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Toxic and Infectious Diseases of the Nervous System

Nolan MRN - MedPix (2008)

View Article: MedPix Image - MedPix Topic

Affiliation: Uniformed Services University

ABSTRACT

Neuropathology Spielmeyer-Scholz Collection Syllabus prepared by: Kathryn R. Lewis, M.D. Raymond F. Hain, M.D. Otto Stochdorph, M.D. Webb Haymaker, M.D. Armed Forces Institute of Pathology Washington, D.C. 20305

No MeSH data available.


There are numerous rod cells with elongated nuclei, scant perinuclear cytoplasm, and bipolar sparsely branching processes. The rod cells are derived from microglia. Note the proliferation of elements of the vessel wall. Hortega silver impregnation. X269
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MPX2652_synpic42381: There are numerous rod cells with elongated nuclei, scant perinuclear cytoplasm, and bipolar sparsely branching processes. The rod cells are derived from microglia. Note the proliferation of elements of the vessel wall. Hortega silver impregnation. X269


Toxic and Infectious Diseases of the Nervous System

Nolan MRN - MedPix (2008)

There are numerous rod cells with elongated nuclei, scant perinuclear cytoplasm, and bipolar sparsely branching processes. The rod cells are derived from microglia. Note the proliferation of elements of the vessel wall. Hortega silver impregnation. X269
© Copyright Policy - open-access
Related In: Results  -  Collection

License
Show All Figures
getmorefigures.php?uid=MPX2652&req=5

MPX2652_synpic42381: There are numerous rod cells with elongated nuclei, scant perinuclear cytoplasm, and bipolar sparsely branching processes. The rod cells are derived from microglia. Note the proliferation of elements of the vessel wall. Hortega silver impregnation. X269

View Article: MedPix Image - MedPix Topic

Affiliation: Uniformed Services University

ABSTRACT

Neuropathology Spielmeyer-Scholz Collection Syllabus prepared by: Kathryn R. Lewis, M.D. Raymond F. Hain, M.D. Otto Stochdorph, M.D. Webb Haymaker, M.D. Armed Forces Institute of Pathology Washington, D.C. 20305

No MeSH data available.