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Designed to facilitate easier understanding of a complex subject, Essentials of Osborn’s Brain: A Fundamental Guide for Residents and Fellows is a highly practical guide to neuroradiology by world-renowned expert Dr. Anne G. Osborn. This concise text is derived from Osborn's Brain, second edition, and contains the essential must-know information critical for residents and fellows in radiology, neuroradiology, and neurosurgery—all in a format that's ideal for study and daily reference.

  • Takes readers through the neuroimaging rotations of a radiology, neurosurgery, or neurology residency or fellowship via a "curriculum" of selected readings for each rotation
  • Includes a brief section for each of 4 resident years, which lists directed readings in the book as well as optional correlated content in STATdx and RADPrimer for each rotation
  • Combines gross pathology and imaging to clearly depict why diseases appear the way they do
  • Features more than 2,000 high-definition, state-of-the-art images with each one referenced to its corresponding descriptive location in the text
  • Features Dr. Osborn's trademark summary boxes throughout, allowing for quick review of essential facts
  • Includes updated information on brain tumor genetics, new tumors, and interim updates to the 2016 World Health Organization classification of CNS neoplasms
  • Presents new insights on autoimmune encephalitis, noninfectious CNS inflammation, and brain microbleeds, including critical-illness-associated microbleeds

1. Introduction - p. iii 2. Image Contributors - p. vii 3. Acknowledgments - p. ix 4. Year 1/Rotation 1 Curriculum - p. xi 5. Year 2/Rotation 2 Curriculum - p. xviii 6. Year 3/Rotation 3 Curriculum - p. xxiii 7. Year 4/Rotation 4 Curriculum - p. xxxiii 8. Year 5/Rotation 5 (Including Fellowship) Curriculum - p. xlvi 9. Final Thoughts - p. lx 10. Section 1: Trauma - p. lxi 11. List of Illustrations - p. lxi 12. List of Tables - p. lxi 13. Chapter 1: Trauma Overview - p. lxi 14. Chapter 2: Primary Effects of CNS Trauma - p. 9 15. Chapter 3: Secondary Effects and Sequelae of CNS Trauma - p. 45 16. Section 2: Nontraumatic Hemorrhage and Vascular Lesions - p. 58 17. Chapter 4: Approach to Nontraumatic Hemorrhage and Vascular Lesions - p. 58 18. Chapter 5: Spontaneous Parenchymal Hemorrhage - p. 71 19. Chapter 6: Subarachnoid Hemorrhage and Aneurysms - p. 91 20. Chapter 7: Vascular Malformations - p. 111 21. Chapter 8: Arterial Anatomy and Strokes - p. 133 22. Chapter 9: Venous Anatomy and Occlusions - p. 156 23. Chapter 10: Vasculopathy - p. 171 24. Section 3: Infection, Inflammation, and Demyelinating Diseases - p. 194 25. Chapter 11: Approach to Infection, Inflammation, and Demyelination - p. 194 26. Chapter 12: Congenital, Acquired Pyogenic, and Acquired Viral Infections - p. 201 27. Chapter 13: Tuberculosis and Fungal, Parasitic, and Other Infections - p. 224 28. Chapter 14: HIV/AIDS - p. 242 29. Chapter 15: Demyelinating and Inflammatory Diseases - p. 256 30. Section 4: Neoplasms, Cysts, and Tumor-Like Lesions - p. 277 31. Chapter 16: Introduction to Neoplasms, Cysts, and Tumor-Like Lesions - p. 277 32. Chapter 17: Astrocytomas - p. 290 33. Chapter 18: Nonastrocytic Glial Neoplasms - p. 312 34. Chapter 19: Neuronal and Glioneuronal Tumors - p. 326 35. Chapter 20: Pineal and Germ Cell Tumors - p. 339 36. Chapter 21: Embryonal Neoplasms - p. 350 37. Chapter 22: Tumors of the Meninges - p. 362 38. Chapter 23: Nerve Sheath Tumors - p. 384 39. Chapter 24: Lymphomas and Hematopoietic and Histiocytic Tumors - p. 398 40. Chapter 25: Sellar Neoplasms and Tumor-Like Lesions - p. 410 41. Chapter 26: Miscellaneous Tumors and Tumor-Like Conditions - p. 430 42. Chapter 27: Metastases and Paraneoplastic Syndromes - p. 438 43. Chapter 28: Nonneoplastic Cysts - p. 450 44. Section 5: Toxic, Metabolic, Degenerative, and CSF Disorders - p. 470 45. Chapter 29: Approach to Toxic, Metabolic, Degenerative, and CSF Disorders - p. 470 46. Chapter 30: Toxic Encephalopathy - p. 482 47. Chapter 31: Inherited Metabolic Disorders - p. 497 48. Chapter 32: Acquired Metabolic and Systemic Disorders - p. 520 49. Chapter 33: Dementias and Brain Degenerations - p. 544 50. Chapter 34: Hydrocephalus and CSF Disorders - p. 564 51. Section 6: Congenital Malformations of the Skull and Brain - p. 578 52. Chapter 35: Embryology and Approach to Congenital Malformations - p. 578 53. Chapter 36: Posterior Fossa Malformations - p. 587 54. Chapter 37: Commissural and Cortical Maldevelopment - p. 600 55. Chapter 38: Holoprosencephalies, Related Disorders, and Mimics - p. 610 56. Chapter 39: Familial Cancer Predisposition Syndromes - p. 616 57. Chapter 40: Vascular Neurocutaneous Syndromes - p. 632 58. Chapter 41: Anomalies of the Skull and Meninges - p. 640 59. Index - p. 646

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Designed to facilitate easier understanding of a complex subject, Essentials of Osborn’s Brain: A Fundamental Guide for Residents and Fellows is a highly practical guide to neuroradiology by world-renowned expert Dr. Anne G. Osborn. This concise text is derived from Osborn's Brain, second edition, and contains the essential must-know information critical for residents and fellows in radiology, neuroradiology, and neurosurgery—all in a format that's ideal for study and daily reference.

