Novel Roles of Aryl-Hydrocarbon Receptor ((AhR) on Epigenetic and Post-Translational Modification of Cell-Cycle Regulatory Genes and Enos in Vascular Endothelial Cells---The Therapeutic Potential of Resveratrol/Statins

Biochemistry, Genetics and Molecular Biology

1. Agonist 8%
2. Angiogenesis 8%
3. Aryl Hydrocarbon Receptor 100%
4. Blood Vessel Tone 16%
5. Caveolin 1 16%
6. Cell Cycle 100%
7. Cell Cycle Protein 8%
8. Chromatin 16%
9. Cyclin D3 8%
10. Deacetylation 8%
11. Dephosphorylation 8%
12. down Regulation 8%
13. E2F1 16%
14. Epigenetic Modification 25%
15. Genomics 8%
16. HDAC1 41%
17. Histone 8%
18. Histone H3 8%
19. Locus Control Region 100%
20. Molecular Mechanism 8%
21. P21 41%
22. phosphorylation 33%
23. Posttranslational Modification 100%
24. Pravastatin 8%
25. Protein Interaction 8%
26. Protein Kinase B 50%
27. Receptor Agonists 8%
28. Receptor Antagonist 8%
29. Resveratrol 100%
30. Retinoblastoma 8%
31. Signal Transduction 25%
32. Simvastatin 8%
33. Statin 100%
34. Subcellular Localization 16%
35. Transcription 16%