A Modern Atlas for Implantable Devices of the Spine, Brain and Nerve: For Pain, Movement disorders, and Nerve Dysfunction is a vital resource for medical practitioners and researchers in the rapidly evolving field of neuromodulation. This comprehensive reference navigates the intricate landscape of implantable technologies with a focus on new techniques, advanced waveforms and frequencies, and novel neural targets spanning the spine, brain, and peripheral nerves. This atlas introduces groundbreaking devices, including best practices tailored to enhance clinical outcomes. From spinal cord stimulation to intricate procedures involving the dorsal root ganglion, and sacral nerve, each section reviews both the anatomical nuances and procedural details, equipping practitioners with the expertise needed to tackle a diverse array of disease states and patient conditions.
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. Dedication - p. v 7. Dedication - p. vii 8. Contributors - p. xxi 9. Preface - p. xxvii 10. Section 1. General anatomy - p. S1 11. Section 1. General anatomy - p. 1 12. Chapter 1. Spinal anatomy regarding neuromodulation methods: An overview - p. 5 13. Chapter 2. Anatomy of the intervertebral disc - p. 25 14. Chapter 3. Anatomy of the head and neck for neuromodulation - p. 35 15. Chapter 4. Anatomy of the peripheral nervous system - p. 55 16. Section 2. The spine anatomy - p. S2 17. Section 2. The spine anatomy - p. 65 18. Chapter 5. Cervical spine anatomy - p. 67 19. Chapter 6. Thoracic spine anatomy - p. 79 20. Chapter 7. Lumbar spine anatomy - p. 87 21. Chapter 8. Sacral spine anatomy - p. 103 22. Section 3. Spinal cord stimulation - p. S3 23. Section 3. Spinal cord stimulation - p. 119 24. Chapter 9. Cervical spinal cord stimulation - p. 121 25. Chapter 10. Thoracic and lumbar spinal cord stimulation - p. 129 26. Chapter 11. Neuromodulation for pelvic pain - p. 141 27. Chapter 12. Complications of neuromodulation of the spine - p. 149 28. Section 4. Dorsal root ganglion - p. S4 29. Section 4. Dorsal root ganglion - p. 161 30. Chapter 13. Cervical dorsal root ganglion stimulation - p. 163 31. Chapter 14. Thoracic dorsal root ganglion stimulation - p. 173 32. Chapter 15. Dorsal root ganglion stimulation - p. 185 33. Chapter 16. Sacral dorsal root ganglion stimulation - p. 197 34. Chapter 17. Specific complications of dorsal root ganglion stimulation - p. 209 35. Section 5. Waveforms and frequencies - p. S5 36. Section 5. Waveforms and frequencies - p. 227 37. Chapter 18. Burst waveforms - p. 229 38. Chapter 19. High-frequency stimulation - p. 247 39. Chapter 20. Surround inhibition - p. 255 40. Chapter 21. Differential target multiplexed (DTM) - p. 259 41. Chapter 22. New waveform concepts for spinal cord stimulation - p. 265 42. Section 6. Closed loop systems - p. S6 43. Section 6. Closed loop systems - p. 281 44. Chapter 23. Physiologic closed loop controlled spinal cord stimulation - p. 283 45. Chapter 24. Closed loop: Spinal cord stimulation - p. 299 46. Chapter 25. Biosensing and closed-loop stimulation in the peripheral nervous system - p. 305 47. Section 7. Remote care and monitoring - p. S7 48. Section 7. Remote care and monitoring - p. 311 49. Chapter 26. Remote care and monitoring - p. 313 50. Section 8. Remote programming - p. S8 51. Section 8. Remote programming - p. 325 52. Chapter 27. Remote programming - p. 327 53. Section 9. Peripheral nerve stimulation - p. S9 54. Section 9. Peripheral nerve stimulation - p. 335 55. Chapter 28. The upper extremity peripheral nerve stimulation - p. 337 56. Chapter 29. Peripheral nerve stimulation of the trunk and abdomen - p. 345 57. Chapter 30. Peripheral nerve stimulation of the lower extremity - p. 355 58. Chapter 31. 60-Day peripheral nerve stimulation - p. 365 59. Chapter 32. Permanent peripheral nerve stimulation: Implant techniques and clinical applications - p. 385 60. Chapter 33. Complications of peripheral nerve stimulation - p. 401 61. Section 10. Stimulation of the brain and cranial nerves - p. S10 62. Section 10. Stimulation of the brain and cranial nerves - p. 411 63. Chapter 34. Deep brain stimulation for movement disorders - p. 413 64. Chapter 35. Deep brain stimulation—Major depressive disorder and other neuropsychiatric circuit pathologies - p. 421 65. Chapter 36. Deep brain stimulation: Pain - p. 433 66. Chapter 37. Hypoglossal nerve peripheral stimulation (HNS) for sleep apnea - p. 441 67. Chapter 38. Vagus nerve stimulation: Implanted and noninvasive - p. 449 68. Chapter 39. Complications of brain and cranial nerve stimulation - p. 501 69. Section 11. External brain devices - p. S11 70. Section 11. External brain devices - p. 513 71. Chapter 40. External devices for pain and depression - p. 515 72. Chapter 41. External peripheral nerve devices - p. 525 73. Section 12. Intrathecal drug delivery - p. S12 74. Section 12 Intrathecal drug delivery - p. 531 75. Chapter 42. Intrathecal drug delivery: Patient selection - p. 533 76. Chapter 43. Implant methods of intrathecal drug delivery - p. 541 77. Chapter 44. Drug selection and dosing strategies of intrathecal delivery - p. 549 78. Chapter 45. Complications of intrathecal drug delivery - p. 559 79. Index - p. 587
A Modern Atlas for Implantable Devices of the Spine, Brain and Nerve: For Pain, Movement disorders, and Nerve Dysfunction is a vital resource for medical practitioners and researchers in the rapidly evolving field of neuromodulation. This comprehensive reference navigates the intricate landscape of implantable technologies with a focus on new techniques, advanced waveforms and frequencies, and novel neural targets spanning the spine, brain, and peripheral nerves. This atlas introduces groundbreaking devices, including best practices tailored to enhance clinical outcomes. From spinal cord stimulation to intricate procedures involving the dorsal root ganglion, and sacral nerve, each section reviews both the anatomical nuances and procedural details, equipping practitioners with the expertise needed to tackle a diverse array of disease states and patient conditions.
