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Keyword [Kir4]
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1. Study Of Protection And Mechanism Of Taurine On Acute Hypoxia Induced Rat Retina Damage
2. Experimental Study Of AQP4, Kir4.1, Na+, K+-ATPase And NGB In Intracerebral Hemorrhage In Human
3. Study On The Role Of SAP97 In Light-induced Outer Retinal Edema
4. The Mechanism Of Müller Cell Gliosis In A Rat Chronic Ocular Hypertension Model
5. Aqp4, Kir4.1, Aqp9 In Focal Cerebral Ischemia - Reperfusion Brain Changes In The Expression
6. AQP4and Kir4.1Mechanisms Of Spinal Cord Edema After Acute Spinal Cord Injury Research
7. Effect Of Adenosine On Müller Cell Potassium Channel In Rat Glaucoma Models
8. Effects Of Cvtoskeleton Reconstruction Of Expression Of AQP4and Kir4.1in Rat Spinal Cord Astrocytes
9. Study On The Correlation Between Serum Concentration Of Kir4.1Protein And The Degree Of White Matter Lesion
10. Baicalin’s Influence On Animal Behavior And Interferes With The Protein Expression Of Kir4.1in Rats Hippocampal After Lithium-pilocarpine Induced Status Epileptitus
11. A Study On The Effection Of Baicalin On The Expression Of Kir4.1 And AQP4 In Hippocampal Neurons After Status Epilepticus In Mice
12. Modulation Of Kir Channel Proteins By Activation Of MGluR I In The Cultured Rat Retinal M'ller Cells
13. Role Of Inwardly Rectifying Potassium Channel Kir4.1 In Oligodendrocyte Development And Myelin Formation
14. Study On The Correlation Between Serum Concentration Of Kir4.1 Protein And The Clinical Features Of Neuromyelitis Optica Spectrum Disorders
15. The Construction Of KIR4.1-293A Cell Models And Its Significance In Demyelinating Diseases Of The Central Nervous System
16. Endothelial Cdk5 Deficit Involved In The Pathological Process Of Epilepsy
17. Kir4.1 Channel Deficits In NG2-glia Contribute To The Loss Of Myelin In Ischemic Stroke
18. Construction Of Stable Cell Lines Expressing Large Conductance Ca2+-Activated K+ Channel ?-subunit And Molecular Mechanism Of Potassium Excretion In This Channel
19. Regulation of the Kir4 subfamily of inwardly rectifying potassium channels by extracellular cations
20. Nedd4-2 Mediated Kir4.1 Channel Protein Ubiquitination Modification On The Pathogenesis Of Epilepsy
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