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首页> 外文期刊>European journal of pediatrics >Pyruvate administered to newborn rats with insulin-induced hypoglycemic brain injury reduces neuronal death and cognitive impairment
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Pyruvate administered to newborn rats with insulin-induced hypoglycemic brain injury reduces neuronal death and cognitive impairment

机译:向患有胰岛素诱发的低血糖性脑损伤的新生大鼠施用丙酮酸可减少神经元死亡和认知障碍

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摘要

Based on previous studies, we had made a try to administer sodium pyruvate to newborn Wistar rats suffering repetitive and profound hypoglycemia, which can induce brain injury. Fluoro-Jade B was used to marked degenerative neurons 1 day after the third hypoglycemic insult, and Morris water navigation task was performed to assess cognitive function when the rats were 6 weeks old. We found that administration of sodium pyruvate to those rats whose hypoglycemia was terminated by dextrose can reduce neurodegeneration induced by hypoglycemia and improve the cognitive function. Supplementing sodium pyruvate with glucose to terminate severe neonatal hypoglycemia is an effective intervention.
机译:根据先前的研究,我们尝试对新生的Wistar大鼠服用丙酮酸钠,该大鼠患有反复性和严重的低血糖症,可诱发脑损伤。第三次降血糖后1天,使用Fluoro-Jade B标记变性神经元,并在大鼠6周大时执行Morris水导航任务以评估其认知功能。我们发现,对葡萄糖被葡萄糖终止低血糖的大鼠给予丙酮酸钠可以减少低血糖引起的神经变性并改善认知功能。用葡萄糖补充丙酮酸钠以终止严重的新生儿低血糖是有效的干预措施。

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