Ladostigil attenuates induced oxidative stress in human neuroblast-like sh-sy5y cells

Keyphrases

• Neuroblast 100%
• SH-SY5Y Cells 100%
• Induced Oxidative Stress 100%
• Ladostigil 100%
• SIN-1 50%
• Oxidative Stress 25%
• Aging Brain 25%
• Cell-to-cell 12%
• Inflammation 12%
• Microglia 12%
• Alzheimer's Disease 12%
• Neurodegenerative Diseases 12%
• Microglial Activation 12%
• Overexpression 12%
• Antioxidant 12%
• Pathophysiology 12%
• Neuroinflammation 12%
• Hydrogen Peroxide 12%
• Expression Level 12%
• Neurotoxicity 12%
• Cell Damage 12%
• Cell Viability 12%
• Cell Cycle Progression 12%
• Chronic Stress 12%
• RNA-seq Analysis 12%
• Aged Rats 12%
• Chronic Treatment 12%
• Proteostasis 12%
• Autophagy Pathway 12%
• Learning Impairment 12%
• Apoptotic Cell Death 12%
• Endocytic Pathway 12%
• Chronic Oxidative Stress 12%
• Differential Gene Expression Profile 12%
• Stress Process 12%
• Cdc2-related Kinase 12%
• 3-morpholinosydnonimine 12%
• Activation Deficit 12%
• Anti-inflammatory Function 12%
• Simultaneous Reduction 12%
• Synaptojanin 12%
• Psychophysiological Stress 12%

Neuroscience

• Oxidative Stress 100%
• Neuroblast 100%
• Desonide 50%
• Gene Expression 25%
• Anti-Inflammatory 25%
• Neurodegenerative Disorder 25%
• Alzheimer's Disease 25%
• Kinase 25%
• Antioxidant 25%
• Neurotoxicity 25%
• Cell Viability 25%
• RNA-Seq 25%
• Cell Damage 25%
• Learning Disabilities 25%
• Autophagy 25%
• Apoptosis 25%
• Cell Cycle Progression 25%
• Synaptojanin 25%