Sentence examples for cells of layers from inspiring English sources

In IL, the size and distribution of the cells of layers II, III and V are about the same.

The study thus demonstrates that Otx2 is the only non-cell autonomous Otx family member functional in fast-spiking parvalbumin cells of layers I-IV of the visual cortex.

Concerning the lower neocortical layers, our investigations revealed that in some patients neither SMI32-positive pyramidal cells nor ER81-positive cells of layers V and VI respected the gray/white matter border, but were detected in the white matter.

The frequency of TDP-43 pathological changes (as NCI and neurites, where present) in each of frontal and temporal cortex (pyramidal cells of layers II) and hippocampus (dentate gyrus granule cells), was scored semi-quantitatively according to: 0 = no TDP-43 immunostained NCI and/or neurites.

In contrast to this clear-cut separation, the cells of layer 4A (whose major source of direct LGN input arises from the parvocellular layers) exhibit both high and low contrast thresholds.

In pyramidal cells of layer 3, the immunoreactivity spread into basal and especially apical dendrites (Figure 2B).

It is therefore conceivable that, at low contrast, mostly orientation selective cells of layer 4Cα were activated, whereas at high contrast both orientation and non-orientation selective neurons are activated in both layer 4Cα and layer 4Cβ.

A typical feature of IL is that cells of layer II in IL spread far into layer I, while in PL only few cells of layer II are seen in layer I (Figs.  4 a, b, 6).

In Fr2, the cells of layer II are, as a layer, more clearly separated from layer I, while in Fr1 layer II shows clefts (Figs.  3, 4).

Given their polarity and orientation, the pyramidal cells of layer V that express Otx1 are thus very unlikely to release it at the level of FSPV cells.

Large, typical pyramidal cells of layer III were primarily found in sublayers IIIb and IIIc with a slight increase of cell sizes in deep sublayer IIIc.