  • Takes readers through the neuroimaging rotations of a radiology, neurosurgery, or neurology residency or fellowship via a "curriculum" of selected readings for each rotation
  • Includes a brief section for each of 4 resident years, which lists directed readings in the book as well as optional correlated content in STATdx and RADPrimer for each rotation
  • Combines gross pathology and imaging to clearly depict why diseases appear the way they do
  • Features more than 2,000 high-definition, state-of-the-art images with each one referenced to its corresponding descriptive location in the text
  • Features Dr. Osborn's trademark summary boxes throughout, allowing for quick review of essential facts
  • Includes updated information on brain tumor genetics, new tumors, and interim updates to the 2016 World Health Organization classification of CNS neoplasms
  • Presents new insights on autoimmune encephalitis, noninfectious CNS inflammation, and brain microbleeds, including critical-illness-associated microbleeds

1. Introduction - p. iii 2. Image Contributors - p. vii 3. Acknowledgments - p. ix 4. Year 1/Rotation 1 Curriculum - p. xi 5. Year 2/Rotation 2 Curriculum - p. xviii 6. Year 3/Rotation 3 Curriculum - p. xxiii 7. Year 4/Rotation 4 Curriculum - p. xxxiii 8. Year 5/Rotation 5 (Including Fellowship) Curriculum - p. xlvi 9. Final Thoughts - p. lx 10. Section 1: Trauma - p. lxi 11. List of Illustrations - p. lxi 12. List of Tables - p. lxi 13. Chapter 1: Trauma Overview - p. lxi 14. Chapter 2: Primary Effects of CNS Trauma - p. 9 15. Chapter 3: Secondary Effects and Sequelae of CNS Trauma - p. 45 16. Section 2: Nontraumatic Hemorrhage and Vascular Lesions - p. 58 17. Chapter 4: Approach to Nontraumatic Hemorrhage and Vascular Lesions - p. 58 18. Chapter 5: Spontaneous Parenchymal Hemorrhage - p. 71 19. Chapter 6: Subarachnoid Hemorrhage and Aneurysms - p. 91 20. Chapter 7: Vascular Malformations - p. 111 21. Chapter 8: Arterial Anatomy and Strokes - p. 133 22. Chapter 9: Venous Anatomy and Occlusions - p. 156 23. Chapter 10: Vasculopathy - p. 171 24. Section 3: Infection, Inflammation, and Demyelinating Diseases - p. 194 25. Chapter 11: Approach to Infection, Inflammation, and Demyelination - p. 194 26. Chapter 12: Congenital, Acquired Pyogenic, and Acquired Viral Infections - p. 201 27. Chapter 13: Tuberculosis and Fungal, Parasitic, and Other Infections - p. 224 28. Chapter 14: HIV/AIDS - p. 242 29. Chapter 15: Demyelinating and Inflammatory Diseases - p. 256 30. Section 4: Neoplasms, Cysts, and Tumor-Like Lesions - p. 277 31. Chapter 16: Introduction to Neoplasms, Cysts, and Tumor-Like Lesions - p. 277 32. Chapter 17: Astrocytomas - p. 290 33. Chapter 18: Nonastrocytic Glial Neoplasms - p. 312 34. Chapter 19: Neuronal and Glioneuronal Tumors - p. 326 35. Chapter 20: Pineal and Germ Cell Tumors - p. 339 36. Chapter 21: Embryonal Neoplasms - p. 350 37. Chapter 22: Tumors of the Meninges - p. 362 38. Chapter 23: Nerve Sheath Tumors - p. 384 39. Chapter 24: Lymphomas and Hematopoietic and Histiocytic Tumors - p. 398 40. Chapter 25: Sellar Neoplasms and Tumor-Like Lesions - p. 410 41. Chapter 26: Miscellaneous Tumors and Tumor-Like Conditions - p. 430 42. Chapter 27: Metastases and Paraneoplastic Syndromes - p. 438 43. Chapter 28: Nonneoplastic Cysts - p. 450 44. Section 5: Toxic, Metabolic, Degenerative, and CSF Disorders - p. 470 45. Chapter 29: Approach to Toxic, Metabolic, Degenerative, and CSF Disorders - p. 470 46. Chapter 30: Toxic Encephalopathy - p. 482 47. Chapter 31: Inherited Metabolic Disorders - p. 497 48. Chapter 32: Acquired Metabolic and Systemic Disorders - p. 520 49. Chapter 33: Dementias and Brain Degenerations - p. 544 50. Chapter 34: Hydrocephalus and CSF Disorders - p. 564 51. Section 6: Congenital Malformations of the Skull and Brain - p. 578 52. Chapter 35: Embryology and Approach to Congenital Malformations - p. 578 53. Chapter 36: Posterior Fossa Malformations - p. 587 54. Chapter 37: Commissural and Cortical Maldevelopment - p. 600 55. Chapter 38: Holoprosencephalies, Related Disorders, and Mimics - p. 610 56. Chapter 39: Familial Cancer Predisposition Syndromes - p. 616 57. Chapter 40: Vascular Neurocutaneous Syndromes - p. 632 58. Chapter 41: Anomalies of the Skull and Meninges - p. 640 59. Index - p. 646

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