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Keyword [P66Shc]
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1. Study On MtDNA Mutations And Oxidative Stress In Photoaging Of Skin
2. Effect Of Adaptor Protein P66Shc On Oxidative Injury And Apoptosis In Renal Tubular Epithelial Cells And Its Possible Mechanism In Diabetic Nephropathy
3. Research On Kidney Aging And Its Associated Gene Among Uygur People In Hotan, Xinjiang
4. The Role And Mechanisms Of MicroRNA Let-7f In Regulating Endothelial Progenitor Cell Function In Type1 Diabetes
5. The Role Of Longevity Protein P66Shc In The D-galactose-induced Inner Ear Aging Of Mice
6. P66shc-mediated Mitochondrial Dynamic Alterations Contribute To Tubular Oxidative Injury In Human Diabetic Nephropathy
7. Inhibitory Effect Of Recombinant Human P66Shc Adenovirus And Lysergic Acid On Tumor Cells And Its Mechanism
8. Effect Of Angiotensin Ⅱ On Expression And Phosphorylation Of Adaptor Protein P66Shc In Human Proximal Tubular Cells
9. The Expression Of TNF-a In Pancreatic Pancreas Was Induced By Oxidative Damage / Sleep Deprivation In Human Umbilical Vein Endothelial Cells Induced By Urea
10. The Effect And Mechanism Of Probucol On Diabetic Nephropathy Tubulointerstitial Injury Via Down-regulating P66Shc
11. The Study Of Function And Regulation Mechanism Of Aiolos In Lung Cancer Progression
12. Detachment-based Equilibrium Of Anoikic Cell Death And Autophagic Cell Survival Via Adaptor Protein P66Shc
13. The Effect Of P66Shc On Proliferation And Apoptosis Of Colorectal Cancer Cells And The Mechanism Research
14. Analysis The Relationship Between The Expression Of P66shc And Clinical Phenotypes Of Diabetic Nephropathy
15. The Protective Effect Of Curcumin In The Oxidative Stress Induced Ovairan Injury
16. Analysis Of The Correlation Between Embryo Arrest In High Glucose,Reactive Oxygen Species And Adaptor Protein P66shc In Mouse
17. Silencing Of Adaptor Protein P66Shc Delays Nutrient-stress Induced Autophagy In Lung Cancer Cells
18. Role Of PKCδ In The Phosphorylation And Mitochondrial Translocation Of P66Shc In Human Renal Tubular Cells Induced By High Glucose
19. The Expression Of P66Shc In Patients With Acute Coronary Syndrome And The Correlation With Endothelium-dependent Vasodilatation
20. Suppression Of PKCβ/p66shc Signaling Pathway Attenuates Multiple Organ Injury Induced By Intestinal Ischemia Reperfusion
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