Involvement of oxidative stress and glutathione metabolism in cultured rat cerebellar astrocyte reactivation induced by diphenylarsinic acid, arsenite, and arsenate.

Takayuki Negishi Negishi

[3P-324] Involvement of oxidative stress and glutathione metabolism in cultured rat cerebellar astrocyte reactivation induced by diphenylarsinic acid, arsenite, and arsenate.

*Takayuki Negishi Negishi¹, Daiki Yoshioka¹, Shoto Sasaki², Takamasa Tsuzuki¹, Kazunori Yukawa¹ (1. Meijo University, 2. International University of Health and Welfare)

Keywords:ARSENIC, ASTROCYTES, MAP KINASE, OXIDATIVE STRESS

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[3P] 70 Neurodegenerative Disorders

[3P-324] Involvement of oxidative stress and glutathione metabolism in cultured rat cerebellar astrocyte reactivation induced by diphenylarsinic acid, arsenite, and arsenate.