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. Dedication - p. v 7. Dedication - p. vii 8. Contributors - p. xxi 9. Preface - p. xxvii 10. Section 1. General anatomy - p. S1 11. Section 1. General anatomy - p. 1 12. Chapter 1. Spinal anatomy regarding neuromodulation methods: An overview - p. 5 13. Chapter 2. Anatomy of the intervertebral disc - p. 25 14. Chapter 3. Anatomy of the head and neck for neuromodulation - p. 35 15. Chapter 4. Anatomy of the peripheral nervous system - p. 55 16. Section 2. The spine anatomy - p. S2 17. Section 2. The spine anatomy - p. 65 18. Chapter 5. Cervical spine anatomy - p. 67 19. Chapter 6. Thoracic spine anatomy - p. 79 20. Chapter 7. Lumbar spine anatomy - p. 87 21. Chapter 8. Sacral spine anatomy - p. 103 22. Section 3. Spinal cord stimulation - p. S3 23. Section 3. Spinal cord stimulation - p. 119 24. Chapter 9. Cervical spinal cord stimulation - p. 121 25. Chapter 10. Thoracic and lumbar spinal cord stimulation - p. 129 26. Chapter 11. Neuromodulation for pelvic pain - p. 141 27. Chapter 12. Complications of neuromodulation of the spine - p. 149 28. Section 4. Dorsal root ganglion - p. S4 29. Section 4. Dorsal root ganglion - p. 161 30. Chapter 13. Cervical dorsal root ganglion stimulation - p. 163 31. Chapter 14. Thoracic dorsal root ganglion stimulation - p. 173 32. Chapter 15. Dorsal root ganglion stimulation - p. 185 33. Chapter 16. Sacral dorsal root ganglion stimulation - p. 197 34. Chapter 17. Specific complications of dorsal root ganglion stimulation - p. 209 35. Section 5. Waveforms and frequencies - p. S5 36. Section 5. Waveforms and frequencies - p. 227 37. Chapter 18. Burst waveforms - p. 229 38. Chapter 19. High-frequency stimulation - p. 247 39. Chapter 20. Surround inhibition - p. 255 40. Chapter 21. Differential target multiplexed (DTM) - p. 259 41. Chapter 22. New waveform concepts for spinal cord stimulation - p. 265 42. Section 6. Closed loop systems - p. S6 43. Section 6. Closed loop systems - p. 281 44. Chapter 23. Physiologic closed loop controlled spinal cord stimulation - p. 283 45. Chapter 24. Closed loop: Spinal cord stimulation - p. 299 46. Chapter 25. Biosensing and closed-loop stimulation in the peripheral nervous system - p. 305 47. Section 7. Remote care and monitoring - p. S7 48. Section 7. Remote care and monitoring - p. 311 49. Chapter 26. Remote care and monitoring - p. 313 50. Section 8. Remote programming - p. S8 51. Section 8. Remote programming - p. 325 52. Chapter 27. Remote programming - p. 327 53. Section 9. Peripheral nerve stimulation - p. S9 54. Section 9. Peripheral nerve stimulation - p. 335 55. Chapter 28. The upper extremity peripheral nerve stimulation - p. 337 56. Chapter 29. Peripheral nerve stimulation of the trunk and abdomen - p. 345 57. Chapter 30. Peripheral nerve stimulation of the lower extremity - p. 355 58. Chapter 31. 60-Day peripheral nerve stimulation - p. 365 59. Chapter 32. Permanent peripheral nerve stimulation: Implant techniques and clinical applications - p. 385 60. Chapter 33. Complications of peripheral nerve stimulation - p. 401 61. Section 10. Stimulation of the brain and cranial nerves - p. S10 62. Section 10. Stimulation of the brain and cranial nerves - p. 411 63. Chapter 34. Deep brain stimulation for movement disorders - p. 413 64. Chapter 35. Deep brain stimulation—Major depressive disorder and other neuropsychiatric circuit pathologies - p. 421 65. Chapter 36. Deep brain stimulation: Pain - p. 433 66. Chapter 37. Hypoglossal nerve peripheral stimulation (HNS) for sleep apnea - p. 441 67. Chapter 38. Vagus nerve stimulation: Implanted and noninvasive - p. 449 68. Chapter 39. Complications of brain and cranial nerve stimulation - p. 501 69. Section 11. External brain devices - p. S11 70. Section 11. External brain devices - p. 513 71. Chapter 40. External devices for pain and depression - p. 515 72. Chapter 41. External peripheral nerve devices - p. 525 73. Section 12. Intrathecal drug delivery - p. S12 74. Section 12 Intrathecal drug delivery - p. 531 75. Chapter 42. Intrathecal drug delivery: Patient selection - p. 533 76. Chapter 43. Implant methods of intrathecal drug delivery - p. 541 77. Chapter 44. Drug selection and dosing strategies of intrathecal delivery - p. 549 78. Chapter 45. Complications of intrathecal drug delivery - p. 559 79. Index - p. 587
