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Temporal and Spatial Changes in Astrocytes in Different Brain Regions Following Intrauterine Ischemia in Neonatal Wistar Rats

机译:新生儿Wistar大鼠宫内缺血后不同脑区的星形胶质细胞的时间和空间变化

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摘要

Early stage of different degrees of HI can promote the proliferation of astrocytes and developed the neuroprotective effect. But overactive astrocytes will lead to glutamic acid, nitric oxide, oxygen radicals increasing continually and the release of abundant harmful factors, which not only brought about the death of themselves, meanwhile also had adverse effect on other neural cells.
机译:不同程度的早期HI的早期可以促进星形胶质细胞的增殖,并发展了神经保护作用。但过度活跃的星形胶质细胞将导致谷氨酸,一氧化氮,氧自由基不断增加,并且释放丰富的有害因素,这不仅带来了自己的死亡,同时也对其他神经细胞产生了不利影响。

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