The Effect Of Insulin Induced Acute Hypoglycemia on Brain Neurotransmitters and Oxidative Stress , Possible Protection by Gabapentin And Olanzapine

Alaa Kadhem Alwan, Hadaf A. ALJunaiyeh, N. Ali
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Abstract

is can cause Aim , The study designed to test the effect of acute insulin induced hypoglycemia on: 1)the brain oxidative status as measured by Malondialdehyde (MDA). 2)brain neurotransmitters; dopamine, ɣ-Amino butyric acid (GABA)and noradrenaline. And Possible protective effect of gabapentin and olanzapine against hypoglycemia. Method and Materials, 32 male rabbits, randomly divided into four groups, group A (control group) treated with (2.5ml/kg) distilled water orally and (0.1 ml/kg) distilled water subcutaneously. Group B (Hypoglycemic group) treated with (2.5ml/kg) distilled water orally and (1 IU/kg) insulin subcutaneously. decreased of noradrenaline in comparison to use insulin only. Conclusion, Insulin hypoglycemia lead to oxidative stress and brain neurotransmitters disturbance which are partly reversed by gabapentin and olanzapine, on the other hand both drugs tend to exacerbate insulin induced hypoglycemia. Caution should be excreted when giving any of the two drugs in such situation.
胰岛素诱导的急性低血糖对脑神经递质和氧化应激的影响,加巴喷丁和奥氮平可能具有保护作用
该研究旨在测试急性胰岛素诱导的低血糖对大脑氧化状态的影响:1)丙二醛(MDA)测量。2)大脑神经递质;多巴胺,氨基丁酸(GABA)和去甲肾上腺素。加巴喷丁和奥氮平对低血糖可能的保护作用。方法与材料雄性家兔32只,随机分为4组,A组(对照组)口服蒸馏水(2.5ml/kg),皮下蒸馏水(0.1 ml/kg)。B组(低血糖组)口服蒸馏水(2.5ml/kg),皮下注射胰岛素(1 IU/kg)。与仅使用胰岛素相比,去甲肾上腺素减少。结论:胰岛素低血糖可引起氧化应激和脑神经递质紊乱,加巴喷丁和奥氮平可部分逆转这一过程,但两者均有加重胰岛素低血糖的倾向。在这种情况下,服用这两种药物中的任何一种都应谨慎。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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