Hypoxia inducible factor 1α promotes endogenous adaptive response in rat model of chronic cerebral hypoperfusion

Keyphrases

• Rat Model 100%
• Hypoxia-inducible factor-1α (HIF-1α) 100%
• Adaptive Response 100%
• Chronic Cerebral Hypoperfusion 100%
• Cerebral Hypoperfusion 66%
• Hippocampus 33%
• Knockdown 16%
• Gene Expression 16%
• Disease Process 16%
• Knock 16%
• Brain Regions 8%
• Microglia 8%
• Short Hairpin RNA (shRNA) 8%
• Cortex 8%
• Astrocytes 8%
• Oxidative Stress 8%
• Ischemia 8%
• Angiogenesis 8%
• Inflammation Response 8%
• Lentivirus 8%
• Oxidative Damage 8%
• Ventricle 8%
• Downstream Genes 8%
• Cognitive Function 8%
• Pro-survival 8%
• Hypoperfusion 8%
• Disease Phenotype 8%
• Oxidative Stress Response 8%
• Brain Function 8%
• Hypoxia Response 8%
• Pivotal Regulator 8%
• Therapeutic Benefits 8%
• Histopathological Changes 8%
• Oxidative Inflammation 8%
• Adaptive Process 8%
• Increased Density 8%
• 2-vessel Occlusion 8%
• Damage Density 8%
• Permanent Bilateral Common Carotid Artery Occlusion 8%
• Cerebral Angiogenesis 8%

Immunology and Microbiology

• Perfusion 100%
• Rat Model 100%
• Hypoxia Inducible Factor 1 100%
• Hippocampus 33%
• Gene Expression 16%
• Oxidative Stress 16%
• Angiogenesis 16%
• Microglia 8%
• Lentivirus 8%
• Inflammation Response 8%
• Astrocyte 8%
• Upregulation 8%
• Common Carotid Artery 8%
• Ribonucleic Acid 8%

Neuroscience

• Adaptive Response 100%
• Hypoxia Inducible Factor 1 100%
• Hippocampus 33%
• Gene Expression 16%
• Oxidative Stress 16%
• Angiogenesis 16%
• Microglia 8%
• Astrocyte 8%
• Cognitive Function 8%
• Brain Areas 8%
• Small Hairpin RNA 8%
• Common Carotid Artery 8%
• Ischemia 8%