Publication | Closed Access
Supraependymal Cells of Hypothalamic Third Ventricle: Identification as Resident Phagocytes of the Brain
82
Citations
29
References
1975
Year
ImmunologyPathologyCerebral OrganoidSupraependymal CellsHypothalamic CircuitsCellular PhysiologyEpendymaResident PhagocytesNeuroendocrine MechanismLymphatic SystemNeurologyNeuroimmunologyNeurochemistryHypothalamic Third VentricleHealth SciencesTegu Lizard ExhibitVirologyImmune FunctionNervous SystemVentricular SurfacePhagocyteNeurophysiologyNeuroanatomyPhysiologyPathogenesisNeuroscienceCentral Nervous SystemMedicineLatex Beads
Cells lying on the ventricular surface of the hypothalamic ependyma of the tegu lizard exhibit the pseudopodial and flaplike processes characteristic of macrophages found elsewhere. Since they ingest latex beads, they may be considered a resident phagocytic system of the brain. The importance of ependyma and ventricular phagocytes as a first line of defense against viral invasion of the brain, as well as their role in the pathogenesis of certain virus-related diseases, is suggested by a number of experimental and clinical observations.
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