Neurosurgery Books

Book SynopsisTable of ContentsTABLE OF CONTENTS: 1 Computer Asssisted Spine Surgery - A New Era of Innovation 2 Navigation in Occipital and Cervical Spine Surgery - 3 Spinal Trauma and Navigation 4 Navigated Deformity Correction 5 Navigation of Tumor and Metastatic Lesions in the Thoracolumbar Spine 6 Navigated Lateral Interbody fusion - 7 Pulse 8 Robotic Assisted Spinal Deformity Correction 9 Robitic Assistated Mininally Invasive Spine Surgery, Percutaneous Fixation 10 Traumatic Spinal Injury and Robotic Reconsutrction 11 Cost Effectiveness of Robotic and Navigation Systems 12 Virtual Reality and Augemented Reality in Spine Surgery

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Book SynopsisFor centuries, scientists had only one way to study the brain: wait for misfortune to strike - strokes, seizures, infections, lobotomies, horrendous accidents, phantom limbs, Siamese twins - and see how the victims changed afterwards. In many cases their survival was miraculous, and observers marvelled at the transformations that took place when different parts of the brain were destroyed. Parents suddenly couldn't recognise their children. Pillars of the community became pathological liars and paedophiles. Some people couldn't speak but could still sing. Others couldn't read but could write.The stories of these people laid the foundations of modern neuroscience and, century by century, key cases taught scientists what every last region of the brain did. With lucid explanations and incisive wit, Sam Kean explores the brain's secret passageways and recounts the forgotten tales of the ordinary individuals whose struggles, resilience and deep humanity made neuroscience possible.Trade ReviewKean's lively new book unpacks a bundle of fascinating, alarming and sometimes heartbreaking case histories * Mail on Sunday *Entertaining... Some of his stories are astonishing... Kean tells a good story and asks the right questions * The Sunday Times *Kean...reveal[s] how intracranial calamities have built neuroscience case by puzzled-out case, gross anatomy to consciousness. However pop the science, there is much to compel * Nature *The author's skill in illuminating how the brain functions and malfunctions manifest themselves in people's lives makes for absorbing reading....These avowals ultimately raise weighty, compelling questions about the nature of identity and what it means to be human * Wall Street Journal *

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Book SynopsisTrade Review"This case-based book covers virtually all topics on the main pathologies affecting the vertebral column and the spinal cord. The cases include a detailed description of the history and presentation, relevant imaging findings, and supplementary tests, as well as an introduction on the topic at hand and a comprehensive review and discussion to follow. Most importantly, the book reviews and highlights different points of view from global experts in field in a table format for easy comparison. The digital version also offers an easy-to-use platform with high-quality complementary images and discussion." ©Doody's Review Service, 2023 Morteza Sadeh, MD PhD (University of Illinois at Chicago College of Medicine) Doody's Score: 4 Stars!Table of ContentsDegenerative spine Cervical One level cervical radiculopathy from facet/uncovertebral joint hypertrophy One level cervical radiculopathy from herniated disc in young patient One level cervical radiculopathy from herniated disc in older patient Cervical stenosis with preservation of lordosis Adjacent segment disease after single level ACDF Adjacent segment disease after PCF (cervicothoracic junction) Multilevel cervical stenosis from OPLL Multilevel cervical stenosis from 3-4 discs Anterior C1-2 pannus Basilar impression Thoracolumbar Adjacent segment disease at thoracolumbar junction Thoracic calcified disc (central) Lower thoracic disc herniation High lumbar stenosis (thoracolumbar junction) Lumbosacral Single level disc disease with back pain Radiculopathy from foraminal stenosis Grade 1 spondy without instability on flex/ext and claudication Grade 1 spondy with back pain only Grade 2/3 spondy >Grade 3 spondy Second herniated disc (same level) in a young patient Second herniated disc (same level) in older patient Flat back syndrome after laminectomy Lumbar pseudoarthrosis at L5-S1 Pure back pain with multi level degenerative disc disease 2. Traumatic spine (10-15) Cervical Bilateral C2 pars fractures Type II acute odontoid fracture Type II chronic odontoid fracture in geriatric patient Unilateral cervical pedicle/transverse foramen fracture Central cord syndrome without instability Central cord with instability Vertebral artery injury with unstable cervical spine C1 burst fracture with TL disruption Thoracolumbar Compression fracture with back pain Burst fracture without PLC injury Burst fracture with PLC injury Pure bony Chance fracture Ankylosing spondylotic fracture Complete spinal cord injury Incomplete spinal cord injury Gunshot wound to the spine Lumbosacral Compression fracture Burst fracture without PLC injury Burst fracture with PLC injury Zone 3 sacral fracture Chronic L5 pars fractures with back pain and spondy 3. Spinal deformity Adolescent idiopathic scoliosis Scoliosis in cerebral palsy Proximal junctional kyphosis after T10-pelvis Isolated coronal deformity with back pain Coronal and sagittal deformity with back pain (adult idiopathic) Flat back after fusion Progressive cervical kyphosis after laminectomy Fixed cervical kyphosis (chin on chest) Degenerative scoliosis with one level radiculopathy Proximal junctional kyphosis after T3-pelvis Iatrogenic deformity after Harrington rod Broken rod after scoliosis correction with back pain 4. Spinal Oncology (10-15) Isolated met vertebral body (thoracic) Cervical epidural met (ventral) Multiple metastases to various levels, back pain only Multiple metastases with one level symptomatic Pathologic vertebral body fracture Meningioma Cervical chordoma Sacral chordoma Chondrosarcoma Schwannoma Ependymoma Glioma Giant Cell tumor Schwannoma Multiple neurofibromas Intradural schwannomatosis Hemangioblastoma 5. Other (epidural abscess or something like that) (10-15) Spontaneous CSF leak nerve root sleeve cyst Epidural abscess with stenosis without myelopathy Osteomyelitis with fracture Osteomyeltiis with back pain, no instability Infection post instrumentation Spinal Type I AVF

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Book Synopsis''It''s a brilliant book... There are lessons in every paragraph... Get it now.'' Chris Evans''Wonderous and wild. I loved this book'' James Nestor, bestselling author of Breath ''Moving, raw and unflinching'' Julia Samuel, bestselling author of This Too Shall Pass''Incredible storytelling'' Dr Rangan Chatterjee, bestselling author of Feel Better in 5____________________________________________________________________________How do you carry on when things go deadly wrong?When Dr Rahul Jandial operated on Karina, an eleven-year-old girl whose spinal cord was splitting in two, he had to make an impossible decision. He followed his head over his gut and Karina was left permanently paralysed, altering both patient and surgeon''s lives for ever. This decision would haunt Rahul for decades, a constant reminder of the fine line between saving and damaging a life.As one of the world'Trade ReviewA beautifully written and fearless depiction of both brain surgery and the mind of a surgeon. Riveting. * Jim Down, author of Life Support *A reminder that what makes us stellar physicians and surgeons are not our skills with our hands and/our knowledge but rather our empathy and ability to connect with our patients. * Alfredo Quiñones-Hinojosa *Is this a memoir or a science book? An exposé of the shortcoming of our healthcare system or a paean to the wonders of modern medicine? The answer is YES, to all those things and more. Jandial takes us deep into the day-to-day life of his profession as a brain surgeon while simultaneously taking us even deeper into the inner-workings of our own biology. It's an unconventional approach, and a bit disarming at first blush, but pays off in spades. I loved this book. * James Nestor, New York Times bestselling author of Breath: The New Science of a Lost Art *Most of us say 'it's not brain surgery' when we talk about our work. But Rahul Jandial's work - and life - is just that. And he loves both enough to fight for every moment of every life. A searingly honest, fascinating account of lives and minds entwined. * Stevie Spring CBE, Chairman of the British Council and the charity Mind *A powerful testimony to the skill of a world-class surgeon, and a soul-searching exploration of the vulnerability that makes him human. * Leah Hazard, author of the Sunday Times bestseller Hard Pushed *Incredible storytelling * Dr Rangan Chatterjee *Filled with powerful stories of human trauma and resilience - including his own * Telegraph *'It's a brilliant book... There are lessons in every paragraph....Get it now.' Chris Evans * Chris Evans *

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Book SynopsisThis manual is a practical, illustrated how-to guide to the proper techniques and electrode placements for common nerve conduction studies. The first section describes each nerve conduction study, including placement of electrodes, typical electromyography equipment settings, normal values, and pearls and pitfalls. The second section provides detailed coverage of surface anatomy for needle electromyography and shows where to place the needles for each muscle. More than 200 clear photographs demonstrate correct placement of needle electrodes. Chapters in each section follow a consistent sequence and are written in outline format to help readers find information quickly.

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Book SynopsisFully updated for this second edition, the Oxford Handbook of Neurology is the definitive guide for all those working in neurology and neurosurgery. This practical and concise quick-reference resource includes a wealth of information and invaluable clinical guidance to ensure all readers stay up-to-date in this fast-moving specialty.Now including brand new chapters on neurological emergencies and neurology within other medical specialties, this handbook includes the most cutting-edge management and treatment options, drugs, and neurosurgical techniques. Covering the entire breadth of neurology with additional sections on neuroanatomy, neurosurgery, neuroradiology and neurophysiology, it includes common presentations and disorders as well as information on neurological assessment. Packed full of illustrations to ensure ease-of reference, and valuable clinical advice from experts in the field, the reader can be sure they will always have all the information they need at their fingertips.Trade ReviewI would imagine a junior doctor working in a neurology unit would definitely need this book. For a GP, there are sections which are well worth a read-take for example acute headache and acute vertigo both of which are very useful. These are just a couple of examples from what is a very helpful and readable book. * Glycosmedia *Table of Contents1. Neurological history and examination ; 2. Neuroanatomy ; 3. Neurological emergencies ; 4. Common clinical presentations ; 5. Neurological disorders ; 6. Neurology in medicine ; 7. Neurosurgery ; 8. Clinical neurophysiology ; 9. Neuroradiology

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Book SynopsisTrade Review"The book covers the basic gross anatomy with histopathology and etiopathogenesis of different types of strokes. The best aspect is the very well organized elaboration of disease characteristics with pathophysiological changes through to treatment." -© Doody's Review Service,2021,Ram K Saha, M.D. (Thomas Jefferson University) Score: 92-4 Stars!Table of ContentsSection 1 Pathophysiology Introduction 1. Cerebral Vascular Biology in Health and Disease 2. Mechanisms of Thrombosis and Thrombolysis 3. Cerebral Blood Flow and Metabolism: Regulation and Pathophysiology in Cerebrovascular Disease 4. Histopathology of Brain Tissue Response to Stroke and Injury 5. Molecular and Cellular Mechanisms of Ischemia-Induced Neuronal Death 6. Intracellular Signaling: Mediators and Protective Responses 7. The Neurovascular Unit and Responses to Ischemia 8. Mechanisms of Damage After Cerebral Hemorrhage 9. White Matter Pathophysiology 10. Cerebral Ischemia and Inflammation 11. Mechanisms of Plasticity, Remodeling and Recovery 12. Genetics and Vascular Biology of Brain Vascular Malformations 13. Gliovascular Mechanisms and White Matter Injury in Vascular Cognitive Impairment and Dementia Section 2 Epidemiology and Risk Factors Introduction 14. Global Burden of Stroke 15. Stroke Disparities 16. Risk Factors and Prevention 17. Prognosis after Stroke 18. Vascular Dementia and Cognitive Impairment 19. Genetic Basis of Stroke Occurrence, Prevention and Outcome Section 3 Clinical Manifestations Introduction 20. Classification of Ischemic Stroke 21. Clinical Scales to Assess Patients with Stroke 22. Carotid Artery Disease 23. Anterior Cerebral Artery Disease 24. Middle Cerebral Artery Disease 25. Posterior Cerebral Artery Disease 26. Vertebrobasilar Disease 27. Lacunar Syndromes, Lacunar Infarcts, and Cerebral Small-Vessel Disease 28. Intracerebral Hemorrhage 29. Aneurysmal Subarachnoid Hemorrhage 30. Arteriovenous Malformations and Other Vascular Anomalies 31. Stroke and Other Vascular Syndromes of the Spinal Cord Section 4 Specific Conditions and Stroke Introduction 32. Cardiac Diseases 33. Atherosclerotic Disease of the Proximal Aorta 34. Stroke Related to Surgery and Other Procedures 35. Arterial Dissection, Fibromuscular Dysplasia, and Carotid Web 36. Inflammatory and Infectious Vasculopathies 37. Reversible Cerebral Vasoconstriction Syndromes 38. Posterior Reversible Encephalopathy Syndrome 39. Stroke and Substance Abuse 40. Moyamoya Disease 41. Cerebral Autosomal Dominant Arteriopathy with Subcortical Infarcts and Leukoencephalopathy 42. Hematologic Disorders and Stroke 43. Migraine and Stroke 44. Cryptogenic Stroke 45. Cerebral Venous Thrombosis Section 5 Diagnostic Studies Introduction 46. Ultrasonography 47. Computed Tomography-Based Evaluation of Cerebrovascular Disease 48. Magnetic Resonance Imaging of Cerebrovascular Diseases 49. Cerebral Angiography 50. OMICs in Stroke: Insight into stroke through epigenomics, transcriptomics, proteomics, lipidomics, and metabolomics Section 6 Therapy Part A: Medical Therapy Introduction 51. Stroke Systems of Care and Impact on Acute Stroke Treatment 52. Prehospital and Emergency Department Care of the Patient with Acute Stroke 53. Intravenous Thrombolysis 54. Antithrombotic Therapy for Treatment of Acute Ischemic Stroke 55. General Stroke Management and Stroke Units 56. Critical Care of the Patient with Acute Stroke, 57. Pharmacologic Modification of Acute Cerebral Ischemia 58. Treatment of "Other" Stroke Etiologies 59. Medical Therapy of Intracerebral and Intraventricular Hemorrhage 60. Rehabilitation and Recovery of the Patient with Stroke 61. Interventions to Improve Recovery after Stroke 62. Enhancing Stroke Recovery with Cellular Therapies 63. Antiplatelet Therapy for Secondary Prevention of Stroke 64. Secondary Prevention of Cardioembolic Stroke 65. Design of Stroke-Related Clinical Trials Part B: Interventional Therapy Introduction 66. Endovascular Therapy of Extracranial and Intracranial Occlusive Disease 67. Endovascular Treatment of Acute Ischemic Stroke 68. Endovascular Treatment of Intracranial Aneurysms 69. Interventional Therapy of Brain and Spinal Arteriovenous Malformations 70. Dural Arteriovenous Malformations Part C: Surgical Therapy Introduction 71. Surgery of Anterior and Posterior Aneurysms 72. Surgery for Intracerebral Hemorrhage 73. Management of Intraventricular Hemorrhage 74. Surgical Management of Cranial and Spinal Arteriovenous Malformations 75. Surgical Management of Cavernous Malformations and Venous Anomalies 76. Indications for Carotid Endarterectomy in Patients with Asymptomatic and Symptomatic Carotid Stenosis 77. Extracranial to Intracranial Bypass for Cerebral Ischemia 78. Decompressive Craniectomy for Infarction and Hemorrhage

