S4 Fig -

<p>Pathologic assessment of H&E-stained sections of striatum different studied groups: A) normal, B) DSMO, C) Gonadal extract groups show a cellular striatum. High power shows viable neurons with large, rounded nuclei with open chromatin and a nucleolus (black arrows). few microglial cells (red arrows) and thin capillaries are seen (v) D) rotenone group showing evident disturbed architecture and hypocellularity. High power show few viable neurons (black arrows), multiple degenerated neurons with dark stained nuclei (Dashed arrow). The background shows vacuolated neuropil (star) and increased microglial cells (red arrows) E) gonadal extract treated rotenone group shows improvement of architecture of striatum. High power shows viable neurons (arrows) with residual focal neuropil vacuolation (star). Few microglial cells are seen (red arrows) (H&E, low power x200, scale bar = 100 microns, high power x400, scale bar = 50 microns).</p> <p>(PPTX)</p>

Publication Details

Journal
Figshare
Published
2024-12-18
DOI
https://doi.org/10.1371/journal.pone.0315858.s004
Primary Topic
Neurogenesis and neuroplasticity mechanisms
Type
article
Field-Weighted Citation Impact
0.00
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Neurogenesis and neuroplasticity mechanisms
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Abstract

<p>Pathologic assessment of H&E-stained sections of striatum different studied groups: A) normal, B) DSMO, C) Gonadal extract groups show a cellular striatum. High power shows viable neurons with large, rounded nuclei with open chromatin and a nucleolus (black arrows). few microglial cells (red arrows) and thin capillaries are seen (v) D) rotenone group showing evident disturbed architecture and hypocellularity. High power show few viable neurons (black arrows), multiple degenerated neurons with dark stained nuclei (Dashed arrow). The background shows vacuolated neuropil (star) and increased microglial cells (red arrows) E) gonadal extract treated rotenone group shows improvement of architecture of striatum. High power shows viable neurons (arrows) with residual focal neuropil vacuolation (star). Few microglial cells are seen (red arrows) (H&E, low power x200, scale bar = 100 microns, high power x400, scale bar = 50 microns).</p> <p>(PPTX)</p>

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Neurogenesis and neuroplasticity mechanisms
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