Fatigue is a prevalent problem and adequate treatment is challenging because many conditions, disorders, medications, and lifestyle factors can cause fatigue. The Scientific Basis of Fatigue combines evidence-based research and clinical treatment protocols to provide a comprehensive reference to fatigue. This book is divided into seven distinct sections, starting with an introduction section defining the distinctions between physical and mental fatigue. The second and third sections detail the various conditions in both physical and mental fatigue including COVID, Parkinson disease, and depression. The next section reviews the current research on molecular and cellular aspects and models of fatigue. The final two sections review options for diagnosis and treatments for fatigue and provides a detailed resource section for further review.
- Reviews molecular and cellular aspects of chronic fatigue syndrome
- Outlines fatigue in relation to various conditions including diabetes, Parkinson's disease, and stroke
- Includes mini dictionary of terms and summary points for each chapter
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978-0-443-24081-2 (9780443240812)
Schweitzer Klassifikation
Section 1. Setting The Scene And Introductory Chapters1. Physical fatigue 2. Mental fatigue Section 2. Fatigue In Different Conditions3. Myalgic encephalomyelitis/ chronic fatigue syndrome and metabolic phenotypes 4. Fatigue in alcohol use and misuse 5. Fatigue in asthma patients (link in quality of life) 6. Fatigue in cancer diagnosis 7. Fatigue in diabetes 8. Fatigue in heart disease 9. Fatigue in Long COVID 10. Fatigue in Parkinson disease 11. Fatigue in polyneuropathy12. Fatigue in postoperative scenarios 13. Fatigue in stroke 14. Post-exercise fatigue 15. Fatigue, sleep and sleepiness 16. Fatigue and fibromyalgia Section 3. Mental Fatigue 17. Cortical activity and links mental fatigue 18. Nutritional and mental fatigue 19. Mental fatigue and pain 20. Mental fatigue in athletes 21. The heart in mental fatigue 22. Linking motor function and mental fatigue 23. Fatigue and mood disorders: the example of depression Section 4. Molecular And Cellular Aspects and Models24. Gene Methylation in myalgic encephalomyelitis/chronic fatigue syndrome 25. The mitochondria in myalgic encephalomyelitis/chronic fatigue syndrome 26. Modelling fatigue in rats: investigating high fat diets 27. Modelling fatigue in mice: investigating transforming growth factor-beta Section 5. Diagnosis and Assessments28. An overview of clinical tools to evaluate fatigue and their field of application 29. Assessing post-stroke fatigue with different questionnaires 30. Machine learning approaching to detecting fatigue 31. Using an App for assessing real time fatigue 32. The PROMIS Fatigue (MS) 8a inventory 33. Decision trees and fatigue Section 6. Treating and Managing Fatigue34. Cognitive behavioral therapy for fatigue 35. Personalised exercise to improve fatigue 36. Managing symptom of fatigue: the example of HIV 37. Treating fatigue with dopaminergic regulator: the example of s (-)-OSU6162 38. Treating fatigue with antiviral medications: the example of chronic fatigue syndrome/myalgic encephalomyelitis 39. Treating fatigue with nutraceuticals and plants: the example of Pinus koraiensis Section 7. Resources40. Resources for the study and investigation of fatigue
