Stress: Physiology, Biochemistry, and Pathology

<p>1. Autonomic Nervous System<br>2. Corticotropin releasing factor and the urocortins<br>3. Pro-opiomelanocortin<br>4. Arousal<br>5. Brain Regions involved in stress<br>6. Cerebral Metabolism, Brain Imaging and the stress response<br>7. Acute Stress Response: Experimental (including startle reflex)<br>8. Restraint Stress<br>9. Resilience<br>10. Stress-Hyporesponsive Period<br>11. Effects of Extreme High and Low Pressure<br>12. Avoidance<br>13. Stress and the Blood-Brain Barrier<br>14. Multi Drug Resistance P Glycoprotein and other Transporters<br>15. Glucose Transport, effects of glucocorticoids and adrenaline<br>16. Hippocampus and hippocampal neurons<br>17. Memory and Stress<br>18. Neurogenesis (including neural stem cells)<br>19. Glia or Neuroglia<br>20. Excitatory Amino Acids<br>21. Calcium-Dependent Neurotoxicity<br>22. GABA (Gamma Aminobutyric Acid) and stress<br>23. Dopamine, Central<br>24. Serotonin in Stress<br>25. Pheromones and stress<br>26. Instinct Theory<br>27. Drosophila Studies<br>28. Proteases in Prokaryotes and Eukaryotic Cell Organelles<br>29. Febrile Response<br>30. Thermal Stress<br>31. Chaperone Proteins and Chaperonopathies<br>32. Proteosome and autophagy<br>33. Oxidative Stress<br>34. Control of Food Intake and Stress<br>35. Gender differences in stress response</p>