<p>AP: Action potential; mV: millivolt; Rin: membrane input resistance; MΩ: megohm; τ: membrane time constant; ms: millisecond; Vm: mean membrane potential.</p><p><sup>(1)</sup> : <i>p</i> = 0.007; t-test.</p><p><sup>(2)</sup> : <i>p</i> = 0.029; t-test.</p><p><sup>(3)</sup> : <i>p</i> = 0.016; t-test.</p
<p>(A) Rat neurons closed circles, cat neurons open circles; Top left, cell input resistance versus ...
<p>(A) Representative recordings of single-channel currents at transmembrane potentials of −60 mV to...
No comparative study about somatosensory evoked potentials (SEP) on different rat strains has been d...
<p>AP: Action potential; mV: millivolt; Rin: membrane input resistance; MΩ: megohm; τ: membrane time...
<p>CON-28 d: 28-day simultaneous control rats; SUS-28 d: 28-day tail-suspended rats, SUS+Rec-3 d: ta...
<p>Ms: millisecond; Hz: Hertz; nb: number; sec: second; *: significant result.</p><p><sup>(1)</sup> ...
<p>The values are presented as mean ± S.E.M. Asterisks (**p<0.01) indicate very significant differen...
<p>Ms: millisecond; Hz: Hertz; nb: number; sec: second; min: minute; *: significant result.</p><p><s...
<p>Parameters include the cell membrane time constant (<i>τ<sub>0</sub></i>) and input resistance (R...
<p>No statistical differences were found between extracellular and intracellular recordings; <i>t-te...
<p>Comparison of passive membrane properties of control CA1 pyramidal neurons with those pre-treated...
Note:A perfused hypothalamic explant (PHE) preparation was developed for in vitro electrophysiologic...
HT—animals with high excitability threshold (n = 32), LT–animals with low excitability threshold (n ...
<p>Effect of hypocapnia and hypercapnia on the spontaneous firing rate in locus coeruleus (LC) neuro...
*/**/***<p>Significantly different between ChCs and BCs within the same species (p<0.05/0.01/0.001)....
<p>(A) Rat neurons closed circles, cat neurons open circles; Top left, cell input resistance versus ...
<p>(A) Representative recordings of single-channel currents at transmembrane potentials of −60 mV to...
No comparative study about somatosensory evoked potentials (SEP) on different rat strains has been d...
<p>AP: Action potential; mV: millivolt; Rin: membrane input resistance; MΩ: megohm; τ: membrane time...
<p>CON-28 d: 28-day simultaneous control rats; SUS-28 d: 28-day tail-suspended rats, SUS+Rec-3 d: ta...
<p>Ms: millisecond; Hz: Hertz; nb: number; sec: second; *: significant result.</p><p><sup>(1)</sup> ...
<p>The values are presented as mean ± S.E.M. Asterisks (**p<0.01) indicate very significant differen...
<p>Ms: millisecond; Hz: Hertz; nb: number; sec: second; min: minute; *: significant result.</p><p><s...
<p>Parameters include the cell membrane time constant (<i>τ<sub>0</sub></i>) and input resistance (R...
<p>No statistical differences were found between extracellular and intracellular recordings; <i>t-te...
<p>Comparison of passive membrane properties of control CA1 pyramidal neurons with those pre-treated...
Note:A perfused hypothalamic explant (PHE) preparation was developed for in vitro electrophysiologic...
HT—animals with high excitability threshold (n = 32), LT–animals with low excitability threshold (n ...
<p>Effect of hypocapnia and hypercapnia on the spontaneous firing rate in locus coeruleus (LC) neuro...
*/**/***<p>Significantly different between ChCs and BCs within the same species (p<0.05/0.01/0.001)....
<p>(A) Rat neurons closed circles, cat neurons open circles; Top left, cell input resistance versus ...
<p>(A) Representative recordings of single-channel currents at transmembrane potentials of −60 mV to...
No comparative study about somatosensory evoked potentials (SEP) on different rat strains has been d...