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Book SynopsisUp to date and evidence-based answers to a wide range of spinal surgical questions that could be asked in the FRCS (Tr & Orth) Viva exam. Using a clear, case-based structure key points emphasise the core information that will improve the performance of every surgical in training.Sections cover all the key areas of Trauma, Degenerative spinal pathology, Spinal cord injury, Spinal deformity, Primary bone tumours, Metastatic disease, Paediatric spinal surgery, Basic sciences, and other topics.Suitable for use by trainees at all levels in orthopaedic surgery and neurosurgery, both in the UK and internationally, and those with an interest in spinal surgery.Table of ContentsPreface. Trauma. Traumatic Occipito-Cervical Instability. Atlas Fracture. Odontoid Peg Fracture. Hangman’s Fracture (Bilateral C2 Pars Fracture). Subaxial C – Spinal Fracture. Cervical Facet Fracture/Dislocation. T12 Burst Fracture. L1 Burst Fracture with Kyphosis. Chance Fracture. Ankylosing Spondylitis Fracture. DISH (Forestier Disease) Fractures. Sacral Fractures. Neurogenic Shock. Spinal Shock. Transient Quadriplegia and Return to Sport. Degenerative Spinal Conditions. Cervical Radiculopathy. Cervical Myelopathy. Thoracic Disc. Lumbar Stenosis. Lumbar Stenosis with Achondroplasia. Synovial Cyst. Cauda Equina Syndrome. Adult Degenerative Spondylolisthesis. OPLL. Spinal Cord Injury. Incomplete Spinal Cord Injury. Central Cord Syndrome. Complete Spinal Cord Injury. Spinal Deformity. Adult Degenerative Scoliosis. Scheuermann’s Kyphosis. Spinal Osteotomy. Adult Isthmic Spondylolisthesis. Deformity in Ankylosing Spondylitis. Primary Tumours. Osteoid Osteoma. Schwannoma. Cervical Chordoma. Metastatic Spinal Tumours. Renal Metastasis. Myeloma. Lung Metastasis. Paediatric Spinal Surgery. Adolescent Idiopathic Scoliosis. Neuromuscular Scoliosis. Paediatric Spondylolisthesis. Congenital Scoliosis. Infection. Epidural Abscess. Spinal Tuberculosis. Other Useful Cases. Atlantoaxial Subluxation in Rheumatoid Arthritis. Klippel Feil/Sprengel’s Deformity. Post-Operative Stridor. Epidural Haematoma. Spinal Cord Monitoring. Intervertebral Disc Anatomy. Things You Should Know! Index.

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Book SynopsisAn easy to follow step-by-step guide to the most useful surgical skills from knot tying to simple procedures. Illustrated with colour photographs and video clips to demonstrate techniques, this book makes these practical skills as clear and easy to follow as possible.Including coverage of surgical instruments, wound management and suturing, and minor surgical procedures, it also explains how to use these essential surgical skills to make the most of a surgical placement. Healthcare students or junior professionals undertaking a placement in surgery or emergency medicine will feel confident and capable, and will be able to take an active role in surgical placements. Learning basic surgical skills is important for such placements, as well as for undertaking exams such as the Membership of the Royal College of Surgeons (MRCS).Expert videos, guided by the author, are included with the book and can be accessed through www.routledge.com/9781032423265.Table of ContentsList of videos. Acknowledgements. Author bio. Introduction. Scrubbing. Basic surgical instruments. Sutures. Tying surgical knots. Local anaesthesia. Suture techniques. Electrosurgery. Wound debridement. Cyst excision. Making the most of your surgical placement. Suturing checklist. Advice after sutures. Index.

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Book SynopsisThe Musician’s Hand – A Clinical Guide was the first book to focus on the specialised topic of the upper limb and hand in musicians: the conditions they suffer, the modified assessment and treatment they require and the importance of prevention. Since its publication in 1998, scientific and clinical progress has been made in all these areas. The second edition of The Musician’s Hand has been completely revised under the editorship of hand surgeon Ian Winspur to reflect this expansion in our knowledge. The book opens with introductory chapters describing the principles of hand and arm pain as it is experienced by musicians, and summarising the problems associated with playing various instruments (woodwind, violin, piano, etc). Subsequent chapters cover the specific disorders seen in musicians, (Dupuytren’s, nerve compression syndromes, etc) describing the therapeutic solutions to each one and highlighting the key prevention strategies available. Closing chapters focus on related topics such as performance psychology and pharmacotherapy. Featuring contributions from world renowned performers such as Imogen Cooper and global experts in the field, The Musician’s Hand, Second Edition provides essential insight to upper limb problems in musicians, not only for surgeons, doctors and therapists, but for all students and teachers of performing arts medicine and to musicians themselves.Table of Contents The pianist’s perspective Musicians’ hand and arm pain The interface Specific conditions Clinical evaluation of musicians Dupuytren’s disease Nerve compression syndromes Nerve conduction testing Surgical planning, indications and techniques Repair and reconstruction The hand therapist’s contribution Musician’s focal dystonia Prevention Performance psychology Medicines and drugs The misuse syndrome

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Book SynopsisThis book describes various microneurosurgical techniques from anatomy to clinical practice. In each 10 chapters, anatomy areas and their microsurgical comments are included. Totally 591 photographs, among which 190 are photographs of specimen and 195 are intraoperative photographs, 195 are clinical data and 11 hand-drawing pictures are presented in the book. It is a practical reference book highly recommended for neurosurgeon, neurologist and resident.Table of ContentsAnatomy of cranium, brain surface and microsurgical comments.- Anatomy of Sylvian fissure, basal ganglia, cavernous sinus, sellar region and microsurgical comments.- Anatomy of temporal lobe, hippocampus, lateral ventricles and microsurgical comments.- Anatomy of Cerebral arteries, veins and microsurgical comments.- Tentorial incisura, the posterior part of the third ventricular anatomy and its surgical comments.- The posterior fossa anatomy and its surgical comments.- The occipital and cervical anatomy and its surgical comments.- Sphenoid sinus and orbital anatomy and its surgical comments.- Internal maxillary anatomy and its bypass for cerebral disorders.- Anatomy of 3rd ventricle and microsurgical comments.

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Book SynopsisThe story of one man's evolution from naïve and ambitious young intern to world-class neurosurgeon.Trade Review"Dramatic, moving, and utterly fascinating." -- New York Times Book Review"By turns comic and tragic, this memoir…is a must-read for neurosurgeons but also of interest to most clinicians." -- Chris Barrett - The BMJ"Dr. Frank Vertosick provides an amusing, insightful and honest inside view of the training of the neurosurgeon. This highly readable account of daily life on the wards shows all the humility, fortitude, and humanity that genuinely underlies this sometimes not well-understood but genuinely wonderful profession." -- Dr. David W. Roberts, professor of surgery (neurosurgery), Dartmouth-Hitchcock Medical Center"When the Air Hits Your Brain lets you feel the pain, grief and joy of practicing medicine. This book should be read by every medical student, doctor and present or potential patient. In other words, by all of us." -- Dr. Bernie Siegel, author of Love, Medicine and Miracles"Writing with humor and compassion, but without sentimentality, Vertosick shows us that neurosurgeons, those gods of the operating room, are humans, too." -- Kirkus Reviews

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Book SynopsisCranial Anatomy and Surgical Approaches is the masterwork of the legendary neurosurgeon Albert L. Rhoton, Jr.—a distillation of 40 years of work to, in the author’s words, make the “delicate, fateful, and awesome” procedures of neurosurgery more “gentle, accurate, and safe.” This definitive text on the microsurgical anatomy of the brain remains an essential tool for the education and enrichment of neurosurgeons at any level of experience. The hardbound collection of this complete classic work contains more than 2,000 high-quality images. Covers every aspect of cranial surgery: general operative techniques, the supratentorial cranial compartment, and the posterior fossa Details the safest approaches to brain surgery, including micro-operative techniques and instrument selection; microsurgical anatomy and approaches to the supratentorial area and anterior cranial base; anatomy and approaches to the posterior cranial fossa and posterior cranial base; and supra- and infratentorial areas Illustrates surgical approaches using a combination of clearly written text and detailed photographs and illustrations, which highlight the key features of each procedure Features outstanding cadaveric anatomic photographs that highlight relevant anatomy and anatomical variations Enrich Your eBook Reading Experience Read directly on your preferred device(s), such as computer, tablet, or smartphone. Easily convert to audiobook, powering your content with natural language text-to-speech.

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Book SynopsisA medical degree opens many doors, but how do you decide which is the right one to go through? This book provides the latest information on training and career progression, as well as summaries of over 100 different careers open to medical graduates.Table of Contents1. Career routes- the 'usual' route 1: Career overview 2: Foundation programme 3: Specialty training 4: Membership exams 5: Consultant 6: General practitioner 2. Career routes- 'alternative' routes 7: Specialty and associate specialist (SAS) doctors 8: Alternatives to a Certificate of Completion of Training (CCT) 9: Switching career paths 10: Academic career 11: Armed Forces career 12: 'Off the beaten path' and portfolio careers 13: Overseas career 14: Leaving clinical medicine 3. Specialty overviews 15: Introduction 16: Acute care common stem (ACCS) 17: Anaesthetics 18: General practice (GP) 19: Medical specialties 20: Obstetrics and gynaecology (O&G) 21: Paediatrics 22: Pathology 23: Psychiatry 24: Public health 25: Radiology 26: Surgery 27: Surgery continued 4. Choosing careers and getting jobs 28: Choosing a career 29: Finding jobs 30: Surviving the recruitment system 31: Interviews and selection centres 32: What happens next? 33: Competition for CT1/ST1 applications 34: Competition for ST3/ST4 applications 35: Staying competitive 36: Curriculum vitae (CV) 37: Portfolios and ePortfolios 38: Applying for academic training 39: Applying from overseas 5. Training and working in medical careers 40: Postgraduate training: Modernising Medical Careers (MMC) 41: Postgraduate training: Shape of Training (SoT) 42: Overseeing education 43: Less than full time training 44: Doctors' pay 45: Taking time out 46: Working abroad 47: Discrimination 48: Women in medicine 49: Myths debunked 6. Career chapters 50: Academic medicine 51: Academic surgery 52: Acute medicine 53: Allergy 54: Anaesthetics 55: Armed Forces: Army 56: Armed Forces: Royal Air Force 57: Armed Forces: Royal Navy 58: Audiovestibular medicine 59: Aviation and space medicine 60: Bariatric and metabolic surgery 61: Cardiology 62: Cardiothoracic surgery 63: Chemical pathology 64: Clinical genetics 65: Clinical neurophysiology 66: Clinical oncology 67: Clinical pharmacology and therapeutics 68: Dermatology 69: Diving and hyperbaric medicine 70: Elderly medicine 71: Emergency medicine 72: Emergency medicine: paediatrics 73: Emergency medicine: pre-hospital care 74: Endocrinology and diabetes 75: ENT (otolaryngology) 76: Expedition medicine 77: Fertility medicine 78: Forensic medicine 79: Forensic pathology 80: Gastroenterology 81: General practice (GP) 82: GP: Academic 83: GP: Private practice 84: GP: Rural setting 85: GP: Secure environments 86: GP with Extended Roles 87: General surgery 88: Genitourinary medicine 89: Gynaecological oncology 90: Haematology 91: Hand surgery 92: Histopathology 93: Immunology 94: Infectious diseases and tropical medicine 95: Intensive care 96: Locuming 97: Media medicine 98: Medical education 99: Medical entrepreneur 100: Medical ethics 101: Medical management consultancy 102: Medical manager 103: Medical microbiology 104: Medical oncology 105: Medical politics 106: Médecins Sans Frontières (MSF) 107: Medico-legal adviser 108: Metabolic medicine 109: National healthcare policy & leadership 110: Neonatal medicine 111: Neurology 112: Neurosurgery 113: Nuclear medicine 114: Obstetric medicine 115: Obstetrics & gynaecology 116: Occupational medicine 117: Oncoplastic breast surgery 118: Ophthalmology 119: Oral & maxillofacial surgery 120: Orthopaedic surgery 121: Paediatric surgery 122: Paediatrics 123: Paediatrics: Cardiology 124: Paediatrics: Community 125: Pain management 126: Palliative medicine 127: Pharmaceutical medicine 128: Plastic and reconstructive surgery 129: Psychiatry: child and adolescent 130: Psychiatry: general adult 131: Psychiatry: intellectual disability 132: Psychiatry: old age 133: Psychiatry: psychotherapy 134: Public health 135: Radiology: diagnostic 136: Radiology: interventional 137: Rehabilitation medicine 138: Renal medicine 139: Respiratory medicine 140: Rheumatology 141: Sexual and reproductive healthcare 142: Spine surgery 143: Sport and exercise medicine 144: Transfusion medicine 145: Transplant medicine 146: Transplant surgery 147: Trauma surgery 148: Urogynaecology 149: Urology 150: Vascular surgery 151: Virology 152: Voluntary Services Overseas (VSO)

