Sentence examples for firing phase from inspiring English sources

In contrast, more recent experimental data show that in open environments firing phase always precesses from late to early phases of theta, so that firing phase at a specific location depends on the direction of travel (Huxter et al., 2008; Climer et al., 2013; Jeewajee et al., 2014).

However, in accounting for single cell phase coding properties, the prediction analysis of Harris et al. (2003) assumed that firing phase is independent of movement direction in an open environment.

We therefore implemented a version of the independent coding model in which firing phase has a sigmoidal relationship with location, such that phase precesses within the firing field but not outside of the field.

We then constructed phase fields from simulated spiking data following the approach of Harris et al. (2003), in which firing phase is averaged over all running directions, and separately constructed directional phase fields consistent with recent experimental observations (Huxter et al., 2008; Climer et al., 2013; Jeewajee et al., 2014).

In summary therefore, these two models may be distinguished experimentally on the basis of observations of the number of non-affine remappings in CA1, the intracellular frequency and delay between place cells as a function of location and of the dependence of firing phase on the trajectory through a place field in open environments.

We find conditions for a network to be able to keep a fixed firing period but vary the relative firing phase between its neurons, and vice versa.

Prolonged OHN stimulation evoked two firing phases in HANs: a fast transient firing peak (similar to short stimulation, Figure 1E) followed by slow firing escalation overlapping in time with OHN stimulation.

Principles and characteristics of particular firing phases in the batch furnace as well as morphology and film properties of the fired copper films are described in the paper.

Importantly however, during these firing phases the network switches from a given AP to a new AP pattern.

Here, depolarizing stimuli produce switching independently of the time of delivery (Type X″) (upper panel, Fig. 10C), the impact of hyperpolarizing stimuli is again restricted to the firing phases of neurons (Type Y″) (middle panel, Fig. 10C) and mixed stimuli provide switching if delivered anywhere in the cycle except during firing phases (Type X″ Y″) (upper line, bottom panel Fig. 10C).

Two classes of pyramidal cells could also be defined based on their gamma firing phases during theta oscillations (Senior et al. 2008), and it was suggested that these classes may correspond to deep and superficial pyramidal cells.