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Multi-system Imaging Spectrum associated with Neurologic Diseases

Specificaties
Gebonden, blz. | Engels
Elsevier Science | e druk, 2023
ISBN13: 9780323917957
Rubricering
Elsevier Science e druk, 2023 9780323917957
Verwachte levertijd ongeveer 9 werkdagen

Samenvatting

Multi-System Imaging Spectrum associated with Neurologic Diseases covers over 200 classic multi-systemic entities associated with neurologic diseases with detailed discussion alongside illustrative photos for memory aids and clarification. Accompanying text explains the history and meaning of the descriptive or metaphoric sign. Uniquely written from a practical point of view, each case leads you through a radiology expert’s thought process in analyzing imaging pitfalls of different organs or systems. The cases highlight clinical presentation, relevant pathology, anatomy, physiology, and pertinent imaging features of common disease processes. Key information is distilled succinctly, with bulleted, detailed illustrations and images.

Specificaties

ISBN13:9780323917957
Taal:Engels
Bindwijze:Gebonden

Inhoudsopgave

Contributors<br>Biographies<br>Foreword I <br>Foreword II <br>Preface <br><br>1. Introduction<br>Bo Gao, Shi-ji Kan and Bihong T. Chen<br><br>1. Pathogenesis of multisystem diseases <br>2. Diagnostic algorithm of multisystem diseases <br>2.1 Overall approach in imaging diagnosis <br>2.2 Thinking process in imaging diagnosis <br>3. The role of imaging in diagnosing multisystem diseases <br>3.1 Overview <br>3.2 Pathophysiology <br>3.3 Central Nervous System involvement <br>3.4 Urinary system <br>3.5 Digestive system <br>3.6 Musculoskeletal system <br>3.7 Respiratory system <br>References <br><br>2. Nervous system<br>Heng Liu and Xiaoqing Liu<br><br>2.1 Multisystem effects of SturgeeWeber Syndrome<br>1. Introduction <br>2. Pathogenesis <br>3. Central nervous system <br>4. Skin <br>5. Eyes <br>6. Endocrine system <br>References<br><br>2.2 Multisystem effects of neurofibromatosis<br>1. Introduction <br>2. Pathology <br>3. Central nervous system <br>4. Musculoskeletal system <br>5. Respiratory system <br>6. Skin <br>References <br><br>2.3 Multisystem effects of tuberous sclerosis complex<br>1. Introduction <br>2. Pathogenesis <br>3. Central nervous system <br>4. Respiratory system <br>5. Circulatory system <br>6. Urinary system <br>7. Skin and oral cavity <br>References <br><br>2.4 Multisystem effects of von Hippel-Lindau syndrome<br>1. Introduction <br>2. Pathogenesis <br>3. Central nervous system <br>4. Digestive system <br>5. Urinary system <br>6. Endocrine system <br>7. Reproductive system <br>8. Eyes <br>9. Ears <br>References <br><br>3. Muscular system<br>Daniel Phung, Gordon Crews, Raymond Huang and Nasim Sheikh-Bahaei<br><br>1. Poliomyelitis <br>2. Scleroderma <br>3. Rhabdomyosarcoma <br>References <br><br>4. Respiratory system<br>Tian-le Wang<br><br>4.1 Aspergillosis<br>References <br>4.2 Langerhans cell histiocytosis<br>References <br>4.3 Metastatic tumor<br>References <br>4.4 Neurogenic pulmonary edema<br>References <br>4.5 Nocardia infection<br>References <br>4.6 Tuberculosis<br>References <br>4.7 Tuberous sclerosis complex<br>References <br><br>5. Cardiovascular system<br>Jing Wang and Teng Jin<br><br>5.1 Neurological complications of cardiac surgery<br>Jing Wang<br><br>1. Peripheral nerve injuries <br>2. Abnormal visual function <br>3. Cognitive dysfunctions <br>4. Heart transplantation <br>References <br><br>5.2 Neurologic complication of infective endocarditis<br>Jing Wang<br><br>1. Ischemic lesion <br>2. Cerebral microbleeds (CMBs) <br>3. Hemorrhagic lesions <br>4. Intracranial mycotic aneurysms <br>5. Brain