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Normal Histologic Structures 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.


The astrocytes have large, round to oval, pale nuclei and a moderate amount of perinuclear cytoplasm from which extend numerous robust branching processes. Processes also extend to blood vessel walls, where they terminate as “sucker feet.” Cajal gold chloride sublimate method. x125
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MPX2619_synpic42345: The astrocytes have large, round to oval, pale nuclei and a moderate amount of perinuclear cytoplasm from which extend numerous robust branching processes. Processes also extend to blood vessel walls, where they terminate as “sucker feet.” Cajal gold chloride sublimate method. x125


Normal Histologic Structures of the Nervous System

Nolan MRN - MedPix (2008)

The astrocytes have large, round to oval, pale nuclei and a moderate amount of perinuclear cytoplasm from which extend numerous robust branching processes. Processes also extend to blood vessel walls, where they terminate as “sucker feet.” Cajal gold chloride sublimate method. x125
© Copyright Policy - open-access
Related In: Results  -  Collection

License
Show All Figures
getmorefigures.php?uid=MPX2619&req=5

MPX2619_synpic42345: The astrocytes have large, round to oval, pale nuclei and a moderate amount of perinuclear cytoplasm from which extend numerous robust branching processes. Processes also extend to blood vessel walls, where they terminate as “sucker feet.” Cajal gold chloride sublimate method. x125

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.