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Book SynopsisTrade Review"With well-drawn figures and clear intraoperative photos, readers are provided with a well-written guide to the steps involved in the surgery needed to treat spine hardware failure." -©Doody's Review Service, 2021, Zayed A. Almadidy, MD (University of Illinois at Chicago College of Medicine)Table of Contents1. Anatomy and Physiology/Biology of Bone 2. The Role of Osteoporosis and Bone Diseases in Revision Spine Surgery 3. Medical Fitness Evaluation 4. Indications 5. Imaging Considerations (Magnetic Resonance, Computed Tomography, Myelography, Plain) 6. Dural Scarring and Repair Issues 7. Decompression 8. Disc Herniation (Primary, Recurrent, Residual) 9. Instrumentation Options 10. Autograft/Allograft/Cage/Bone Morphogenetic Protein 11. Minimally Invasive Surgery and Navigation 12. Anterior Lumbar Fusion 13. Revision Transforaminal Lumbar Interbody Fusion 14. Lateral Lumbar Interbody Fusion 15. Anterior-Posterior Surgeries 16. Unilateral Versus Bilateral Strut Placement in Revision Spine Surgery 17. Robotics for Revision Spine Surgery 18. Pedicle Subtraction Osteotomy 19. Vertebral Column Resection 20. Revision Lumbar Deformity Surgery 21. Postoperative Considerations 22. Adjacent Segment Disease After Fusion 23. Pseudarthrosis/Nonunion 24. Iatrogenic Spinal Instability: Causes, Evaluation, Treatment, and Prevention 25. Advances in Spinal Cord Stimulation

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Book SynopsisThe rapid expansion of clinical knowledge in the field of neurology warrants a new edition of this highly regarded textbook of neurology. In addition to the anchor chapters on major areas such as headache, stroke, developmental disorders, dementia, epilepsy, acquired metabolic disorders, and others, several new chapters have been added to meet the clinical demand for those in practice. This edition features new chapters on neurotoxicology, neuroimaging, and neurogenetics including basic and more advanced concepts for the practitioner. Finally, as the health care system continues to evolve, a new chapter on population health and systems of care reflects current practice in team care, patient-centric approaches, and value-based care.*Pithy bullet points and standard prose allow the reader to assimilate concepts and key messages with ease*Summary tables, neuroimages, photomicrographs, neuroanatomic drawings, gross and microscopic neuropathologic specimen photos, graphics, and summary boxes further enhance the text*Chapters are crafted in a way to appeal to both the visuospatial and analytic functional centers of the brain, as we stimulate the senses and learn Hankeyâs Clinical Neurology, Third Edition, will be of value to medical students, physicians in training, neurology fellows, neurologist and neurosurgeon practitioners, and advanced practice professionals (e.g., nurse practitioners and physician assistants) who are faced with neurologic practice challenges. Trade Review"Overall, the book is well written and that is a tribute to its many contributors-also listed at the front. The text is clear and concise and is aimed at a wide audience from medical students to primary care practitioners, specialist neurology nurses and established specialists wanting a refresh. The text is clearly laid out and coverage is broken up into tradition medical headings. One advantage of the eBook is that headings and titles are hypertext and so simple click with a mouse on a PC or touch on a smart device takes you to that section." -Dr Harry Brown, Glycosmedia"A unique feature is the myriad of visual data -- in photographs, illustrations, neuropathologic microscopic slides, and summary tables. This sets it apart from other books in the field"Sasha Alick-Lindstrom, MD, University of Texas Southwestern Medical Center at DallasTable of Contents1. Neurologic diagnosis. 2. Tools for the diagnosis and management of nervous system diseases. 3. Population health and systems of neurological care. 4. Disorders of consciousness. 5. Epilepsy. 6. Headache. 7. Vertigo. 8. Hyperkinetic movement disorders. 9. Developmental diseases of the nervous system. 10. Hereditary and metabolic diseases of the central nervous system in adults. 11. Trauma of the brain and spinal cord. 12. Stroke and transient ischemic attacks of the brain and eye. 13. Neuroinfectious diseases: Infections of the central nervous system. 14. Inflammatory disorders of the nervous system. 15. Tumors of the nervous system. 16. Degenerative diseases of the nervous system. 17. Nutritional deficiencies. 18. Acquired encephalopathies. 19. Neurotoxicology. 20. Disorders of circulation of the cerebrospinal fluid. 21. Cranial neuropathies I, V, and VII-XII. 22. Cranial neuropathies II, III, IV, and VI. 23. Spinal cord disease. 24. Autonomic nervous system disorders. 25. Diseases of the peripheral nerve and mononeuropathies. 26. Neuromuscular junction disorders. 27. Muscle disorders. 28. Sleep–wake disorders.

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Book SynopsisOne of the biggest challenges as a neurosurgical trainee is to master the handover. This requires developing an organisational efficiency to concisely relay relevant patient information to a suitably qualified person to execute a given task. A trainee can work extremely hard during an on call, making suitable decisions, implementing previous plans to perfection and covering slack in a team. But if the presentation of this work is unclear then it undoes a lot of that hard work and generates an impression of a trainee being disorganised. Success in a handover requires an understanding of whom you are talking to, what you are saying, how you are saying it and if the way you are communicating gains and maintains interest. Above all a handover should ensure the smooth continuity of care of a patient.

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Book SynopsisThis book educates the reader on the cellular and neurophysiological aspects of Electroencephalography (EEG), alongside its technical and engineering principles. Providing a background on normal EEG, the content includes the clinical applications of EEG in epilepsies and other brain disorders in order to provide the reader with the necessary knowledge to use EEG in clinical practice.Aimed at those who in the earlier stages of using EEGs, this resource provides an effective overview and offers a key resource to anyone using EEGs.Table of ContentsForeword. Preface. About the Author. BASIC PRINCIPLES. The cellular and neurophysiological basis of EEG. Principles of digital EEG recording and display. Rules of localization. NORMAL EEG. Visual analysis of EEG: A systematic approach. Normal EEG in adults. Activation techniques. Artifacts: Generators, when to suspect, and how to resolve. Normal variants. ABNORMAL EEG: CLINICAL APPLICATIONS OF EEG IN EPILEPSIES AND OTHER NEUROLOGICAL DISORDERS. The spectrum of epileptiform abnormalities: Interictal, ictal, and ictal-interictal continuum. EEG of genetic generalized epilepsies. EEG of focal epilepsies. EEG of developmental and epileptic encephalopathies. Non-epileptiform EEG abnormalities. EEG in dementia. CRITICAL CARE EEG. Ictal-interictal continuum. Non-convulsive status epilepticus. EEG in encephalopathy and coma. A systematic approach to the critical care EEG. Index.

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Book SynopsisIn keeping with the aims of other books in this Series the Editors have concentrated on the practical aspects of management -in this case of the urinary tract in patients with spinal cord injury. It is well accepted that the management of such patients is best done by those with special experience in this field. Nevertheless, it is essential that urologists should be well informed on matters relating to the neuropathic urinary tract since not all patients will be managed in special centres and, whether their problems are acute or chronic, the wrong clinical decision can lead them into a lifetime of problems. The plan of this book is directed towards examining particular problems and providing definitive answers. Even in this enlightened age of medical progress there are many clinical situations where there is often a choice of treatment. Readers of this Series will be aware that, Table of Contents1 General Considerations in the Management of the Urinary Tract.- 2 Immediate Management of the Inability to Void.- 3 A Practical Approach to Urodynamic Evaluation.- 4 Difficulty with Voiding or Acute Urinary Retention Having Previously Voided Satisfactorily.- 5 Upper Urinary Tract Dilatation and Stones.- 6 Urinary Tract Infection.- 7 Sexual and Fertility Concerns: Surgical Considerations.- 8 Anaesthesia.- 9 Innovations and Future Possibilities.

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Book SynopsisThe idea for the present volume grew from discussions that the four of us had among ourselves and with our colleagues at recent scientific meetings. All of us were impressed by the wealth of empirical data that was being generated by investigators interested in brain damage and recovery from both behavioral and biological orientations. Nevertheless, we were concerned about the relative paucity of attempts to evaluate the data provided by new technologies in more than a narrow context or to present new theories or reexamine time-honored ideas in the light of new findings. We recognized that science is guided by new technologies, by hard data, and by theories and ideas. Yet we were forced to conclude that, although investi gators were often anxious to publicize new methods and empirical fmdings, the same could not be said about broad hypotheses, underlying concepts, or in ferences Table of Contents1 Toward a Definition of Recovery of Function.- 1. The Problem Defined.- 2. Definitions of Recovery of Function.- 3. Recovery or Behavioral Sparing?.- 4. Recovery or Compensation?.- 5. Recovery as Absolute and Inferential.- 6. Mechanisms of Recovery.- 7. Summary and Conclusions.- References.- 2 Neural System Imbalances and the Consequence of Large Brain Injuries.- 1. Introduction.- 2. Subtotal Lesions.- 2.1. Normalization and Recovery of Function.- 2.2. Some Limitations.- 3. Complete Lesions.- 3.1. Recovery without Normalization.- 3.2. The Nature of the Behavioral Deficit.- 3.3. Some Supporting Data.- 3.4. The Chronic Consequence of Large Injuries.- 4. Conclusions.- References.- 3 Bases of Inductions of Recoveries and Protections from Amnesias.- 1. Introduction.- 2. Training Effects.- 3. Drug Effects.- 4. Memory and Remembering.- 5. Controversial Issues.- References.- 4 Neural Spare Capacity and the Concept of Diaschisis: Functional and Evolutionary Models.- 1. Introduction.- 1.1. Intimations of Spare Capacity.- 1.2. Do Large Ablations More Readily Reveal Spare Capacity?.- 1.3. Evolutionary and Functional Puzzle of Spare Capacity.- 2. The Elements of Brain Information Processing Are Diffuse Domains.- 2.1. Unrealistic Aspects of Machine Metaphors and the Bugaboo Mosaic.- 2.2. Diffuse Domains Are Adequate for Maintaining Distinctions: A Metaphor of the Brain as an Immense Set of Counters.- 2.3. Von Monakow’s Concept of Diaschisis.- 2.4. Experimental Studies of Diaschisis.- 2.5. Diaschisis in the Model.- 2.6. Implications of the Model for Understanding Early Brain Damage.- 3. Error and Reliability when Large Numbers of Subsystems Interact.- 3.1. Introduction to Neuroeconomics: Costs and Benefits in the Natural Selection of Spare Neural Capacity.- 3.2. Two Types of Safety Factor: Reiteration (Redundancy) and Aiming High.- 3.3. Numerical Demonstration of the Importance of the Reiterative Safety Factor.- 3.4. Implications of the Numerical Demonstration for Ablation Research.- 3.5. Reiterations Are Unlikely to Comprise Large, Complex Units.- 3.6. Relevance of Research on Brain Size for the Safety Factor Hypothesis.- 3.7. Implications when There Is Additional Loss of Tissue.- 4. Five Possible Nonneural Preadaptations for Safety Factor.- 4.1. Developmental Heterochrony.- 4.2. The Head as a Releaser of Imprinting at Birth.- 4.3. The Visual Proportions of Infants as Affectional Releasers.- 4.4. A Large Head on a Large Body Is Fearsome rather than Cute.- 4.5. Surface/Volume Ratio in Thermoregulation.- 5. An Important Implication of Nonneural Natural Selection Factors for Neural Information Processing, Diaschisis, and Recovery.- 6. Summary.- References.- 5 Kurt Goldstein and Recovery of Function.- 1. Introduction.- 2. Methodological Assumptions and Empirical Origins.- 3. Theoretical Approach.- 4. Localization.- 5. Psychological Deficits following Brain Damage.- 6. Psychological Testing of Brain-Damaged Patients.- 7. Recovery and Rehabilitation.- 8. Significance for Neuropsychology.- References.- 6 Assumptions about the Brain and Its Recovery from Damage.- 1. Mechanisms of Brain Function.- 2. MacLean and the Triune Brain.- 3. Multiple Functions of Neural Systems.- 4. The Effects of Damage.- 4.1. Are Any Changes “Absolute”?.- 4.2. Motivational Changes following Brain Damage.- 5. Secondary Effects of Brain Damage.- 6. Residual Visual Abilities.- 7. The Extent of Stroke-Induced Damage.- References.- 7 Mass Action and Equipotentiality Reconsidered.- 1. Introduction and Historical Roots.- 2. Do We Need Mass Action and Equipotentiality?.- 2.1. Principles of Cortical Function.- 2.2. Principles of Behavior.- 3. Evidence of Recovery and Nonrecovery.- 3.1. Distinguishing between Getting Better and Recovery.- 3.2. Examining the Evidence for “Recovery of Function”.- 3.3. Recovery, Mass Action, and Equipotentiality.- 4. Conclusions.- References.- 8 Margaret Kennard and Her “Principle” in Historical Perspective.- 1. Introduction.- 2. Education and Background.- 3. Lesion Development and Motor Function.- 4. Historical Antecedents.- 5. Deficits following Early Lesions.- 6. Theoretical Formulations.- 7. Serial Lesions.- 8. Other Pursuits and Later Contributions.- 9. Conclusions.- References.- 9 Infant Brain Injury: The Benefit of Relocation and the Cost of Crowding.- 1. Introduction.- 2. The Relocation of Speech.- 2.1. The Phenomenon.- 2.2. Two Necessary Conditions for Speech Relocation.- 2.3. The Cost of Relocation: Crowding of Functions.- 2.4. Conclusions.- 3. Relocation of Functions and Crowding in Animals.- 3.1. Hemispheric Specialization and Asymmetry.- 3.2. Bilateral Brain Injury and Relocation.- 3.3. Infant Lesions and Compound Cue Discriminations.- 4. Some Final Comments.- References.- 10 Arguments against Redundant Brain Structures.- 1. Introduction.- 2. Too Much Brain.- 3. Neuronal Redundancy during Infancy.- 4. Restatement of Problem.- 5. The Motor System.- 6. The Visual System.- 7. The Auditory System.- 8. The Somatosensory System.- 9. Autonomic Functions.- 10. Comment.- References.- 11 Another Look at Vicariation.- 1. Vicariation: Relationship to Localization of Function.- 2. What Is Recovery?.- 3. Vicariation and Other Theories of Recovery.- 4. Attempts to Locate Recovered Function.- 5. Changing Concepts of Brain Function and Another Look at Vicariation.- 6. Conclusions.- References.- 12 Hughlings Jackson’s Theory of Localization and Compensation.- 1. Introduction.- 2. Some Aspect of Jackson’s Role in the Development of Modern Neurology.- 3. Jackson’s Theory of Localization and Its Derivative: Compensation.- 4. Critique: Historical and Contemporary.- 4.1. Time Frames.- 4.2. The Motor Model.- References.- 13 The Parcellation Theory and Alterations in Brain Circuitry after Injury.- 1. Introduction.- 2. Invasion.- 3. Overlap of Connections Is a Feature of Primitive and Developing Brains.- 4. Ontogenetic Parcellation.- 5. Cytodiversification.- 6. Experimentally Induced Sprouting and Accidental Brain Injury.- 7. Conclusion.- References.- 14 Trophic Hypothesis of Neuronal Cell Death and Survival.- 1. Introduction.- 2. Key Terms and Concepts.- 3. The Neuronotrophic Factor Hypothesis.- 4. Nerve Growth Factor: Its Presence and Competence in the CNS.- 5. Nerve Growth Factor’s Functional Roles in the CNS.- 6. Summary and Conclusions.- References.- 15 Sensory Cortical Reorganization following Peripheral Nerve Injury.- 1. Somatotopic Order in the Primary Somatosensory Cortex.- 2. Control of Somatotopic Order.- 3. Acetylcholine as a Permissive Agent for Neuronal Plasticity.- 4. Neuronal Responses following Deafferentation.- 5. The Effects of Acetylcholine on Neurons in Normal Somatosensory Cortex.- 6. Cellular Mechanisms.- 7. The Hypothesis.- 8. Summary.- References.- 16 Is Dendritic Proliferation of Surviving Neurons a Compensatory Response to Loss of Neighbors in the Aging Brain?.- 1. Introduction.- 2. The Aging Brain.- 3. Regressive Influences.- 4. Balance of Influences.- References.- 17 Practical and Theoretical lssues in the Use of Fetal Brain Tissue Transplants to Promote Recovery from Brain Injury.- 1. Introduction.- 2. Specificity of Neural Connections between Host and Transplant Tissue.- 2.1. Some New Experimental Tests of Transplant Specificity.- 2.2. Are Transplants Morphologically “Normal”?.- 2.3. Is Homologous Embryonic Tissue Required to Obtain Recovery?.- 3. Is There a Critical Postoperative Period for Transplant Effectiveness?.- 4. Do Trophic Factors Play a Role in Transplant-Induced Recovery?.- 4.1. Recovery Seems to Persist when Transplants Are Removed.- 4.2. Do Transplants Release or Stimulate the Production of Trophic Substances?.- 4.3. Glial Cells May Play an Important Role in Transplant-Mediated Functional Recovery.- 5. Systemic Injections of Trophic Factors Can also Promote Functional Recovery.- 6. Problems and Risks in Using Embryonic Brain Tissue Grafts for the Treatment of Brain Injury.- 7. Conclusions.- References.- 18 Functional Electrical Stimulation and Its Application for the Rehabilitation of Neurologically Injured Individuals.- 1. Early History of Electrical Stimulation in Medicine.- 2. Recent History of Functional Electrical Stimulation for Patient Therapy in Spinal Cord Injury.- 3. Functional Electrical Stimulation.- 4. An Isokinetic Muscle Exerciser for Strength Training.- 5. An Aerobic Exercise Bicycle for Endurance Training.- 6. Physiological Changes and Physical Conditioning Responses to FES-Induced Active Physical Therapy.- 6.1. Background Information.- 6.2. Functional Electrical Stimulation as a Therapeutic Modality.- 6.3. Cardiovascular Responses.- 6.4. Thermoregulatory Responses.- 6.5. Muscular Response.- 7. Functional Electrical Stimulation and Walking.- 8. Summary.- References.- 19 Recovery of Language Disorders: Homologous Contralateral or Connected Ipsilateral Compensation?.- 1. Introduction.- 2. Right Hemisphere Compensation.- 3. Ipsilateral Structural Compensation.- 4. Factors in Recovery from Aphasia.- 4.1. Initial Severity.- 4.2. Time from Onset.- 4.3. Etiology.- 4.4. Lesion Size.- 5. Variations in Language Laterality and Anatomic Asymmetry.- 6. Conclusions.- References.- 20 Sensory Substitution and Recovery from “Brain Damage”.- 1. Introduction.- 2. Sensory Substitution.- 2.1. Vision Substitution.- 2.2. Tactile Auditory Substitution.- 2.3. Cutaneous Sensory Substitution in Leprosy Patients.- 2.4. Braille and Sign Language.- 2.5. Electromyographic Sensory Feedback.- 3. Physiological Considerations.- 3.1. Peripheral Factors.- 3.2. Central Nervous System Factors.- 4. Perceptual Considerations.- 5. Practical Considerations.- 6. Conclusions.- References.- 21 Emotion and Motivation in Recovery and Adaptation after Brain Damage.- 1. Introduction.- 2. Arousal, Emotion, and Motivation after Brain Damage.- 3. Some Clinical Examples of the Importance of Emotion and Motivation in Recovery after Brain Damage.- 4. The Problem of Motivation in Neurological Rehabilitation and the Limits of the Damaged Neurological System.- 5. The Relative Importance of Frontal Lobe Injury versus Temporal Lobe Injury for Recovery of Emotional and Motivational Deficits.- 6. A Note about Awareness and Its Importance in Psychiatric and Neurologically Oriented Therapies.- 7. Summary and Conclusions.- References.- 22 Recovery of Function: Sources of Controversy.- 1. Introduction.- 2. Assessing the Functional Organization of the Brain.- 3. Variability and the Concept of “Normative” Performance.- 4. Multiple Brain Changes and Causality.- 5. Recovery and the Null Hypothesis.- 6. Conclusions.- References.

