Archives of Neurology · 1966 · 74 citations · 34 references
PharmacyNeurobiologyToxicologyMechanisms Of ToxicityNeurochemistryNeurotoxicologyBlood-brain Barrier ToxicityCentral Nervous System ToxicityMechanisms Of Toxic InjuryNeurotoxic MechanismsNeurotoxicity MechanismsPathogenesis Of Toxic LesionsBlood-brain Barrier PermeabilityGray Matter AnatomyGray Matter MorphologyHistochemical MicroscopyProtein-rich Interstitial EdemaUltrastructural PathologyWhite Matter LesionsWhite Matter Microstructure
CEREBRAL EDEMA produced by localized cortical freezing has become an experimental modus operandi since the introduction of an easily reproducible technique by Hass and Taylor in 1948.<sup>1</sup>This technique was refined subsequently.<sup>2-4</sup>A review of the literature shows that, regardless of freezing agents and sites of application, the results obtained from different animal species are essentially the same, namely, a focal hemorrhagic lesion in the cerebral cortex accompanied by wide-spread edema in the white matter of the damaged hemisphere. The details of pathological changes studied by histological, chemical, and tracer methods were previously reported by one of us.<sup>5</sup> In contrast to the extensive light microscopic investigation of cold-induced edema, the ultrastructural changes have been studied only by Torack et al.<sup>6</sup>These authors limited their electron microscopic examination to the cerebral cortex adjacent to the lesion. For this reason their observations cannot be extended to
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Marilyn G. Farquhar, George E. Palade · The Journal of Experimental Medicine · 1961 · 287 citations · Full text
Medicine, Pathology, Physiology +13
Function of astroglia in the water‐ion metabolism of the central nervous system
H. M. Gerschenfeld, Flora Wald, J. A. Zadunaisky et al. · Neurology · 1959 · 231 citations