<p>No statistical differences were found between extracellular and intracellular recordings; <i>t-test</i>, <sup>(1)</sup><i>p</i> = 0.614; <sup>(2)</sup><i>p</i> = 0.640; <sup>(3)</sup><i>p</i> = 0.752; <sup>(4)</sup><i>p</i> = 0.774; <sup>(5)</sup><i>p</i> = 0.761; <sup>(6)</sup><i>p</i> = 0.493; <sup>(7)</sup><i>p</i> = 0.433; <sup>(8)</sup><i>p</i> = 0.253.</p
<p>(A–B) Sample recordings from zebrin localized PCs recorded under ketamine/xylazine (A) and uretha...
<p>(a). Measurement of the SNR average among all time points revealed an increase in this parameter ...
<p>AP: Action potential; mV: millivolt; Rin: membrane input resistance; MΩ: megohm; τ: membrane time...
<p>Three different extracellular recordings show well-isolated single unit activity.</p
<p>Ms: millisecond; Hz: Hertz; nb: number; sec: second; min: minute; *: significant result.</p><p><s...
Data from [3–5]. Intracellular recordings (red trace) occur inside an individual cell, whereas extra...
<p>(A) Whole cell voltage clamp recording <i>in vitro</i> from a layer 5 pyramidal neuron, mouse V1 ...
<p>The spontaneous activity of a cortico-striatal neuron was extracellularly recorded simultaneously...
<p>The spontaneous activity of a cortico-STN neuron was extracellularly recorded simultaneously with...
1. Here we study the variability in extracellular records of action potentials. Our work is motivate...
<p>Ms: millisecond; Hz: Hertz; nb: number; sec: second; *: significant result.</p><p><sup>(1)</sup> ...
<p>(A) Time courses of the fluorescence responses measured at 50, 200, 400 and 800 μm deep from the ...
<p>The main firing pattern observed were a tonic pattern (<b>A</b> and <b>C</b>, in blue) or a trimo...
How random is the discharge pattern of cortical neurons? We examined recordings from primary visual ...
<p>(<b>A-D</b>) NeuN+ cells were counted in B6 (A), B6.<i>APB</i><sup><i>Tg</i></sup> (B), D2 (C) an...
<p>(A–B) Sample recordings from zebrin localized PCs recorded under ketamine/xylazine (A) and uretha...
<p>(a). Measurement of the SNR average among all time points revealed an increase in this parameter ...
<p>AP: Action potential; mV: millivolt; Rin: membrane input resistance; MΩ: megohm; τ: membrane time...
<p>Three different extracellular recordings show well-isolated single unit activity.</p
<p>Ms: millisecond; Hz: Hertz; nb: number; sec: second; min: minute; *: significant result.</p><p><s...
Data from [3–5]. Intracellular recordings (red trace) occur inside an individual cell, whereas extra...
<p>(A) Whole cell voltage clamp recording <i>in vitro</i> from a layer 5 pyramidal neuron, mouse V1 ...
<p>The spontaneous activity of a cortico-striatal neuron was extracellularly recorded simultaneously...
<p>The spontaneous activity of a cortico-STN neuron was extracellularly recorded simultaneously with...
1. Here we study the variability in extracellular records of action potentials. Our work is motivate...
<p>Ms: millisecond; Hz: Hertz; nb: number; sec: second; *: significant result.</p><p><sup>(1)</sup> ...
<p>(A) Time courses of the fluorescence responses measured at 50, 200, 400 and 800 μm deep from the ...
<p>The main firing pattern observed were a tonic pattern (<b>A</b> and <b>C</b>, in blue) or a trimo...
How random is the discharge pattern of cortical neurons? We examined recordings from primary visual ...
<p>(<b>A-D</b>) NeuN+ cells were counted in B6 (A), B6.<i>APB</i><sup><i>Tg</i></sup> (B), D2 (C) an...
<p>(A–B) Sample recordings from zebrin localized PCs recorded under ketamine/xylazine (A) and uretha...
<p>(a). Measurement of the SNR average among all time points revealed an increase in this parameter ...
<p>AP: Action potential; mV: millivolt; Rin: membrane input resistance; MΩ: megohm; τ: membrane time...