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Book SynopsisInjury of the spinal cord has been known since antiquity. There is no cure for the injury and until modern times patients died rapidly from a combination of pressure sores and urinary tract infection. Treatment consists of preventing complications until the spine has stabilised and the patient can be rehabilitated to an independent life. History of the Treatment of Spinal Injuries explores how this treatment developed in the Ancient World, the Middle Ages, in Europe, Great Britain and latterly in the United States. It describes how these principles of treatment were recognised and explores the relationship and rivalry of the powerful personalities of the doctors who developed this treatment against the social background at different times.Trade ReviewFrom the reviews: "In this book Dr Silver who has devoted his life to the treatment of spinal injuries achieves a unique balance of historical perspective and neurological expertise... Dr Silver worked with Dr Guttmann for four years and so developed the expertise to become the Consultant in charge of the Liverpool Regional Paraplegic Centre... I can commend this book highly both to neurologists and to students of medical history." (From the Foreword by Sir Roger Bannister) "This was a thoroughly good read which I would recommend to anyone with an interest in spinal cord injury."(Lesley Casey, Alexander Harris)"This book deserves a honoured position on the shelf of medical history and will be a stimulus to every doctor who is excited by the challenge of conditions for which no cure is currently available."(M. Laurence, J Bone Joint Surg, 2004;86-B:1091.) "This book deserves a wide readership."(Mr. P. Edmond, J R Coll Surg Edinb Irel 2:3;185-186.) "This book catalogues nonoperative management for spinal injuries from antiquity through the 20th century. The wealth of detail on rehabilitation techniques and practitioners will interest rehabilitation specialists and students of the history of medicine. … By contrast, the best part of the volume will benefit all physicians. The book shows how Sir Ludwig Guttmann created the world’s first comprehensive spine injury center." (Robert M. Crowell, Journal of the American Medical Association, Vol. 293 (12), March, 2005) "This is a history of physiotherapy in addition to a history of the treatment of spinal injuries and is as much about people as procedures. The text is divided up into clearly headed sections, which makes for quick reference and easy reading. It is extensively researched … and is worldwide in its scope." (Laurence Dopson, Physiotherapy, Vol. 91, 2005)Table of ContentsIntroduction. 1. Historical Survey. 2. The United Kingdom. 3. Sir Ludwig Guttmann (1899-1980) And The National Spinal Injuries Centre. 4. United States. 5. Canada. 6. The German-Speaking World. 7. France. 8. Discussion. 9. Conclusion. Bibliography. Glossary. About The Author. Index.

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Book SynopsisA structured, evidence-based approach to neurosurgical decision-making for brain pathologies Evidence-based neurosurgery is one of the most important pillars upon which to build decision management pathways. Effective delivery of care involves understanding the natural history of the disease and the evidence behind available treatment options. Neurosurgical Diseases: An Evidence-Based Approach to Guide Practice by esteemed neurosurgeons Leon T. Lai, Cristian Gragnaniello, and expert contributors covers cranial pathologies neurosurgeons commonly encounter in everyday practice. The book combines a structured approach to evidence-based neurosurgery with expert opinions, analysis of up-to-date clinical data, understanding of patient preferences and values, and firsthand experiences to facilitate translation of evidence into clinical practice. Twenty-seven consistently formatted chapters are each dedicated to a different disease state, including brain tumors, cerebrovascular disease, Cushing's disease, traumatic brain injury, trigeminal neuralgia, and normal pressure hydrocephalus. All chapters include an introduction, current statistics and data, natural history of the pathology, selected papers for further reading, procedural options and outcomes, and recommended treatment protocols from the authors. Key Features Key content summarized in reader-friendly bullets, diagrams, tables, and illustrative figures enhances acquisition of knowledge Discussion of new developments including treatment recommendations for primary and metastatic brain tumors Statistical data on cerebral aneurysm treatment outcomes and recommendations for treatment New protocols for treating head trauma, closed head injuries, and spontaneous intracranial hemorrhage This essential resource will help neurosurgical residents and junior neurosurgeons make challenging surgical treatment decisions for complex conditions, clearly and concisely and based on the best evidence. This book includes complimentary access to a digital copy on https://medone.thieme.com.Table of Contents1 Natural History and Management Options of Recurrent Glioblastoma 2 Natural History and Management Options of Unruptured Brain Arteriovenous Malformation 3 Natural History and Surgical Management of Spontaneous Intracerebral Hemorrhage 4 Natural History and Management Options of Pineal Cyst 5 Natural History and Management Options of Colloid Cysts 6 Natural History and Management Options of Vestibular Schwannomas 7 Natural History and Management Options of Acromegaly 8 Natural History and Management Options for Cushing's Disease 9 Natural History and Management Options of Traumatic Brain Injury 10 Natural History and Management Options of Angionegative Subarachnoid Hemorrhage 11 Natural History and Management Options of Low-Grade Glioma 12 Natural History and Management Options of Nonfunctional Pituitary Adenoma 13 Natural History and Management Options of Craniopharyngioma 14 Natural History and Management Options of Idiopathic Intracranial Hypertension 15 Natural History and Management Options of Chronic Subdural Hematoma 16 Natural History and Management Options of Unruptured Intracranial Aneurysms 17 Natural History and Management Options of Aneurysmal Subarachnoid Hemorrhage 18 Natural History and Management Options of Cerebral Cavernous Malformation 19 Natural History and Management Options of Skull Base Chordoma 20 Natural History and Management Options of Chiari 1 Malformation 21 Natural History and Management Options of Cranial Dural Arteriovenous Fistulas 22 Natural History and Management Options of Cerebral Metastases 23 Natural History and Management Options of Convexity Meningioma 24 Natural History and Management Options of Ruptured Brain Arteriovenous Malformation 25 Natural History and Management Options of Trigeminal Neuralgia 26 Natural History and Management Options of Cerebral Lymphoma 27 Natural History and Management Options of Normal-Pressure Hydrocephalus

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Book SynopsisNeurology and neurosurgery are notoriously daunting for the medical student. As each of the basic concepts are mastered, new, more detailed information needs to be mastered. It is a fascinating but often overwhelming specialty which is required for everyday practice right through a medical career, from junior doctor to senior consultant. This colour MCQ revision aid covers the most important basic elements from neuroanatomy, neurophysiology and neuroradiology through to strokes, central nervous system lesions and malignancies. It is ideal as a final guide to test knowledge and examination readiness. The themed presentation encourages quick, focused study and detailed answers aid comprehension and encourage familiarity with each topic with essential diagrams, colour images and sample MRIs.Table of ContentsForeword. Preface. About the contributors. Autoimmune conditions. Central nervous system lesions. CNS neoplasms. Cranial nerves. Electrophysiology. Epilepsy. Genetics. Intracranial haemorrhage. Miscellaneous. Motor neurone disease. Movement disorders. Neuroanatomy. Neurodegeneration. Neuroimaging. Peripheral neuropathy. Pathophysiology. Radiculopathies. Spinal cord lesions. Strokes. Index.

