Description
Review
"Overall, I feel this is a great book for both investigators with no or limited experience in the field and for seasoned investigators planning to test a new hypothesis." --Quarterly Review of Biology
Table of Contents
1. Introduction Miriam Galvonas Jasiulionis 2. DNA damage and DNA methylation 3. DNA damage and histone modifications 4. DNA damage and histone variants 5. DNA damage and chromatin regulators 6. DNA damage and miRNAs 7. DNA damage and lncRNAs 8. DNA damage, SIRT1 and epigenetic marks 9. DNA damage, metabolic alterations and epigenetic changes 10. DNA damage, diet and epigenetic changes 11. DNA damage, epigenetics and aging 12. DNA damage, epigenetics and pluripotent stem cell differentiation 13. DNA damage, epigenetics and chronic inflammatory diseases 14. DNA damage, epigenetic alterations and immune dysfunction 15. DNA repair, epigenetics and trinucleotide repeat ataxias 16. DNA damage, epigenetics and cancer 17. Oncometabolites, epigenetic marks and DNA repair 18. Therapies inducing DNA damage 19. Epigenetic therapy 20. Therapeutic strategies combining damage induction and epigenetic alterations 21. Useful protocols to study DNA damage 22. Useful protocols to study epigenetic modifications 23. Interplay between DNA repair and epigenetics: Future directions
