Epigenetics of Stress and Stress Disorders

<p>1. The physiology of stress and the human body’s response to stress<br><br>2. Posttraumatic stress disorder: Diagnosis, measurement, and assessment <br><br>3 .Nikola Tesla: An autobiographical case study of trauma and<br>resilience<br><br>4. Management of posttraumatic stress disorder<br><br>5. Depression and epigenetics: Epidemiology, pathophysiology,<br>diagnosis, and assessment</p> <p>6. Depression management and pharmacoepigenetics</p> <p>7. Psychotherapy for stress disorders: A military perspective</p> <p>8. How stress affects gene expression through epigenetic<br>modifications</p> <p>9. Proposed effect of epigenetic alterations on stress-related<br>disorders</p> <p>10. PTSD and physiology: The long-term effects of PTSD<br>and relation to epigenetics, physical health, and<br>chronic diseases</p> <p>11. Epigenomic biomarkers of posttraumatic stress disorder</p> <p>12. Adversity across time: Do sensitive periods across the life<br>span determine adversity-induced epigenetic changes?</p> <p>13. PTSD, telomeres, and aging</p> <p>14. Accelerated aging in mood disorders</p> <p>15. Epigenetics, stress, and depression</p> <p>16. Capturing the epigenome: Differences among blood, saliva,<br>and brain samples</p> <p>17. Posttraumatic stress disorder, major depressive disorder,<br>and noncoding RNAs</p> <p>18. MicroRNAs in posttraumatic stress disorder</p> <p>19. Potential transgenerational epigenetic effects of prolonged<br>stress and psychological trauma</p> <p>20. Targeting epigenetics as future treatments of trauma- and<br>stress-or-related disorders. Epidrugs and epinutraceuticals</p> <p><br> </p>