Hormones in Neuroscience: The Thyroid Gland and Thyroid Hormones explores the thyroid gland and thyroid hormones in-depth, presenting the latest research in neuroendocrinology and how it applies to translational and multidisciplinary methods. Covering different domains that bridge the physiological and medical divides between hormones and neurological tissues, this book will be a valuable resource for neuroendocrinologists, neuroscientists, pathologists, research scientists, and molecular or cellular biochemists in the field of hormone neuroscience.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Disclaimer - p. xv 7. Contributors - p. xvii 8. Preface - p. xxi 9. Section 1. Introductory chapters - p. S1 10. Chapter 1. Thyroid hormones and brain structural, molecular, and functional correlates - p. 3 11. Chapter 2. Thyroid hormone signaling in neurodevelopment - p. 13 12. Chapter 3. Enzymes involved in thyroid hormone metabolism and status - p. 27 13. Chapter 4. An overview of the consequences of subclinical hypothyroidism - p. 39 14. Chapter 5. The consequences of thyroidectomy: An overview new narrative - p. 51 15. Chapter 6. Pregnancy and thyroid hormone status - p. 63 16. Section 2. Focused areas of neurological pathology and physiology - p. S2 17. Chapter 7. Thyroid hormone transporters and the brain - p. 77 18. Chapter 8. Thyroid hormones and neurodegenerative diseases - p. 91 19. Chapter 9. Thyroid hormones and Alzheimer's disease - p. 107 20. Chapter 10. Diseases of the thyroid gland – an overview - p. 123 21. Chapter 11. The thyroid hormone drives bidirectional communication along the brain-gut axis in vertebrate models - p. 139 22. Chapter 12. Scenarios of astrocyte dysfunction linked to thyroid hormone availability - p. 155 23. Section 3. Psychology and behavior as a consequence of changes in the endocrine status - p. S3 24. Chapter 13. Thyroid function and psychosis - p. 171 25. Chapter 14. Thyroid cancers and cognition - p. 185 26. Chapter 15. The impact of thyroid hormones on learning and memory - p. 195 27. Chapter 16. Thyroid hormone signaling shaping fear memory: Implications for PTSD and other stress-related disorders - p. 213 28. Section 4. Treatment regimens modulating the thyroid status and effects on neurological tissues - p. S4 29. Chapter 17. Levothyroxine treatments in pregnancy and impact on cognition in offspring - p. 223 30. Chapter 18. Nanomedicines with triiodothyronine and their effects on neurological tissues - p. 235 31. Chapter 19. Hypothyroidism and improved spatial working memory - p. 243 32. Chapter 20. Levothyroxine and effects on the brain: MRI and beyond - p. 249 33. Section 5. Nonthyroid treatment regimens - p. S5 34. Chapter 21. Impact of epilepsy therapies on thyroid regulation: A narrative review - p. 269 35. Chapter 22. Hypothyroidism in patients treated with immune checkpoint inhibitors - p. 283 36. Section 6. Diseases of the thyroid or thyroid status and their impact on the brain and behavior - p. S6 37. Chapter 23. Focused diseases of the thyroid gland: Graves’ hyperthyroidism - p. 293 38. Chapter 24. Graves' disease (autoimmune hyperthyroidism) and fatigue – understandable, identifiable, and manageable - p. 305 39. Section 7. Diet and nutrition and their impact on the thyroid status and neuroscientific domains or behavior - p. S7 40. Chapter 25. The thyroid–brain axis in hyperthyroidism: Neurotoxic mechanisms and nutraceutical interventions - p. 313 41. Chapter 26. Excess iodine intake and thyroid dysfunction - p. 331 42. Section 8. Resources - p. S8 43. Chapter 27. Recommended resources for the study of hormones in neuroscience: The thyroid gland and thyroid hormones - p. 347 44. Index - p. 361
Hormones in Neuroscience: The Thyroid Gland and Thyroid Hormones explores the thyroid gland and thyroid hormones in-depth, presenting the latest research in neuroendocrinology and how it applies to translational and multidisciplinary methods. Covering different domains that bridge the physiological and medical divides between hormones and neurological tissues, this book will be a valuable resource for neuroendocrinologists, neuroscientists, pathologists, research scientists, and molecular or cellular biochemists in the field of hormone neuroscience.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Disclaimer - p. xv 7. Contributors - p. xvii 8. Preface - p. xxi 9. Section 1. Introductory chapters - p. S1 10. Chapter 1. Thyroid hormones and brain structural, molecular, and functional correlates - p. 3 11. Chapter 2. Thyroid hormone signaling in neurodevelopment - p. 13 12. Chapter 3. Enzymes involved in thyroid hormone metabolism and status - p. 27 13. Chapter 4. An overview of the consequences of subclinical hypothyroidism - p. 39 14. Chapter 5. The consequences of thyroidectomy: An overview new narrative - p. 51 15. Chapter 6. Pregnancy and thyroid hormone status - p. 63 16. Section 2. Focused areas of neurological pathology and physiology - p. S2 17. Chapter 7. Thyroid hormone transporters and the brain - p. 77 18. Chapter 8. Thyroid hormones and neurodegenerative diseases - p. 91 19. Chapter 9. Thyroid hormones and Alzheimer's disease - p. 107 20. Chapter 10. Diseases of the thyroid gland – an overview - p. 123 21. Chapter 11. The thyroid hormone drives bidirectional communication along the brain-gut axis in vertebrate models - p. 139 22. Chapter 12. Scenarios of astrocyte dysfunction linked to thyroid hormone availability - p. 155 23. Section 3. Psychology and behavior as a consequence of changes in the endocrine status - p. S3 24. Chapter 13. Thyroid function and psychosis - p. 171 25. Chapter 14. Thyroid cancers and cognition - p. 185 26. Chapter 15. The impact of thyroid hormones on learning and memory - p. 195 27. Chapter 16. Thyroid hormone signaling shaping fear memory: Implications for PTSD and other stress-related disorders - p. 213 28. Section 4. Treatment regimens modulating the thyroid status and effects on neurological tissues - p. S4 29. Chapter 17. Levothyroxine treatments in pregnancy and impact on cognition in offspring - p. 223 30. Chapter 18. Nanomedicines with triiodothyronine and their effects on neurological tissues - p. 235 31. Chapter 19. Hypothyroidism and improved spatial working memory - p. 243 32. Chapter 20. Levothyroxine and effects on the brain: MRI and beyond - p. 249 33. Section 5. Nonthyroid treatment regimens - p. S5 34. Chapter 21. Impact of epilepsy therapies on thyroid regulation: A narrative review - p. 269 35. Chapter 22. Hypothyroidism in patients treated with immune checkpoint inhibitors - p. 283 36. Section 6. Diseases of the thyroid or thyroid status and their impact on the brain and behavior - p. S6 37. Chapter 23. Focused diseases of the thyroid gland: Graves’ hyperthyroidism - p. 293 38. Chapter 24. Graves' disease (autoimmune hyperthyroidism) and fatigue – understandable, identifiable, and manageable - p. 305 39. Section 7. Diet and nutrition and their impact on the thyroid status and neuroscientific domains or behavior - p. S7 40. Chapter 25. The thyroid–brain axis in hyperthyroidism: Neurotoxic mechanisms and nutraceutical interventions - p. 313 41. Chapter 26. Excess iodine intake and thyroid dysfunction - p. 331 42. Section 8. Resources - p. S8 43. Chapter 27. Recommended resources for the study of hormones in neuroscience: The thyroid gland and thyroid hormones - p. 347 44. Index - p. 361