abscess and meningitis <br>Further reading <br><br>5.3 Neurological complications of hypertension<br>Teng Jin<br><br>1. Aneurysmal subarachnoid hemorrhage <br>2. Hypertensive intracranial hemorrhage <br>3. Lacunar infarcts <br>4. Binswanger syndrome <br>References <br><br>5.4 Neurological complications of systemic vasculitis<br>Teng Jin<br><br>1. Bechet’s disease <br>2. Takayasu arteritis <br>3. Giant cell arteritis <br>4. Wegner’s granulomatosis <br>References <br><br>6. Digestive system<br>Peng Liu<br><br>1. Introduction <br>2. Hepatic encephalopathy <br>3. Acquired hepatocerebral degeneration <br>4. Pancreatic encephalopathy <br>5. Hepatic myelopathy <br>6. Wernicke encephalopathy <br>7. Inflammatory bowel disease CNS involvement <br>8. Wilson disease <br>9. Tuberous sclerosis <br>10. Multiple endocrine neoplasia type 1 <br>11. Von Hippel-Lindau disease <br>12. Hereditary hemorrhagic telangiectasia <br>13. Turcot syndrome <br>14. Neurofibromatosis type 1 <br>15. Gardner syndrome <br>16. IgG4-related diseases <br>17. Sarcoidosis <br>18. Behc¸et disease <br>19. Systemic sclerosis <br>20. Amyloidosis <br>References <br><br>7. Excretory system<br>Pinggui Lei and Bin Huang<br><br>1. Von Hippel-Lindau syndrome <br>2. Tuberous Sclerosis Complex <br>3. Behc¸et’s disease <br>4. Uremic encephalopathy <br>5. Polycystic kidneys disease <br>Further reading <br><br>8. Reproductive system<br>Xuntao Yin and Huiying Wu<br><br>1. Role of estrogen on neurological disorders <br>1.1 Estrogen in the brain <br>1.2 Estrogen and mood disorders <br>1.3 Estrogen and Alzheimer’s disease <br>1.4 Estrogen and Parkinson’s disease <br>1.5 Estrogen and multiple sclerosis <br>2. Paraneoplastic syndromes <br>2.1 Subacute cerebellar degeneration/cerebellar ataxia <br>2.2 Limbic encephalitis and anti-N-methyl-D-Aspartate receptor encephalitis <br>2.3 Opsoclonus-myoclonus syndrome <br>2.4 Paraneoplastic subacute sensory neuropathy <br>2.5 Sensorimotor neuropathy <br>2.6 Lamberteeaton myasthenic syndrome <br>2.7 Myasthenia gravis <br>3. AIDS <br>3.1 AIDS patients with CNS cryptococcosis <br>3.2 AIDS patients with CNS lymphoma <br>References <br><br>9. Skeletal system<br>Daniel Phung, Gordon Crews, Raymond Huang and Nasim Sheikh-Bahaei<br><br>1. Ankylosing spondylitis <br>2. Pigmented villonodular synovitis <br>3. Chordoma <br>4. Extradural meningioma <br>5. Cerebral fat emboli <br>6. Rheumatoid arthritis <br>7. Osteochondroma <br>References <br><br>10. Endocrine system<br>Raymond Huang, Daniel Phung, Gordon Crews and Nasim Sheikh-Bahaei<br><br>1. Background: pituitary adenoma <br>2. Prolactinoma <br>3. Acromegaly <br>4. Pituitary hyperplasia <br>5. Apoplexy/hemorrhagic adenoma <br>6. Thyroid-ophthalmopathy <br>7. DM and associated neurologic complications <br>References <br><br>11. Immune system<br>Gordon Crews, Alexander Lerner, Daniel Phung and Nasim Sheikh-Bahaei<br><br>1. Acute disseminated encephalomyelopathy <br>2. Multiple sclerosis <br>3. Neuromyelitis optica <br>4. Autoimmune encephalitis <br>5. Neurosarcoidosis <br>6. Systemic lupus erythematosus <br>7. Bell’s palsy <br>8. CNS vasculitis <br>References <br><br>12. Lymphatic system<br>Jing Yu<br><br>12.1 Sarcoidosis<br>Further reading <br>12.2 Lymphoma<br>Further reading <br>12.3 Leukemias<br>Further reading <br>12.4 POEMS syndrome<br>Further reading <br><br>13. Integumentary system<br>Xia Du<br><br>13.1 Neurofibromatosis<br>Further reading <br>13.2 Tuberous sclerosis<br>Further reading <br>13.3 SturgeeWeber syndrome<br>Further reading <br>13.4 Neurocutaneous melanosis<br>Further reading <br><br>Index

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        Multi-system Imaging Spectrum associated with Neurologic Diseases