Sentence examples for brain sections showing the from inspiring English sources

In supplementary Fig. 6a c, we present schematic drawings of coronal brain sections showing the distribution of huα-syn-positive cells throughout the brain.

(b) Coronal brain section shows the anterograde projection pattern from the SC (green) and the distribution of trans-monosynaptically labelled neurons from the LA (red).

Whole brain sections show that accumulation of GFAP followed a similar pattern to that of tau in the rTg4510 mice.

The images are cresyl violet stained coronal brain sections, showing (1) the recording sites at the CA1 pyramidal cell layer of HP and (2) the prominent cell loss in Tau mice, compared with WT mice and mice with other two control genotypes (+/− and −/+).

Representative examples of Nissl-stained sagittal brain sections showing tetrode locations for 8 of the 16 mice used for experiments.

In the present study, we have investigated a new AR method to optimize immunostaining in free-floating human brain sections, showing that, heating formalin-fixed tissue in 0.05% citraconic anhydre solution, pH 7.4, at 95°C for 45 minutes, restores the immunostaining for several antigens.

Brain sections showing adequate electroporation of both populations of cells were chosen for imaging.

(D ) Brain sections showing native GFP and tdTomato fluorescence with immunohistochemistry for different cell-specific markers: NeuN (neurons), GFAP (astrocytes), and Iba1 (microglia).

We then carried out immunostaining on brain sections, showing that it was decorating all A9 and A10 neurons, plus non-DA cells in the same region as well in the cortex (Additional file 4: Figure S3b).

Myelin staining of brain sections shows that the fiber bundles of the superior cerebellar peduncle penetrate the center of the red nucleus at an angle from a caudo-medial to rostro-lateral direction and also wrap around the outer surface of the red nucleus like a capsule (Fig. 10).

Myelin staining of brain sections shows that the FR penetrates and contacts the dorsomedial part of the Red nucleus (Fig. 2A).