Passive membrane and intrinsic excitability properties of infralimbic pyramidal neurons.</p
The dendritic trees of neurons are structurally and functionally complex integrative units receiving...
The advanced cognitive capabilities of the human brain are often attributed to our recently evolved ...
The dendritic trees of neurons are structurally and functionally complex integrative units receiving...
<p>Comparison of passive membrane properties of control CA1 pyramidal neurons with those pre-treated...
<p><i>n</i>, number; <i>C</i><sub>m</sub>, Whole-cell membrane capacitance; <i>R</i><sub>in</sub>, i...
Passive and active membrane properties of small-sized trigeminal ganglion (TG) neurons.</p
<p>Comparison of intrinsic resonance properties of control CA1 pyramidal neurons with those pre-trea...
<p>All values are means ± SEM.</p>*<p>, Statistically significant differences at p<0.05 when compare...
<p>Passive membrane properties for cultured DRG neurons from adult wild type mice.</p
<p>Note. rmp = resting membrane potential, R<sub>input</sub> = input resistance, AP = action p...
<p>(A) Representative membrane potential responses to somatic current injections for three pyramidal...
<p>A comparison of AP properties in control CA1 pyramidal neurons with those pretreated with DMSO (0...
Geometry and nonlinear dynamics underlying excitability phenotypes in biophysical models of membrane...
<p>Network bursting of excitatory pyramidal cells affected by excitatory fluctuations.</p
The dendritic trees of neurons are structurally and functionally complex integrative units receiving...
The dendritic trees of neurons are structurally and functionally complex integrative units receiving...
The advanced cognitive capabilities of the human brain are often attributed to our recently evolved ...
The dendritic trees of neurons are structurally and functionally complex integrative units receiving...
<p>Comparison of passive membrane properties of control CA1 pyramidal neurons with those pre-treated...
<p><i>n</i>, number; <i>C</i><sub>m</sub>, Whole-cell membrane capacitance; <i>R</i><sub>in</sub>, i...
Passive and active membrane properties of small-sized trigeminal ganglion (TG) neurons.</p
<p>Comparison of intrinsic resonance properties of control CA1 pyramidal neurons with those pre-trea...
<p>All values are means ± SEM.</p>*<p>, Statistically significant differences at p<0.05 when compare...
<p>Passive membrane properties for cultured DRG neurons from adult wild type mice.</p
<p>Note. rmp = resting membrane potential, R<sub>input</sub> = input resistance, AP = action p...
<p>(A) Representative membrane potential responses to somatic current injections for three pyramidal...
<p>A comparison of AP properties in control CA1 pyramidal neurons with those pretreated with DMSO (0...
Geometry and nonlinear dynamics underlying excitability phenotypes in biophysical models of membrane...
<p>Network bursting of excitatory pyramidal cells affected by excitatory fluctuations.</p
The dendritic trees of neurons are structurally and functionally complex integrative units receiving...
The dendritic trees of neurons are structurally and functionally complex integrative units receiving...
The advanced cognitive capabilities of the human brain are often attributed to our recently evolved ...
The dendritic trees of neurons are structurally and functionally complex integrative units receiving...
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