Sentence examples for action potential width from inspiring English sources

Dopamine neurons were identified by electrophysiological characteristics measured in cell-attached mode (spontaneous pacemaker action potential firing 1 5 Hz, wide action potential width ~ 2 ms)55, characteristic cell properties such as capacitance and resting membrane resistance56, and by the presence of a slow Ih current induced by hyperpolarization.

Action potential width was measured at the recording site in the metathoracic ganglion but it is being associated with firing frequency generated at the tympanum.

We could not find clear clusters based on action potential width that would identify the two different groups of principal cells and interneurons.

We developed a "smooth" analysis method to estimate the relation between firing sequence (delay) and action potential width in pairs of cells exhibiting synchronized oscillations (see Materials and Methods).

Rather, action potential width was distributed in a continuum across the included cells, as was reported also in other studies (González-Burgos et al. 2005; Krimer et al. 2005).

Moreover, the resting membrane potential, the input conductance, the action potential width and the AHP relaxation time constant of each motoneuron subtype are unchanged in mSOD1 mice compared to WT mice (Table 1).

They had shorter action potential widths and frequently displayed rebound action potentials after hyperpolarizing current injections (Table 1).

As a result, it is possible that waveforms extracted by spike sorting are a mix of pyramidal and interneuronal waveforms, yielding a continuum distribution of action potential widths (Mitchell et al. 2007).

The lack of clear clustering of action potential widths could be due to filtering (Henze et al. 2000; Constantinidis and Goldman-Rakic 2002; Mitchell et al. 2007) and/or the spike-sorting procedure (Mitchell et al. 2007).

Dynamic-range width and action-potential width significantly increased with cooling (median Q 10 < 1, p < 0.01 ).

We also quantified the temperature-dependence of action-potential width at half-maximum amplitude, Q 10 (AP   width ), for every neuron during the stimulus period, separately at each stimulus.