Sentence examples for most pyramidal cells from inspiring English sources

By 24 h, most pyramidal cells in CA1 were damaged.

In the supragranular layers of the rat cerebral cortex, for instance, most pyramidal cells contain different combinations of Kv1.1, Kv1.2, Kv1.3, and Kv1.4 subunits, localized in both the somatodendritic and the axonal compartments [ 7].

Specifically, epsilon oscillations reflect network events generated locally in CA1 (Schomburg et al., 2014), and most pyramidal cells (PCs) show strong phase locking to the trough of the epsilon oscillations, indicating large synchrony of PC discharges during these events (Belluscio et al., 2012; Schomburg et al., 2014).

Dendritic spines are known to be the recipient of most excitatory synapses to pyramidal cells [46] [49], so that the number of dendritic spines provides a good estimate of the number of excitatory synapses that different types of pyramidal cells receive.

The analysis of selected variables indicates that dendritic features were most useful to distinguish pyramidal cells from interneurons when compared with somatic and axonal morphological variables.

While we cannot resolve the reasons for the difference, it is interesting to note that cortical inhibition has been shown to undergo potent enhancement following visual deprivation in vivo, with a threefold increase in IPSCs between fast spiking cells (most likely basket cells) and pyramidal cells [30].

Like most hippocampal projection neurons, CA pyramidal cells are formed before birth.

We finally explored which of the morphological features, or combinations of them, were most indicative of differences between pyramidal cells and interneurons.

In line with the findings that Reelin is transported along axons and secreted to act on postsynaptic cells [ 69- 71], the deposits located in the SLM, the projection zone of the layer II pyramidal cells, are most likely distal axonal accumulations of Reelin.

The signal in the Purkinje cell is shown to be attenuated most, whereas the pyramidal cell transfers it very effectively.

Pyramidal cells are the most abundant neurons in the cortex (estimated to represent 70 80% of the total neuronal population), where they are the main source of excitatory (glutamatergic) synapses.