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Book SynopsisSurviving Neurosurgery: Vignettes of Resilience is a practical guide to the inner workings of the lives of neurosurgeons, healthcare partners, and patients. To this end, this text serves as a first-hand documentary of the unique challenges faced as one progresses through their career. It is a snapshot in time capturing the experiences of both patients and providers. The text is divided into seven parts that run the gamut of a neurosurgeon’s career symbolic of the seven years of neurosurgical training. These narratives include, but are not limited to, residency challenges, surgical nuances, research and funding, embracing humanity, patient experiences, and overcoming hurdles along the journey. Chapters share the wisdom and experiences of over 100 authors consisting of patients, trainees, advanced practice providers, and attending neurosurgeons.Table of ContentsThe Black Box – a Privilege and a Calling.- The Two A’s of Neurosurgery: A Subintern’s Experience.- Into the Zone of Action: Neurosurgical Sub-internship.- The Right Stuff : What Program Directors Look for in Residency Applicants.- SO WE BEAT ON, BOATS AGAINST THE CURRENT: OVERCOMING CHALLENGES TO MATCH.- Behind the Curtain: Residency Interviews.- Living in Two Worlds: Dual Degree.- Matching plus one.- Lessons for New Interns.- Chief Year Story: Day 2,946.- Hail Mary: Surviving Call as a Junior Resident.- Preparing for the written boards.- A Knot in the Heart: Junior Resident Experience.- Stoking the Fire: Consult Story.- The Maserati: Choosing the Ideal Mentor.- To Washington and Back: My Thoughts on Healthcare Activism.- A Bridge, but No River: The Fellow-ish Experience.- Becoming the Theologian and the Priest : Advice for Residents.- A Stroke of Change: Changes in my Practice.- My Greatest Mentor.- Advancing Academically in Neurosurgery: Harnessing the Sweet Spot While Minimizing the Sweat Spot.- Life Beyond Neurosurgery.- A New Job: A Steep Learning Curve.- Negotiating Your Way to a Fulfilling Neurosurgery Career: Clinical Contract.- Negotiating a Research Contract.- Surviving Medicaid, Medicare, Private Payors, Billing and Collections in 2020.- How to Choose a Team .- Advice to recent residency graduates.- Neurosurgical Leadership: Altruism and Aequanimitas.- Directing a Neurosurgery Residency Training Program.- Lessons from Leadership from a Society President.- AANS/CNS Washington Committee: Ensuring Neurosurgery Survival.- Team Management – Lessons from Establishing a Neurointerventional Service.- PArtner in Neurological Surgery.- Cost-Cutting Without Quality-Cutting.- Neurosurgery Across the Globe.- Lessons Learned: Life in Neurosurgery.- Global Neurosurgery: how best to be involved.- Preparing for the Oral Board Exam.- Challenges of Coding and Reimbursement.- Sponsor for Trainees.- The Neuroendovascular Surgery Odyssey.- My Worst Complication.- Judgment, Teams and Hands: Beyond Technical Skills in the Operating Room.- Supporting Future Generations of Neurosurgeons: Passing the torch.- The “tail” of the intraneural ganglion cyst: My most fascinating case.- Morbidity and Mortality.- Preparing for the OR: From the Lab to the OR.- Intraoperative Teamwork: Two-Surgeon Model.- Gaining Competence in Neurological Surgery: Is it enough? .- A Critical Portion of the Case Occurs in the Clinic.- Why I chose to be a neurosurgeon.- A Subspecialty at a Glance: Endovascular Neurosurgery.- No Longer Gentleman Hands: Choosing Spine Surgery.- The Modern-Day Skull Base Surgeon.- Choosing Neurosurgical-Oncology.- From Cajal to Talairach: A journey to Epilepsy Surgery.- Choosing Pediatric neurosurgery.- A Focus on Stereotactic Radiosurgery in Neurosurgery.- Bench and Bedside: The Path to Becoming a Physician-Scientist.- Private practice.- Choosing a Subspecialty Which is Both Practical and Useful.- Neurotrauma: Endlessly Rewarding.- Rewiring the Peripheral Nervous System.- Research Year Story.- The MD/PhD and the Neurosurgeon/Neuroscientist.- How to Give a Great Presentation.- The Job of Editor-in-Chief of a Neurosurgery Journal.- Neurosurgery and the Pursuit of Fundamental Neuroscience.- "How to Get Research Funding (AKA, How to Successfully Bang Your Head Against the Wall)".- A Podcast for Neurosurgeons: Conception, Creation, Continuation.- AANS Neurosurgeon: Creativity outside of the operating room.- Getting started in research: Testimonial from a “Late Bloomer”.-- The “Keys” to starting your research laboratory.- Technophilia and Neurosurgery.- How to Conduct Meaningful Research: How Not To Reinvent Just Another Wheel.- Work Life Balance: Preserving soul and sanity.- Having Children During Residency.- The @Graffeo 10 Commandments for #NSGY Twitter.- Public Service in Neurosurgery.- Diversity in Neurosurgery.- Military Neurosurgery.- Thriving in a Two Surgeon Household.- Surviving a Malpractice Lawsuit.- Engagement and Leadership in Organized Neurosurgery.- BEING A WOMAN IN A MALE-DOMINATED FIELD.- In the Eyes of Chiari .- Mindfulness, and Coping with the Inevitable Tragedies of Neurosurgery.- How to Build a Successful Academic Innovation Program and Why Innovation Should be a Core Neurosurgical Competency.- Art of Neurosurgery: The Commissure.- Mission Trips: How Outreach Changed My Life.- The Family is an Extension of the Patient.- A Personal Journey.- Switching Programs.- Applying to Neurosurgery: DO’s and DO Nots .- Changing Neurosurgery Programs.- The only way to survive falling out of an airplane is to go limp.- Flipping Burgers Due to Career Burnout.- So You Didn’t Match.- Overcoming Frustration: Grind My Gears, Butter My Bread.- Chasing the American Dream.

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a huge range and FREE tracked UK delivery on ALL orders.

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a huge range and FREE tracked UK delivery on ALL orders.

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Book SynopsisThis open access book presents the diagnosis, investigation and treatment of neurovascular diseases, and offers expert opinions and advice on avoiding complications in neurovascular surgery. It also covers complication management and post-operative follow-up care. The book is divided in to three parts; the first part discusses common approaches in neurovascular surgery, describing the steps, indications for and limitations of the approach, as well as the associated complications and how to avoid them. The second part addresses surgical treatment based on pathology, taking the different locations of lesions into consideration. The third part focuses on the technological developments that support neurovascular surgery, which may not be available everywhere, but have been included to help vascular surgeon understand the principles. This book is a guide for young neurosurgeons, neurosurgery residents and neurosurgery fellows, as well as for medical students and nurses who are interested in neurosurgery or are associated with this field in any way. It is also a useful teaching aid for senior neurosurgeons.Trade Review“A big spectrum of readers from residents, to fellows, to young and even experienced neurosurgeons will be interested in this book. … The chapters are written in a reader-friendly language, easy to understand and to follow. This book will be a great addition to any neurosurgical library and will be a reference to go to for many years to come.” (Pascal Jabbour, Operative Neurosurgery, Vol. 17 (3), September, 2019)Table of ContentsPterional approach for neurovascular surgery.- Eyebrow keyhole approach for neurovascular surgery.-Fronto-orbito-zygomatic (FOZ) approach for neurovascular surgery.-Lateral supraorbital approach for neurovascular surgery.- Interhemispheric approach for neurovascular surgery.- Subtemporal approach for neurovascular surgery.- Lateral suboccipital approach for neurovascular surgery.-Transmastoid approach for neurovascular surgery.- Middle fossa approach for neurovascular surgery.- Basic endovascular technique for neurovascular surgery.- Surgery of posterior communicating artery aneurysm.- Surgery of IC-Anterior choroidal aneurysms.- Surgery of paraclinoid aneurysm.- Surgery of anterior communicating artery aneurysms.- Surgery of middle cerebral artery (MCA) Aneurysm.- Surgery of posterior cerebral artery aneurysm.- Surgery of upper basilar aneurysm.- Surgery of superior cerebellar artery aneurysm.- Surgery of posterior inferior cerebellar artery (PICA) aneurysms.- Surgery of giant aneurysm.- Surgery of posterior fossa AVM.- Endovascular coiling of intracranial aneurysms.- Neuroendoscopic surgery for intracerebral hematomas using a transparent sheath.- Surgery of intracerebral hemorrhage.- Intracranial dural arteriovenous fistula: Microneurosurgery basics and tricks.- Moyamoya disease basic concepts of diagnostics and treatment.- Adenosine in complex aneurysm surgery.- Spinal arteriovenous malformations.- Vasospasm following aneurysmal subarachnoid hemorrhage.- Retractorless surgery of vascular lesions.- FLOW 800 for vascular surgery.- Gamma knife surgery for atrio venous malformations.

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Book SynopsisThis book addresses multiple principles of carotid endarterectomy in terms of cervical anatomy, surgical techniques, practical cases and frequent questions stemming from clinical practice. Carotid endarterectomy (CEA) is an effective way to the treatment of carotid artery stenosis, which significantly reduce the risk of stroke. This book covers the key concepts and common question in CEA. It is a practical book focusing on basic surgical technical techniques, but not covers controversial issues.Table of ContentsPrinciples of carotid endarterectomy.- Surgical techniques of carotid endarterectomy.- Typical cases of carotid endarterectomy.- Frequent Questions of carotid endarterectomy of carotid endarterectomy.- Algorithm of YOUR 1st carotid endarterectomy.- Surgical instruments of carotid endarterectomy.

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Book SynopsisThe one-stop resource on deep brain stimulation for functional neurosurgeons! Deep brain stimulation (DBS) is used to modulate dysfunctional circuits in the brain with stimulation pulses applied to specific target areas of the brain. Globally, DBS procedures have been most commonly performed for Parkinson's disease and essential tremor, but there are now new and growing research efforts studying DBS for psychiatric disorders and epilepsy. Deep Brain Stimulation: Techniques and Practices written by the Society for Innovative Neuroscience in Neurosurgery along with Dr. William S. Anderson and distinguished experts presents the latest DBS approaches. The book begins with a history of DBS, general frame-based techniques, patient selection primarily for movement disorders, multidisciplinary collaboration, and ethical considerations. Subsequent chapters detail diverse technologies and disease-specific treatment for Parkinson's disease, essential tremor, dystonia, OCD, epilepsy, major depression, Tourette syndrome, emerging psychiatric indications, and pediatric applications. Key highlights Lead placement techniques utilizing currently available customized platforms and robotics Microelectrode recording and image-based direct targeting with MRI and CT to enhance lead placement Lesioning methods including radiofrequency, and MR-guided focused ultrasound Discussion of recent innovations in tractography to delineate white matter tracts in the brain and closed loop stimulation DBS has helped thousands of patients with intractable conditions, allowing for a programmable therapy with durable treatment effect. This remarkable guide provides the essentials for functional neurosurgeons to pursue intraoperative research opportunities in this growing subspecialty and incorporate DBS into clinical practice. This book includes complimentary access to a digital copy on https://medone.thieme.com.Table of ContentsChapter 1: Introduction to Deep Brain Stimulation: History, Techniques, and Ethical Considerations Chapter 2: Customized Platform-Based Stereotactic DBS Lead Placement Technique (FHC STarFix, Medtronic Nexframe, and Robotic System Placement) Chapter 3: Microelectrode Recording Methods Chapter 4: Intraoperative Imaging-Based Lead Implantation Chapter 5: Lesioning Methods for Movement Disorders Chapter 6: Computational Modeling and Tractography for DBS Targeting Chapter 7: Closed-Loop Stimulation Methods: Current Practice and Future Promise Chapter 8: Parkinson's Disease Application Chapter 9: Essential Tremor Application Chapter 10: Deep Brain Stimulation for Dystonia—Clinical Review and Surgical Considerations Chapter 11: Deep Brain Stimulation for Obsessive Compulsive Disorder Chapter 12: Deep Brain Stimulation in Epilepsy Chapter 13: Deep Brain Stimulation in Major Depression Chapter 14: Deep Brain Stimulation in Tourette Syndrome Chapter 15: Deep Brain Stimulation for Emerging Psychiatric Indications Chapter 16: Intraoperative Research during Deep Brain Stimulation Surgery Chapter 17: Deep Brain Stimulation: Techniques and Practice for Pediatrics Indications Chapter 18: Establishing a Deep Brain Stimulation Practice

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Book SynopsisEndoscopic Approaches to the Paranasal Sinuses and Skull Base With the continuing evolution of endoscopic techniques for surgery of lesions of the paranasal sinuses and skull base, and the reduced morbidity associated with this minimally invasive modality, the method has gained widespread use in recent years. This work offers a thorough review of all endoscopic approaches for access to the nose and paranasal sinuses and, through them, to the skull base. Central to this guide is the emphasis on profound knowledge of the complex anatomy in this area, as well as the many vital structures that can be endangered there. To this end, more than 900 full-color images, most photographs from cadaver dissections, are put to brilliant use. Key Features: Internationally renowned specialists and pioneers from Europe and the United States as editors and contributors Full-color photos from fresh cadaver dissections illustrate all steps for each approach Specific anatomic landmarks as revealed during each step are detailed, providing confidence in spatial orientation Correlative CT sections provide crucial additional information Risks and potential complications are included, as well as methods to reduce them Endoscopic Approaches to the Paranasal Sinuses and Skull Base is intended as an indispensable guide for residents, fellows, and specialist surgeons in otolaryngology, neurosurgery, and skull base surgery.Trade Review...the authors do an excellent job of transforming this subject matter into an intelligible and understandable read...The true highlight of this textbook is the focus on the anatomy and anatomical landmarks of each approach...The numerous illustrations are superb... -- Annals of Otology, Rhinology & Laryngology Key individuals dedicated to the effective and safe application of skull base surgery techniques over the past 2 decades have provided the foundation for this excellent textbook. -- NeurosurgeryTable of ContentsSection 1 Introduction 1 Evolution of Skull Base Surgery: The Multidisciplinary Team Approach 2 Three-Dimensional Anatomy of the Skull Base: The Ventral Pathway Section 2 Anatomy of the Lateral Nasal Wall and the Paranasal Sinuses 3 Endoscopic Lateral Nasal Wall and Anterior and Posterior Ethmoid Sinus Dissection 4 Frontal Sinus and Draf Approaches 5 Sphenoid Sinus 6 Medial Maxillectomy 7 Anterior and Posterior Ethmoidal Arteries 8 Sphenopalatine and Maxillary Arteries Section 3 Anterior Cranial Fossa 9 Transcribriform Approach 10 Endoscopic Transtuberculum Transplanum Approach 11 Suprasellar Approach to the Third Ventricle 12 Endoscopic Sellar Approach 13 Cavernous Sinus Approach 14 Endonasal Endoscopic–Assisted Intraorbital Approach 15 Transorbital Neuroendoscopic Approach Section 4 Middle Cranial Fossa 16 The Anteromedial Corridor via the Expanded Endonasal Approach: The "Front Door to Meckel's Cave" 17 Endoscopic Endonasal Approach to Intrapetrous Carotid Artery 18 Anterior Endoscopic Petrosectomy Section 5 Clivus and Posterior Cranial Fossa 19 Pituitary Gland Transposition and Retrosellar Approach 20 Transclival Approach 21 Endoscopic Approaches to the Craniovertebral Junction 22 The "Far Medial" (Transcondylar/Transtubercular) Approach to the Inferior Third of the Clivus 23 Jugular Foramen Approach Section 6 Pterygopalatine and Infratemporal Fossa 24 Endoscopic Endonasal Approach to Pterygopalatine Fossa 25 Infratemporal Approach 26 Nasopharyngectomy Section 7 Combined Endoscopic–Transcranial Approaches 27 Transbasal/Subfrontal-Transcribriform Approach to Anterior Skull Base 28 Retrosigmoid-Transclival Approach 29 Far Lateral-Craniovertebral Approach 30 Anterior Transpetrosal Approach versus EEA Transclival Approach Section 8 Basic Landmarks in Expanded Endoscopic Skull Base Surgery 31 Intracranial Vascular Anatomy 32 Anteromedial Corridors to the Cranial Nerves 33 Bony Landmarks Section 9 Reconstruction Techniques 34 The Pedicled Nasoseptal Flap 35 Middle and Inferior Turbinate Flaps 36 Anterior and Posterior Pedicle Lateral Nasal Wall Flaps 37 Pericranial and Temporoparietal Fascia Flaps

