Sturrock R R
J Anat. 1978 Feb;125(Pt 2):371-5.
A quantitative study of the indusium griseum was carried out in control mice and in mice subjected to hypoxia at 390 mmHg for 2 days. One group of mice subjected to hypoxia was killed immediately after hypoxia while another group was allowed to recover for 1 week. There was no significant variation in the number of neurons in any of the groups. Neuroglia decreased from a mean number of 1741 +/- 120 in the control animals to 1251 +/- 67 in the hypoxic group and 1223 +/- 51 in the recovery group. It is postulated that this fall occurs mainly in astrocytes because these cells appear to be especially susceptible to the effects of hypoxia.
对对照组小鼠以及在390 mmHg低氧环境下暴露2天的小鼠进行了海马灰被的定量研究。一组低氧小鼠在低氧后立即处死，另一组则让其恢复1周。所有组的神经元数量均无显著差异。神经胶质细胞数量从对照组动物的平均1741±120个减少到低氧组的1251±67个和恢复组的1223±51个。据推测，这种减少主要发生在星形胶质细胞，因为这些细胞似乎对低氧影响特别敏感。
