time series of all simultaneously recorde...
<p>Evidence suggests that layer 5 pyramidal neurons can be divided into functional zones with unique...
<p>(A) Block of Kv1 channels enhances transmission. Top, unitary EPSCs at CA1 PN–O-LM IN synapses ev...
<p><b>A</b>, A confocal image showing a CA3 pyramidal cell expressing R-CaMP1.07 in a cultured slice...
<p>A, (Upper panel) Illustration of the position of the stimulation electrode (Stim) and the three R...
<p>A) Averaged action potential waveform ± SEM from 20 control cells (aCSF) and 24 DMSO treated cell...
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