Abstract
ALTHOUGH there is adequate evidence that anoxia can damage the brain, the precise method by which it does so is not known. It has been suggested that deprivation of oxygen can lead to death of the cell by direct action on the neurone itself1. However, an alternative mechanism has been postulated by Lindenberg, namely, that cerebral œdema follows anoxia and this in turn leads to interference with the blood supply of the nerve cells in certain vulnerable areas2.
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HILLS, C., SPECTOR, R. Anoxia and Cerebral Water Content in the Adult Rat. Nature 199, 393 (1963). https://doi.org/10.1038/199393a0
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DOI: https://doi.org/10.1038/199393a0
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