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Across the cortical thickness, MEMRI signal intensity was low in layer I, increased in layer II, decreased in layer III until mid-layer IV, and increased again, peaking in layer V, before decreasing through layer VI.
Immunohistochemistry analysis provided evidence that ERK1/2 phosphorylation was increased in layer III neurons of the somatosensory cortex.
The increased peak amplitude in the presence of TTX therefore indicates that GABAA receptor number is increased in layer 5/6 pyramidal neurons, perhaps to counteract a reduction in activity-dependent and -independent vesicular GABA release.
The Y2 mRNA expression was increased in layer IV of suicides.
Progressing more dorsally and posteriorly, the intensity of AChE increased in layer III in continuity with the patterns observed in parietal opercular cortex.
The number of E14.5-born, BrdU-positive cells in layer 2 of the microgyrus was significantly reduced compared with that in exofocal controls (P < 0.001; Fig. 2 F), while the number of E17.5-born, BrdU-positive cells was significantly increased in layer 2 of the microgyrus (P < 0.001; Fig. 2 G).
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In LMH pups, the proportion of BrdU-immunoreactive cells, after injections at E17 until P0, decreased in layers II III and increased in layers IV, VI, and white matter compared with C and LMH + T4 pups (P < 0.05; Fig. 2 D and Supplementary Table 3).
In LMH pups, at P20 and P40, NeuN-immunoreactive cells decreased in layers II III and IV and increased in layers VI and white matter compared with C and LMH + T4 pups (P < 0.05; Fig. 6 J – O, S,T and Supplementary Table 4).
In the frontal cortex of the APP/PS1KI mice, the mean plaque load (immunohistochemical detection of amyloid-beta) increased in layers II IV from 0.2% at M2 to 7.3% at M10, and in layers V VI from 1% at M2 to 11.3% at M10. PS1he and PS1ho mice did not exhibit amyloid plaques.
Small-seeded grasses strongly increase in layers V and IV and out-number all other taxa.
For example, in cultures presenting uniformly high densities of cells (HHHHHHH), the number of cells decreased in every layer (Fig. 3A, e1), while in a LLLLLLL-stack, the number of cells increased in every layer (Fig. 3A, e6).
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