The role of SUMOylation in cerebral hypoxia and ischemia

Medizin & Biologie

• Sumoylation 100%
• Brain Hypoxia-Ischemia 96%
• Central Nervous System 27%
• Physiological Stress 22%
• Neurons 17%
• Astrocytes 17%
• Ubiquitins 13%
• Translational Medical Research 10%
• Eukaryotic Cells 10%
• Phagocytes 9%
• Neuroprotection 9%
• Physiological Phenomena 9%
• Pathologic Processes 9%
• Microglia 9%
• Ubiquitin 9%
• Brain Ischemia 9%
• Monocytes 7%
• Hypoxia 7%
• Ischemia 7%
• Direction compound 6%
• Oxygen 6%
• Macrophages 6%
• Stroke 6%
• Brain 4%
• Population 3%
• Proteins 3%