The inhibition of peroxide formation as a possible substrate for the neuroprotective action of dihydroergocryptine

Keyphrases

• Parkinson's Disease 100%
• Age-dependent 100%
• Chronic Neurodegeneration 100%
• Neuroprotective Action 100%
• Superoxide Production 100%
• Free Radical Formation 100%
• Hypoxia-ischemia 50%
• Brain Injury 50%
• Tissue Injury 50%
• Dopamine D2 Receptor (DRD2) 50%
• Glutamate 50%
• Disease-related 50%
• Neuronal Death 50%
• Pharmacological Activities 50%
• Glutamate Excitotoxicity 50%
• Trauma 50%
• Acute Exposure 50%
• Scavenger 50%
• Cerebellar Granule Neurons 50%
• Excitotoxic Damage 50%
• Physiopathology 50%
• Lipid Peroxidation 50%
• Ergot Alkaloids 50%

Neuroscience

• Neuroprotective Agent 100%
• Dihydroergocryptine 100%
• Parkinson's Disease 40%
• Neurodegenerative Disorder 40%
• Glutamic Acid 40%
• Free Radical 40%
• Ergot Alkaloid 20%
• Neuronal Cell Death 20%
• Neurotoxicity 20%
• Dopamine Receptor D2 20%
• Granule Cell 20%
• Lipid Peroxidation 20%
• Ischemia 20%