Sentence examples for spike width from inspiring English sources

After spike sorting as previously described (Takahashi et al., 2003; Takahashi and Sakurai, 2009; Takahashi, 2013), putative principal cells were distinguished from putative fast-spiking cells based on spike width (0.4 ms) and average firing rate (5 Hz).

Of the 82 cell-attached recordings, 12 neurons had a narrower spike width than the others and could be classified as putative interneurons according to Luczak, et al.17, but these neurons did not stand out from the other neurons in terms of the response patterns described below and are hence not indicated separately.

Lastly, we used a spike width measure43 to compute the proportion of putative pyramidal cells (broad spiking neurons) and putative interneurons (narrow spiking neurons) in the different neuronal subpopulations in order to ascertain whether the two segregated populations corresponded to two distinct neuronal subtypes.

If the unadapted system does not have a SNIC but has low-frequency firing near threshold, or an interspike interval that is much larger than the spike width, then large (g_{z}) is sufficient.

As noted in [9], the averaged driving force for the adaptive current, (Delta=langle v-E_{z} rangle), is nearly constant as long as the spike width is small compared to the interspike interval, which will hold if the firing rate is not too high.

These parameters included the peak, valley, spike height, spike width, peak time, valley time and two user-defined voltage values.

Our model of a full cortical neuron is based upon that of Mainen and Sejnowski, except that we modified the maximal Na+ and K+ conductances in the dendrite, soma, and axon to yield action potentials that exhibited maximal dV/dt and spike widths that were similar to our recordings from layer 5 pyramidal cells in vitro (compare with the first figure of this seminar).

DCN neurons with intermediate spike widths presumably correspond to the non-GABAergic projection neurons of the DCN [26].

We therefore compared spike widths between the light responsive ChR2-expressing population and the non-responsive control population.

Two neurons recorded in the PrL had narrow spike widths (half peak<120 µs, peak-valley<200 µs) and were presumed to be interneurons; they were excluded from further analyses.

Apart from spike widths, the neuron type we limited our analysis to also differed from cells with narrow and broad spikes by the distribution of their interspike intervals (21+/−12 ms, 46+/−11 and 104+/−51 ms, respectively) (Fig. 1C,D).