An in vitro model for analysis of oxidative death in primary mouse astrocytes

Keyphrases

• Astrocytes 100%
• In Vitro Model 100%
• Oxidative Stress 80%
• Lactate Dehydrogenase Release 80%
• Cell Death 60%
• Ferrocene 40%
• Mitochondrial Swelling 40%
• Astrocytic 40%
• Iron Compounds 40%
• Vulnerability 20%
• Chelator 20%
• Protective Behavior 20%
• Oxidative Damage 20%
• Mitochondrial Function 20%
• Loss Function 20%
• Peroxide 20%
• Neurodegeneration 20%
• Antioxidant 20%
• Neonatal Mice 20%
• Diphenyl 20%
• Liposoluble Constituent 20%
• Cell Culture Model 20%
• 1,4-phenylenediamine 20%
• Cell Toxicity 20%
• Recombinant Human 20%
• Iron Chelator 20%
• Electron Microscopic Analysis 20%
• Lipophilic 20%
• Soluble Iron 20%
• Viability Loss 20%
• Compound 3 20%

Neuroscience

• In Vitro 100%
• Astrocyte 100%
• Oxidative Stress 66%
• Lactate Dehydrogenase 66%
• Cell Death 50%
• Chelating Agent 33%
• Mitochondrion Swelling 33%
• Cell Culture 16%
• Ferritin 16%
• Neurodegeneration 16%
• Heavy Chain 16%
• Cytotoxicity 16%
• Antioxidant 16%
• Mitochondrial Function 16%
• Apotransferrin 16%