Epigenetics in Organ Specific Disorders

1. Introduction to epigenetic mechanisms<br>2. Epigenetic signatures that maintain stemness in pluripotent and mesenchymal stem cells<br>3. Cell-cell and Cell-matrix interactions mediated by histone deacetylases<br>4. Enhanced cell proliferation and altered gene expression due to actions of DNA methyltransferases<br>5. Histone deacetylases and regulation of gene expression during cell proliferation<br>6. Epigenetic mediators that promote cytoskeletal reorganization and cell migration<br>7. Inhibition of cellular apoptosis and senescence by unique epigenetic proteins<br>8. Epigenetic mechanisms involved in the regulation of necrosis and pyknosis<br>9. Epigenetic control over cell division in pathological conditions<br>10. Regulated expression of tumor suppressor proteins by DNA methyltransferases during cell cycle progression<br>11. Role of histone deacetylases in regulating cell cycle progression<br>12. Phenotype switch and cell differentiation in immune and non-immune cells regulated by different epigenetic mediators<br>13. Epigenetic pathways that promote cellular autophagy<br>14. Epigenetic inducers of Cell growth and survival<br>15. Microbial compounds as potential inducers of epigenetic mechanisms during infections<br>16. Current epigenetic drugs and their target proteins with potential use in disease treatment<br>17. Prospects of epigenetic drugs in combination therapy