Mild hypoxia enhances proliferation and multipotency of human neural stem cells

Agriculture & Biology

• neural stem cells 100%
• hypoxia 55%
• oxygen 42%
• neurodegenerative diseases 15%
• cell proliferation 10%
• neurons 10%
• therapeutics 9%
• sclerosis 8%
• Parkinson disease 8%
• oligodendroglia 8%
• Alzheimer disease 7%
• stroke 6%
• ischemia 6%
• assays 6%
• central nervous system 6%
• cell differentiation 6%
• cell viability 5%
• niches 5%
• cell lines 4%
• environmental factors 3%
• cells 3%
• stems 3%
• methodology 1%

Medicine & Life Sciences

• Neural Stem Cells 68%
• Hypoxia 47%
• Oxygen 43%
• Neurodegenerative Diseases 10%
• Cell Proliferation 8%
• In Vitro Techniques 7%
• Nestin 7%
• Lateral Ventricles 6%
• Oligodendroglia 6%
• Brain Ischemia 6%
• Cell- and Tissue-Based Therapy 5%
• Multiple Sclerosis 5%
• Parkinson Disease 5%
• Cell Differentiation 4%
• Alzheimer Disease 4%
• Cell Survival 4%
• Central Nervous System 4%
• Stroke 4%
• Neurons 3%
• Cell Line 3%
• Therapeutics 0%

Chemistry

• Dioxygen 29%
• Cell Viability 6%
• Disorder 5%
• Reaction Yield 2%