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Book SynopsisTrade ReviewDoody's Core Titles® 2022 "This book is high quality and high yield, particularly for medical students on their neurosurgery rotations and both junior and senior neurosurgery residents as they not only prepare for cases but continue to master and fine tune their techniques." -Nauman Chaudhry, MD (University of Illinois at Chicago College of Medicine) Doody's Review ServiceTable of Contents1 Pterional (Frontosphenotemporal) Craniotomy 2 Supratentorial Occipital Craniotomy 3 Temporal and Frontotemporal Craniotomy 4 Subtemporal (Intradural and Extradural)Craniotomy 5 Suboccipital Craniotomy 6 Extended Retrosigmoid Craniotomy 7 Presigmoid Approaches to Posterior Fossa: Translabyrinthine and Transcochlear 8 Transcallosal Approach 9 Transnasal Transsphenoidal Approach to Sellar and Suprasellar Lesions 10 Supracerebellar Infratentorial Approach 11 Occipital Transtentorial Approach 12 Trauma Flap: Decompressive Hemicraniectomy 13 Parasagittal Approach 14 Supraorbital (Keyhole) Craniotomy With Optional Orbital Osteotomy 15 Frontotemporal Craniotomy with Orbitozygomatic Osteotomy 16 Subfrontal and Bifrontal Craniotomies with or without Orbital Osteotomy 17 Far-Lateral Suboccipital Approach 18 Temporopolar (Half-and-Half) Approach to the Basilar Artery and the Retrosellar Space 19 Middle Fossa Craniotomy and Approach to the Internal Auditory Canal or Petrous Apex 20 Retrolabyrinthine Approach 21 Pterional Craniotomy for Anterior Communicating Artery Aneurysm Clipping 22 Pterional Craniotomy for Posterior Communicating Artery Aneurysm Clipping 23 Paraclinoid Carotid Artery Aneurysms 24 Middle Cerebral Artery Aneurysms: Pterional (Frontotemporal) Craniotomy for Clipping 25 Paramedian Craniotomy and Unilateral Anterior Interhemispheric Approach for Clipping of Distal Anterior Cerebral Artery Aneurysm 26 Vertebral Artery Aneurysms: Far-Lateral Suboccipital Approach for Clipping 27 Basilar Artery Aneurysm: Orbitozygomatic Craniotomy for Clipping 28 Craniotomy for Resection of Intracranial Cortical Arteriovenous Malformation 29 Subcortical Arteriovenous Malformations: Corpus Callosum, Lateral Ventricle, Thalamus, and Basal Ganglia 30 Cranial Dural Arteriovenous Fistula Disconnection 31 Cavernous Malformations 32 Superficial Temporal Artery-Middle Cerebral Artery Bypass 33 Extracranial-Intracranial High-Flow Bypass 34 Open Evacuation of Intracerebral Hematoma 35 Image-Guided Catheter Evacuation and Thrombolysis for Intracerebral Hematoma 36 Anteromedial Temporal Lobe Resection 37 Selective Amygdalohippocampectomy 38 Seizure Focus Monitor Placement 39 Awake Craniotomy 40 Corpus Callosotomy (Anterior and Complete) 41 Thalamotomy and Pallidotomy 42 Deep Brain Stimulation 43 Motor Cortex Stimulator Placement 44 Occipital and Supraorbital Nerve Stimulator Placement 45 Retrosigmoid Craniotomy for Microvascular Decompression 46 Cranioplasty (Autogenous, Cadaveric, and Alloplastic) 47 Endoscopic Transsphenoidal Approach 48 Endoscopic Colloid Cyst Removal 49 Encephalocele Repair 50 Craniosynostosis Frontoorbital Advancement and Cranial Vault Reshaping (Open and Endoscopic) 51 Arachnoid Cyst Fenestration 52 Endoscopic Third Ventriculostomy 53 Insertion of Ventriculoperitoneal Shunt 54 Anterior C1-2 Fixation 55 Transarticular Screws for C1-2 Fixation 56 C1-2 Posterior Cervical Fusion 57 Occipitocervical Fusion 58 Transoral Odontoidectomy 59 Odontoid Screw Fixation 60 Anterior Cervical Diskectomy 61 Anterior Cervical Corpectomy and Fusion 62 Cervical Laminectomy and Laminoplasty 63 Lateral Mass Fixation 64 Posterior Cervicothoracic Osteotomy 65 Thoracic Diskectomy-Transthoracic Approach 66 Thoracic Corpectomy-Anterior Approach 67 Costotransversectomy 68 Thoracic Transpedicular Corpectomy 69 Smith-Petersen Osteotomy 70 Thoracic Pedicle Screws 71 Lumbar Laminectomy 72 Lumbar Microdiskectomy 73 Anterior Lumbar Interbody Fusion 74 Posterior Lumbar Interbody Fusion 75 Transforaminal Lumbar Interbody Fusion 76 Anterior Lumbar Corpectomy 77 Pedicle Subtraction Osteotomy 78 Lumbar Disk Arthroplasty 79 Pelvic Fixation 80 Partial Sacrectomy 81 Minimally Invasive C1-2 Fusion 82 Lumbar Microdiskectomy 83 Minimally Invasive Thoracic Corpectomy 84 Thoracoscopic Diskectomy 85 Percutaneous Pedicle Screw Placement 86 Lateral Lumbar Interbody Fusion 87 Spinal Cord Arteriovenous Malformations 88 Surgical Management of Spinal Dural Arteriovenous Fistulas 89 Intramedullary Spinal Cord Cavernous Malformation 90 Spinal Cord Stimulator 91 Endoscopic Thoracic Sympathectomy 92 Primary Myelomeningocele Closure 93 Tethered Cord Release 94 Exploration for Injury to an Infant's Brachial Plexus 95 Ulnar Nerve Release 96 Open Carpal Tunnel Release 97 Brachial Plexus Injury Nerve Grafting and Transfers 98 Intradural Nerve Sheath Tumors 99 Intradural Tumor-Meningioma 100 Intramedullary Spinal Cord Tumor

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Book SynopsisThe art of aneurysm microsurgery in a beautifully illustrated, step-by-step volume Finalist in 2012 IBPA Benjamin Franklin Awards Seven Aneurysms: Tenets and Techniques for Clipping combines the instructive nature of a textbook with the visual aspects of an atlas to guide readers through the surgical principles, approaches, and techniques they need to dissect and clip cerebral aneurysms. Comprised of three concise sections, the book distills the distinguished author's vast experience into a series of easily accessible tutorials presented through clear, systematic descriptions and stunning, full-color illustrations. The first section explains the critical concepts and basic tenets of aneurysm microsurgery followed by a section on the various craniotomies and exposures necessary for successful clipping. The final section covers microsurgical anatomy, dissection strategies, and clipping techniques for each of the seven most common aneurysm types that are the focus of this book. Features: Strategies for handling the seven aneurysms most often seen by neurosurgeons: PCoA, MCA, ACoA, OphA, PcaA, basilar bifurcation, and PICA 383 full-color surgical photographs demonstrate operative techniques; 77 high-quality drawings display anatomy and spatial relationships Succinct text facilitates quick reading and easy reference Clipping remains an essential treatment method for the most frequently encountered aneurysms. This must-have guide will enable neurosurgery residents, fellows, or practicing neurosurgeons to handle the majority of the aneurysms they will encounter with confidence and poise.Trade Review[Four stars] Could not be published at a better time...superb illustrations, well-referenced text...technique insights...not only a superb book, but also one with historical significance...unparalleled in the book literature on aneurysm clipping.Doodys ReviewTable of ContentsSection I The Tenets 1 Under the Microscope 2 Subarachnoid Dissection 3 Brain Retraction 4 Vascular Control 5 Temporary Clipping 6 Permanent Clipping 7 Inspection 8 Brain Transgression 9 Intraoperative Rupture Section II The Approaches 10 Pterional Approach 11 Orbitozygomatic Approach 12 Anterior Interhemispheric Approach 13 Far-Lateral Approach Section III The Seven Aneurysms 14 Posterior Communicating Artery Aneurysms 15 Middle Cerebral Artery Aneurysms 16 Anterior Communicating Artery Aneurysms 17 Ophthalmic Artery Aneurysms 18 Pericallosal Artery Aneurysms 19 Basilar Artery Bifurcation Aneurysms 20 Posterior Inferior Cerebellar Artery Aneurysms 21 Conclusion

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Book SynopsisDrawing from original correspondence penned by lobotomy patients and their families as well as from the professional papers of lobotomy pioneer and neurologist Walter Freeman, The Lobotomy Letters gives an account of the widespread acceptance of this controversial procedure. The rise and widespread acceptance of psychosurgery constitutes one of the most troubling chapters in the history of modern medicine. By the late 1950s, tens of thousands of Americans had been lobotomized as treatment for a host of psychiatric disorders. Though the procedure would later be decried as devastating and grossly unscientific, many patients, families, and physicians reported veritable improvement from the surgery; some patients were even considered cured. The Lobotomy Letters gives an account of why this controversial procedure was sanctioned by psychiatrists and doctors of modern medicine. Drawing from original correspondence penned by lobotomy patients andtheir families as well as from the professional papers of lobotomy pioneer and neurologist Walter Freeman, the volume reconstructs how physicians, patients, and their families viewed lobotomy and analyzes the reasons for its overwhelming use. Mical Raz, MD/PhD, is a physician and historian of medicine.Trade ReviewIf you have read Jack Pressman's Last Resort, you may have concluded that you had read all you need to about the history of lobotomy. Mical Raz's book will make you think again. Through a close and thoughtful examination of lobotomist Walter Freeman, and especially his relations with patients, Raz has made a major contribution. * BULLETIN OF THE HISTORY OF MEDICINE *This volume provides a novel perspective on Walter Freeman's early training, linking it convincingly to his later professional practices and views. Highlighting that the efficacy of medical procedures is a complex and to some degree context-bound business, Raz's work is an important contribution to the history of twentieth-century American psychiatry. -- Andrew Scull, Distinguished Professor of Sociology and Science Studies, University of California, San DiegoTable of ContentsIntroduction From French Neurology to American Lobotomy Locating Holism Between the Ego and the Ice Pick An Active Docility: Reconstructing the Clinical Encounter A Surgically Induced Childhood Lobotomized, in Good Working Condition Conclusion Notes Index

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Book SynopsisOffers a comprehensive introduction to neurosurgery for junior surgical trainees and medical students. This book concentrates on the principles of neurosurgical diagnosis and management of the common central nervous system problems, including an understanding of neurology and the pathological basis of neurological disease.Trade Review"What it lacks in colour, it more than makes up with some fantastic diagrams, pictures and scans showing the important pathology of a number of core problems. It guides the reader from clinical presentation all the way through to postoperative care. Definitely worth a look." - Black Bag. Bristol Medical School Magazine. Winter 2005 Review quotations from the previous edition ‘flowing and well highlighted text keeps the reader interested in the subject’ British Journal of Neurosurgery ‘an excellent text…well organised and clearly set out’ Journal of Neurology, Neurosurgery and PsychiatryTable of ContentsPreface to the Third Edition, vii Preface to the First Edition, ix 1 Neurological assessment and examination, 1 2 Neurosurgical investigations, 14 3 Raised intracranial pressure and hydrocephalus, 27 4 Head injuries, 40 5 Traumatic intracranial haematomas, 56 6 Brain tumours, 64 7 Benign brain tumours, 93 8 Pituitary tumours, 109 9 Subarachnoid haemorrhage, 125 10 Stroke, 140 Stephen M. Davis MD, FRACP 11 Developmental abnormalities, 158 12 Infections of the central nervous system, 170 13 Low back pain and leg pain, 185 14 Cervical disc disease and cervical spondylosis, 197 15 Spinal cord compression, 206 16 Spinal injuries, 225 17 Peripheral nerve entrapments, injuries and tumours, 234 18 Facial pain and hemifacial spasm, 248 19 Pain —neurosurgical management, 254 20 Movement disorders —neurosurgical aspects, 263 21 Epilepsy and its neurosurgical aspects, 269 Christine Kilpatrick MD, FRACP Index, 281

