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Pharmacokinetic pharmacodynamic and neurochemical investigations of lamotrigine‐pentylenetetrazole kindled mice to ascertain it as a reliable model for clinical drug‐resistant epilepsy

机译:药代动力学药效动物和神经化学研究和神经化学研究的乳胶 - 戊烯丁唑棉花小鼠以确定其作为临床耐药性癫痫的可靠模型

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摘要

Pentylenetetrazole kindling has long been used for the screening of investigational antiseizure drugs. The presence of lamotrigine, at a very low dose, does not hamper kindling in mice; rather it modifies this epileptogenesis process into drug‐resistant epilepsy. The lamotrigine‐pentylenetetrazole kindled mice show resistance to lamotrigine, phenytoin, and carbamazepine. It may also be possible that other licensed antiseizure drugs, like the mentioned drugs, remain ineffective in this model; therefore, this was the subject of this study.
机译:五苯甲酸四虫唑片长期以来已被用于筛查研究抗肿瘤药物。在非常低的剂量下,乳草嗪的存在不会阻碍小鼠的点燃;相反,它将这种癫痫发生过程改变为耐药性癫痫。拉米甲基戊烯烯丁唑棉花小鼠表现出对乳草甲酰胺,苯妥汀和尸毒胺的抗性。其他持牌抗体浸润药物也可能类似于上述药物,在该模型中保持无效;因此,这是本研究的主题。

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