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Book SynopsisA highly practical, case-based approach to neurovascular anatomy in interventional neuroradiology This case-based book presents detailed information on neurovascular anatomy in concise, easily digestible chapters that focus on the importance of understanding anatomy when performing neurointerventional procedures. The case discussions include modern examples of invasive and non-invasive angiographic techniques that are relevant for general radiologists and diagnostic neuroradiologists as well as interventionalists. This book gives readers the detailed knowledge of neurovascular anatomy that allows them to anticipate and avoid potential complications. Key Features: Cases are enhanced by more than 1,000 high-quality radiographs covering the full range of neurovascular anatomy Content focuses on the practical relevance of the anatomical features encountered while performing everyday neurovascular procedures Anatomy and embryology are explained together, enabling readers to fully comprehend the vascular anatomy and its many variants Pearls and pitfalls are provided at the end of each chapter, highlighting the critical anatomy points presented All neuroradiologists, interventionalists, general radiologists, and diagnostic neuroradiologists, as well as residents and fellows in these specialties, will read this book cover to cover and frequently consult it for a quick review before performing procedures.Table of ContentsSection I: Aortic Arch Case 1: The Common Origin of the Brachiocephalic and Left Common Carotid Artery Case 2: The Aberrant Subclavian Artery Section II: Internal Carotid Artery Case 3: The Carotid Segments, the Aberrant ICA, and the Persistent Stapedial Artery Case 4: Persistent Carotid-Vertebrobasilar Anastomoses Case 5: The Inferolateral and the Meningohypophyseal Trunk Case 6: The Dural Ring and the Carotid Cave Case 7: The Dorsal and Ventral Ophthalmic Arteries Case 8: The Branches of the Ophthalmic Artery Case 9: The Anterior Choroidal Artery Section III: Anterior Circulation Case 10: The Infraoptic Course of the Anterior Cerebral Artery Case 11: The Anterior Communicating Artery Complex Case 12: The Azygos Anterior Cerebral Artery Case 13: The Cortical Branches of the Anterior Cerebral Artery Case 14: The Middle Cerebral Artery Trunk Case 15: The Recurrent Artery of Heubner Case 16: The Cortical Branches of the Middle Cerebral Artery Case 17: The Leptomeningeal Anastomoses Section IV: Posterior Circulation Case 18: Variations of the Origin of the PICA Case 19: The Cerebellar Arteries Case 20: The Basilar Artery Trunk Case 21: The Brainstem Perforators Case 22: The Basilar Tip Case 23: The Thalamoperforating Arteries Case 24: The Cortical Branches of the Posterior Cerebral Artery Section V: External Carotid Artery Case 25: The "Dangerous" Anastomoses I: Ophthalmic Anastomoses Case 26: The "Dangerous" Anastomoses II: Petrous and Cavernous Anastomoses Case 27: The "Dangerous" Anastomoses III: Upper Cervical Anastomoses Case 28: The Cranial Nerve Supply Case 29: The Vascular Anatomy of the Nose Case 30: The Ascending Pharyngeal Artery Case 31: The Meningeal Supply Section VI: Cerebral Veins Case 32: The Superior Sagittal and Transverse Sinuses Case 33: The Cavernous Sinus Case 34: The Superficial Cortical Veins Case 35: The Transmedullary Veins Case 36: The Deep Venous System I: Internal Cerebral Veins, Tributaries, and Drainage Case 37: The Deep Venous System II: The Basal Vein of Rosenthal and the Venous Circle Case 38: The Infratentorial Veins Section VII: Spine Case 39: The Segmental Spinal Arteries Case 40: The Radiculopial and Radiculomedullary Arteries Case 41: The Intrinsic Arteries of the Cord Case 42: The Artery of the Filum Terminale Case 43: The Spinal Cord Veins

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Book SynopsisAn exquisitely illustrated guide to AVMs Honorable Mention at 2015 PROSE Awards! This sequel to Dr. Lawton's best-selling Seven Aneurysms focuses on microsurgical resection techniques for AVMs found in the lobes and deep regions of the brain. It categorizes the techniques into subtypes to simplify the broad spectrum of brain AVMs neurosurgeons may encounter. The book is organized into three sections: The Tenets, which establishes eight steps for AVM resection; The Seven Arteriovenous Malformations, which describes the anatomical terrain and surgical strategies for thirty-two AVM subtypes; and The Selection section, in which Dr. Lawton discusses what he believes to be the keys to successful AVM surgery: good patient selection and best application of multiple treatment modalities. Key Features: Includes more than 700 spectacular full-color illustrations developed exclusively for this book Creates a system for conceptualizing and approaching AVMs Illustrates a stepwise process for AVM resection using strategic "battle plans" Summarizing the common AVMs encountered in practice, neurosurgeons and neurosurgical residents will find this hybrid atlas-text to be an essential part of their armamentarium.Trade ReviewIt is a valuable resource for residents, fellows, or young surgeons with an interest in scoliosis surgery because of the concise manner it goes through basic fundamentals of idiopathic scoliosis treatment up to the most complex cases.--AANS Young Neurosurgeons' Newsletter In attempting to convey lessons and insights gained from his experience in aneurysm surgery to current and future generations of neurosurgeons,in aneurysm surgery to current and futuregenerations of neurosurgeons, Dr. Lawton has achieved a resounding success through this book. --Journal of NeurosurgeryTable of ContentsSection I: The Tenets 1 Exposure 2 Subarachnoid Dissection 3 Draining Veins 4 Feeding Arteries 5 Pial Dissection 6 Parenchymal Dissection 7 Ependymal/Deep Dissection 8 Arteriovenous Malformation Resections 9 Intraoperative Arteriovenous Malformation Rupture 10 Surgeon Factors Section II: The Seven Arteriovenous Malformations 11 Frontal Arteriovenous Malformations 12 Temporal Arteriovenous Malformations 13 Parieto-Occipital Arteriovenous Malformations 14 Ventricular and Periventricular Arteriovenous Malformations 15 Deep Arteriovenous Malformations 16 Brainstem Arteriovenous Malformations 17 Cerebellar Arteriovenous Malformations Section III: Selection Strategies 18 Patient Selection 19 Multimodality Management Strategies and Treatment Selection Conclusion

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Book SynopsisThis book provides a valuable guide to understanding idiopathic intracranial hypertension (IIH), which is a very complex and painful disease. It is a chronic, often disabling condition resulting in headaches, visual loss, and ringing in the ears. This condition was thought to be rare but is becoming much more common, especially as the population becomes more overweight. Patients with this condition often suffer from intractable headaches with poor quality of life. Very few physicians specialize in this condition, and as a result, there is almost no information or resources available to those trying to understand this condition. The text is designed to take very complex neurosurgical anatomy, principles, and treatments and reduce them down into simple principles. The book contains 12 chapters, each organized into distinct sections. All chapters also contain key points from those paragraphs to summarize useful take home messages.Written by an expert specializing in this debilitating condition, Idiopathic Intracranial Hypertension Explained serves as a valuable guide towards understanding and treating IIH. The ultimate goal is to empower patients and families with knowledge about the disease.Table of ContentsTable of ContentsChapter 1. Introduction Chapter 2. Basic Brain Anatomy and PhysiologyThe Brain and Its FluidThe Flow of Brain FluidThe Reabsorption of Brain Fluid is Into VeinsBrain VeinsBlood Pressure – Arteries vs. VeinsCerebrospinal Fluid Reabsorption is Dependent on Venous Sinus PressuresWhat are Normal Venous Sinus Pressures?Venous Sinus Pressures Are Not Uniform Throughout the BrainIIH is Due to High Venous Sinus PressuresHydrocephalus is NOT the Same as IIHIntracranial Pressure and CSF PressureNormal Intracranial Pressures (ICP)Chapter 3. Idiopathic Intracranial Hypertension (IIH)DiagnosisPresentationCommon SymptomsHeadacheVisual SymptomsPapilledema and Visual LossLight SensitivityPulsatile Tinnitus‘Brain Fog’Cerebrospinal Fluid Leak (Rhinorrhea or Otorrhea)Other symptomsSymptoms Are Worsened By Weather ChangesSymptoms Are Often Related to Intracranial PressureDistinguishing ICP That is Too High (Hyper) vs Too Low (Hypo)Ehlers-Danlos SyndromeChapter 4. The Fundamental Reasons Patients get IIHIIH is Actually Not IdiopathicVenous Pressures In the Body and the BrainNormal Venous Pressures in the Body and BrainVenous Pressures in the Body and Brain when CVP is HighVenous Narrowing (“Stenosis”)Why Does Venous Sinus Stenosis Occur?What Triggers the Positive Feedback Loop to Start?Vein Narrowing May Occur at More Than One SiteThe Pressure GradientVenous Congestion and CollateralsVenous Sinus ThrombosisConfusion Between Thrombosis and AplasiaOther Causes of High Venous PressuresNot All IIH Patients are the SameIIH Links to Medications or SurgeriesGeneral Treatment StrategiesIIH is a Chronic ConditionChapter 5. Understanding Your Brain ImagingImaging in IIHCT ScanMRI ScanMRV and CTVBrain Imaging Findings You May See in Your Report“Empty Sella”“Venous Sinus Stenosis”“Venous Sinus Thrombosis”“Chiari Malformation”“Collapsed ventricle”“Pneumocephalus”“Cerebral Edema”“Bone Dehiscence”“Metal Artifact”Chapter 6. Measuring Intracranial PressureObtaining Intracranial Pressure MeasurementsLumbar Puncture (Spinal Tap)Lumbar Drain PlacementIntracranial Pressure Monitor (Bolt) Placement Chapter 7. Lifestyle Modification and Weight LossThe Link Between IIH and Being OverweightHow We Measure Normal Weight Versus OverweightIs Being Overweight Dangerous?The Relationship Between Body Mass Index and Central Venous PressureWeight Loss is an Effective Treatment for IIH in Most PatientsLifestyle ModificationTips for Being Successful with Lifestyle ModificationWeight Loss SurgeriesThe Importance of Weight Loss After Surgical Treatment of IIHChapter 8. Medical Therapies for IIHAn Overview of Medications for IIHAcetazolamide (trade name: DiamoxMethazolamide (trade name: Neptazane)Topiramate (trade name: Topamax)Furosemide (trade name: Lasix)Opiate medicationsOver the counter medicationsChapter 9. Catheter AngiographyOverviewTiming of the Procedure is ImportantAnesthesia Affects Pressure MeasurementsAngiograms in Patients Who Have ShuntsContrast Dye, Allergies and Kidney ProblemsCerebral Angiogram ProcedureChapter 10. Venous Sinus StentingReasons to Have a Surgical Procedure Performed for IIHVenous Sinus Stenting OverviewStents Reduce Intracranial Venous and CSF Pressures and Relieve the Pressure GradientCandidacy for StentingUsually The Larger Transverse Sinus is TreatedTiming of the Procedure is Less Important Than the AngiogramVenous Sinus Stenting Symptom Improvement RatesDefining Success With StentingSudden Visual LossVenous Sinus Stenting in Children or Mentally Handicapped IndividualsBlood ThinnersVenous Stenting ProcedureStent PainStopping IIH Medications After StentingEvaluation of Patients with Persistent Symptoms After StentingReasons For Stent FailuresNew Vein Narrowing Can Develop After StentingUsing Spinal Tap Opening Pressure After StentingRepeat Cerebral Angiography After StentingRepeat Stenting Re-Equilibration PhenomenonSome Final Comments About StentsChapter 11. Cerebrospinal Fluid ShuntingOverviewShunting For Impaired Quality of LifeLife Expectancy of ShuntsAny of the 3 Parts Can Stop Working and Cause the Shunt to FailVentriculo-peritoneal (VP) ShuntsVentriculo-atrial (VA) ShuntsLumbo-peritoneal (LP) Shunts Other ShuntsShunt Valves Blood ThinnersShunt Surgical ProcedurePain, Swelling and Numbness at Shunt SiteCerebrospinal Fluid Leak From IncisionEvaluating Patients With IIH Symptoms After ShuntingShunt SeriesCT BrainNuclear Medicine ShuntogramVentricular CollapseShunt TapShunt Re-programmingVP Shunt Peritoneal Catheter, Catheter Migration and Pelvic Pain Shunt InfectionRe-equilibration Phenomenon After ShuntingShunt Revision SurgerySome Final Comments About ShuntsChapter 12. Other Surgical TreatmentsInternal Jugular Vein TreatmentsOptic Nerve Sheath FenestrationCranio-cervical (Occipito-cervical Fusion)Cerebrospinal Fluid Leak RepairsChiari Decompression

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Book SynopsisThe earliest human known to have the capability of walking erect on two legs is Sahelanphropus, who lived 6 million years ago. The ability to stand erect led to required extensive changes in the human skeleton, including significant changes in the cervical spine. In modern humans, the cervical spine holds the head upright and gives it great mobility. The combination of great mobility in this spinal segment combined with the requirement that it carry significant weight makes the cervical spine susceptible to a wide variety of pathologies. The cervical spine not only supports the head upright, but acts as a channel for the full set of neural elements connecting the brain with all near and distant parts of the body; thus, pathologies involving the spinal column in this segment directly affect the cervical spinal cord and exiting nerve roots. Today, excellence in spine surgery requires a thorough understanding of spinal anatomy, relevant neurology, and biomechanics, as well as skilled use of a variety of surgical techniques. The surgeon must master the ability to effectively select from a wide and constantly changing variety of alternative instrumentations and surgical approaches. In addition, the trend towards reducing the invasiveness of surgical procedures has led to the use of smaller and smaller tools and smaller surgical incisions with more limited views of the relevant anatomy. As a result of the rapid pace of change, the choice of an optimal technique in any given situation is increasingly complex. In this book, we begin with a basic review of anatomy, neurology, neurophysiology, and biomechanics. We also discuss clinical and radiological assessment required for a differential diagnosis, and present a thorough discussion of the importance of sagittal alignment of the spine and the utility of gait analysis. We proceed with a thorough discussion of nontraumatic pathologies causing cervical myelopathy, beginning with the craniocervical junction down through the subaxial spine, in pediatric and adult populations. This discussion includes steps in the differential diagnosis for specific pathologies, surgical techniques and nuances, radiation-based treatment alternatives, and special topics ranging from the use of stem cells to robotics and endoscopic surgery. We have attempted to provide both fundamental and state-of-the-art knowledge and to share the rich experience of some of the leading spine surgeons worldwide, with the aim of enabling surgeons at all levels to advance their own capabilities for performing safe and successful procedures in this area of complex anatomy.Table of ContentsPreface; Acknowledgements; Descriptive Anatomy and Embryology of the Cervical Spine; Biomechanics of the Cervical Spine; Differential Diagnosis of the Cervical Spine: Clinical Evaluation; Electrophysiological Assessment in Cervical Spine Disorders; Radiological Evaluation of the Non-Traumatic Cervical Spine; Sagittal Alignment of the Cervical Spine; Utility of Gait Analysis in Patients with Cervical Myelopathy; Timing of the Diagnosis in Degenerative Cervical Myelopathy; Indications and Timing of Surgery in Degenerative Cervical Myelopathy; Stem Cell Therapy in the Management of Cervical Degenerative Disease; C1-2 Instability and Degenerative Cervical Myelopathy; Cervical Decompression and Fusion through an Anterior Approach; Posterior Cervical Decompression with Cervical Laminoplasty; Posterior Approaches to the Cervical Spine Cervical Decompression and Fusion through an Anterior Approach; Tumors of the Craniocervical Junction; Surgical Approaches to the Craniocervical Junction for Neoplastic Lesions; Surgical Approaches in Metastatic Disease Involving the Craniocervical Junction; Intradural Extramedullary Spinal Cord Tumors; Intradural Intramedullary Spinal Cord Tumors; En Bloc Resection of Primary Bone Tumors of the Cervical Spine: Surgical Considerations and Avoiding Complications; Surgical Management of Spinal Metastases Involving the Cervical Spine; Advanced Radiotherapy for the Primary Tumors in Cervical Spine; Advanced Radiotherapy for Metastatic Disease of the Cervical Spine; Stereotactic Radiosurgery for the Management of Intradural Neoplasms of the Cervical Spine; Cervical Kyphosis and Scoliosis; Vertebral Osteomyelitis, Discitis, and Epidural Abscess of the Cervical Spine in Intravenous Drug Users; Cervical Myelopathy of Vascular Origin; Cervical Myelopathy in Pediatric Patients; The Cervical Spine in Achondroplasia; Tuberculosis of the Cervical Spine; The Role of Sagittal Alignment in Surgery for Degenerative Cervical Myelopathy; Fusion Techniques for C1C2 Instability; Transoral Approach for the Lesions of the Dens; Endoscopic Endonasal Approach to the Craniocervical Junction; Full-Endoscopic Surgical Strategies with Anterior and Posterior Approaches; Anterior Cervical Discectomy and Fusion: The Controversy between Use of an Interbody Graft with Anterior Plating versus a Stand-Alone Cage; Cervical Disc Arthroplasty; Robotic and Image-Guided Surgery in the Cervical Spine; Operative Neurophysiology of the Cervical Spine; Surgical Complications with the Anterior Approach; Surgical Complications with the Posterior Approach; The Future of Cervical Myelopathy Management; Index.

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Book SynopsisNowadays, neurovascular diseases represent a field of enormous interest in clinical and surgical areas because of their complex management and recent advances about surgical and endovascular techniques. The difficult decision-making process at the base of these pathologies comprehends a wide series of treatment options which ought to be mastered by all the specialists facing the neurovascular pathology. This book addresses every aspect of the most common neurovascular diseases, as intracranial aneurysms, brain and spinal cord AVMs and cavernous angiomas, cranial and spinal dural arteriovenous fistulas, as well as spontaneous cerebral haemorrhages. It also focuses on the newer technologies regarding the intraoperative imaging of the cerebral blood flow. A large part is dedicated to the surgical approaches, but also tips and tricks of the management of these complex pathologies, presented by expert and world-renowned neurosurgeons, neuroradiologists and other specialists. The first section reviews the anatomy of the skull base, cranial and spinal cord vasculature. The second analyses in detail the diagnosis, decision-making process, preoperative evaluation and surgical planning of the most common surgical neurovascular diseases. The third reports the most common surgical approaches employed for cranial neurovascular diseases, whereas the fourth miscellaneous section is mainly dedicated to the peculiar aspects regarding the management of giant and complex aneurysms, endovascular techniques, and also the role of radiosurgery for specific intra-axial vascular lesions. A further chapter describes the technical aspects regarding the use of indocyanine green and fluorescein videoangiography during neurovascular surgery. The main valuable strengths of this book lie in its case-based conception and wide number of coloured figures, tables and treatment algorithms. In its structured organization, this book serves as a practical case-based guide for neurosurgeons, neurologists, neuroradiologists, residents, fellows, physicians and medical students involved in the field of neuroscience. The book enables all these specialists to gain high-value insights into the preoperative evaluation, planning, surgical techniques, pitfalls, prevention and management of complications of the surgical neurovascular pathology. Thanks to the contribution of different world-renowned neurosurgeons, neuroradiologists and experts, this book also promotes an updated overview of the most recent advances in neurovascular and neuroendovascular surgery, at the same time encouraging an interdisciplinary approach.Table of ContentsPreface; Microsurgical Anatomy of the Cranial Base; Vascular Anatomy of the Cranial Anterior Circulation; Vascular Anatomy of the Cranial Posterior Circulation; Vascular Anatomy of the Spinal Cord; Intracranial Aneurysms; Brain Arteriovenous Malformations; Spinal Arteriovenous Malformations; Brain and Spinal Cord Cavernous Malformations; Cranial and Spinal Dural Arteriovenous Fistulas; Cerebral Hemorrhages; Principles of Neuroanesthesia; Intraoperative Neurophysiological Monitoring in Neurovascular Surgery; Intraoperative Evaluation of Cerebral Blood Flow; Pterional Approach; Trans-Eyebrow Keyhole Approach; Cranio-Orbito-Zygomatic Approach; Interhemispheric Approach; Subtemporal Approach; Retrosigmoid Approach; Far Lateral Approach; Combined Petrosal Approach; Approaches for Brain and Spinal Cord Arteriovenous Malformations; Approaches for Brain and Spinal Cord Cavernous Malformations; Approaches for Brain and Spinal Cord Dural Arteriovenous Fistulas; Endoscope-Assisted Microneurosurgery for Intracranial Aneurysms; Surgical Management of Giant Intracranial Aneurysms; Revascularization Techniques for Complex Intracranial Aneurysms; Endovascular Treatments for Intracranial Aneurysms and Dural Arteriovenous Fistulas; Preoperative Embolization of Brain Arteriovenous Malformation; Radiosurgery for Brain and Spinal Cord Arteriovenous and Cavernous Malformations; Intraoperative Indocyanine Green and Fluorescein Videoangiography of Brain and Spinal Cord Vascular Lesions; Index.

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Book SynopsisOver the past 20 years a silent revolution in functional neurosurgery has been unfolding. This revolution, still in the making, is the development of cortical electrical neuromodulation. No book covering the field of therapeutic cortical stimulation exists and only scarce attention has been given to this new field of neuromodulation in all textbooks and related books. As a result, the majority of neurologists and neurosurgeons are unaware of this technology. The aim of this book is thus twofold: cross-fertilisation among neurologists, other health professionals and functional neurosurgeons, and defining indications and limits of cortical stimulation, invasive and non-invasive. This textbook brings together leading authorities from all over the world and provides for the first time a complete account of the field. As a "teaching" tool, all, beginners and non, will find a conclusive word in a rapidly evolving field.

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Book SynopsisSpinal cord injury (SCI) results from damage to the spinal cord due to trauma or disease and leads to partial or complete paralysis. Following SCI, physiological and lifestyle changes can lead to poor health outcomes. However, advances in injury stabilisation, medical treatment and rehabilitation have led to an increase in life expectancy. In this book, the authors present current research on the causes, risk factors and management of spinal cord injury. Topics include pain management following spinal cord injury; exercise training and its relation to slow bone loss in SCI; palliative and therapeutic strategies for SCI; NO-cGMP signalling in bulbospinal respiratory pathway after cervical spinal cord injury; and posterior pedicle screw fixation for thoracolumbar burst fractures.

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Book SynopsisThe pituitary gland is a very small-sized gland which plays an important role in regulating human well-being by controlling many activities of other hormone-secreting glands. It embeds in a midline, bony hollow of the cranial base and is surrounded by vital structures (eg: optic apparatus, cavernous sinuses, internal carotid arteries, and cranial nerves that control extraocular muscles). Adenoma of this gland is a challenging problem for neurosurgeons. Some are best managed with medication alone, but some are more responsive to surgery. Numerous refinements in surgical approaches to the pituitary gland have been proposed for decades. Advancements in modern surgical equipment and state-of-the-art technology of highly precise tools have given neurosurgeons a new, minimally invasive approach. Since the era of image-guided surgery, neurosurgeons have been offered many chances in innovating high precision surgical techniques via a very small incision or no incision at all. Patients received many benefits from the so-called minimally invasive surgery, particularly less side effects with greater patient comfort. Better outcome, little or no scarring, and lower complication rates of pituitary adenoma surgery resulted from little tissue manipulation by cutting-edge technology. However, the revolutionized pituitary surgery is still going ahead. Starting with the microscopic era, followed by image-guidance and then by endoscopic maneuver, all of these give neurosurgeons a streamlined, multidisciplinary approach in treatment of the pituitary adenoma. Another groundbreaking development in minimally invasive treatment for pituitary adenoma is robotic surgery. Robotic surgery of pituitary adenoma offers a wide range of treatment: passive, semiactive, active robots, and remote manipulators. Some of them are non-invasive alternatives to surgery such as Gamma Knife®, LINAC, Cyberknife®; they provide pain-free, non-surgical alternative treatment for surgically complex and invasive adenomas or inoperable patients. The era of robotic surgery is going to innovate pituitary glands surgery; as a technique, it is to become the gold standard treatment. Future progress will turn minimally invasive surgery into non-invasive treatment of pituitary adenoma sooner or later. This book examines all these issues and provides a prediction of what will happen in the future in the field of minimally invasive surgery, particularly for pituitary adenoma.

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Book SynopsisIn 1910, L'Espinasse performed the first neurosurgical endoscopic procedure for choroid plexus electrocoagulation in an infant with hydrocephalus, by use of a cystoscope. One infant was successfully treated. Walter Dandy used an endoscope to perform an unsuccessful choroid plexectomy in 1922. The next year, Mixter, using a urethroscope, performed the first successful endoscopic third ventriculostomy in a 9-month-old girl with obstructive hydrocephalus. In 1935, Scarff reported his initial results about endoscopic third ventriculostomy using a novel endoscope. His ventriculoscope had an irrigation system to prevent intraventricular collapse and was equipped with a flexible unipolar probe. In 1952, Nulsen and Spitz began the era of ventricular cerebrospinal fluid (CSF) shunting, marking the end of the initial era of neuroendoscopy. This dark period for neuroendoscopy continued until 1970s. However, in this period image capabilities of endoscopes improved with technological developments. In 1978, Vries demonstrated that ETVs were technically feasible using a fiberoptic endoscope to treat patients with hydrocephalus. In 1990, Jones and colleagues described a 50% shunt-free success rate for ETV in 24 patients with various forms of hydrocephalus. Four years later, the same group reported an improved success rate of 61% in a series of 103 patients. Currently, ETV is primarily used to treat obstructive hydrocephalus due to benign aqueductal stenosis or compressive periaqueductal mass lesions. Modern shunt-free success rates range from 80 to 95%. The field of neuroendoscopy has extended beyond ventricular procedures. The endoscope is currently used for all types of neurosurgically treatable diseases such as obstructive hydrocephalus, various intraventricular lesions, hypothalamic hamartomas, craniosynostosis, skull base tumors, and spinal lesions and rare subtypes of hydrocephalus. With the evolution of surgical techniques, endoscopy has emerged as a suitable alternative to many instances of more invasive methods. Surgeons using a neuroendoscope can perform many complex operations through very small incisions. Nowadays, neurosurgeons prefer neuroendoscopic surgery for many different lesions because of less damage to healthy tissue, low complication rate and excellent results. Neuroendoscopic surgery is a specialty within neurosurgery and requires a neurosurgeon to undergo specialized training. In this book, we focused on neuroendoscopic procedures and challenges. We have created this book with the hope that it can be a guide for neurosurgeons who are interested in neuroendoscopic interventions.Table of ContentsPreface; Acknowledgement; The Evolution of Sympathetic Ablations from Open into Endoscopic Approaches: The Merits and Drawbacks; How to Manage Isolated Fourth Ventricle Syndrome?; Radiological Evaluation of the Stoma Patency in Intraventricular Fenestrations; Endoscopic Endonasal Approach for Skull Base Pathologies in Children; EndoscopeAssisted Microsurgery of Pediatric Brain Tumors; Suprasellar Arachnoid Cysts: Retrospective Series and Literature Review; Neuroendoscopic Challenges in the Treatment of Ventricular Tumors; Index.

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Book SynopsisNeurosurgery represents one of the most specialised arenas in modern medicine. Today, more than ever, patients with neurological disorders seek opinions from a variety of specialists and are often treated by teams of physicians. While consensus is often reached within institutions, regional variation is found between institutions. The lack of high quality clinical evidence contributes to this problem. This textbook aims to examine some of the most controversial areas of neurological surgery by applying the current evidence to illuminate our understanding of the pathophysiology of each disease and the outcomes from surgical and non-surgical treatments. Today's neurosurgeon must be able to apply current evidence in the clinic to determine, for example: Which aneurysm should be treated with endovascular or open vascular techniques? Which degenerative lumbar spine should be fused, decompressed, or both and which spine's deformity should be corrected and to what extent? Whether an acoustic neuroma should be treated, followed, removed, or irradiated? This is a textbook that will challenge current dogmas in many instances, provide an organised framework for understanding where current evidence can be applied clinically, and illustrate where gaps in the evidence exist and how these deficiencies may be filled in the future. In the first chapter, "Clinical Evidence", the reader will gain an understanding of the levels of clinical evidence and will learn what types of study designs are appropriate and in which situations. The textbook is then divided into six sections: Spine, Vascular, Tumour, Paediatrics, Functional, and Trauma. Each section's editors have provided a brief synopsis of the specific challenges within each field followed by chapters that provide the current evidence in areas where clinical uncertainty lies.Table of ContentsSection 1 - Clinical evidence; Section 2 - Spinal neurosurgery; Section 3 - Functional neurosurgery; Section 4 - Tumors; Section 5 - Pediatric neurosurgery; Section 6 - Vascular neurosurgery; Section 7 - Neurotrauma.

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