This book aims to provide a deeper understanding of Third Mobile Window Syndrome and its various forms beyond just Superior Canal Dehiscence. It will illuminate the various presentations of Third Mobile Window Syndrome, provide the means for diagnosis, and elucidate treatments. The disorder Superior Semicircular Canal Dehiscence Syndrome was discovered in 1995 by Dr Lloyd Minor at The John Hopkins University School of Medicine in Baltimore. Though he published his findings in 1998, there remains no book wholly devoted to the topic. For this reason, many neurotologists and otorhinolaryngologists still misunderstand this condition and its presentation. Structured in six parts, the first part will be important in providing a context, and drawing together all of the learning that has been acquired since 1998, as well as explaining the complexities of the condition. The second and third parts will set out to detail all the aspects that are necessary for diagnosing a patient and then deciding on the best form of treatment, surgical or otherwise. Part four covers special situations, including bilateral SCDS and the pediatric patient. In part five, Philippa Thomson, a patient herself, will describe the patient perspective of symptoms and the complicated journey of identifying a diagnosis and securing expert care. Finally, part six covers future research. Third Mobile Window Syndrome of the Inner Ear: Superior Semicircular Canal Dehiscence and Associated Disorders will provide clinicians involved in the treatment of inner ear disorders, balance dysfunction, and dizziness with the expertise they need to assist patients with Third Mobile Window Syndrome. It will also supply useful information to neurotologists/otologists, otolaryngologists, and neurologists. Researchers in the field of inner ear disorders will also find this to be a valuable text.

This book is a dedicated text to learn pathologic images seen during EUS. The digital anatomy correlation used in this work is the natural continuation of efforts to apply the University of Colorado Visible Human data set to gastroenterology. The Visible Human data set was created by Dr. Vic Spitzer and colleagues at the University of Colorado and is currently housed at the universitys Center for Human Simulation. The data set consists of high resolution transaxial digital images captured as cadavers were abraded away at 1 mm or less depths. These images are compiled into blocks of data and each structure is identified. This information can be used to pull out and manipulate 3-D structures as well as allowing one to review planar anatomy in any orientation. Using the Visible Human dataset, one should be able to find a normal anatomy correlate to any image found during a EUS examination. However, as important as normal anatomy is, it is the abnormal features which are the crux of an EUS examination. Endosonographers are asked to define lumps, bumps, cysts to find correlates for symptoms and abnormal laboratory findings. Accuracy requires a tremendous amount of skill and experience. To help in this task, we have assembled chapters from a world-wide group of expert endosonographers. These authors have shared their insight and images to help the readers of this work better see and understand some of the complexities uncovered during a EUS evaluation. DVD showing techniques for removal of human temporal bones.

This textbook provides a comprehensive overview of the state of the art in otolaryngology, discussing all the newly advances in the subspecialties of head and neck, plastics, otology, laryngology, rhinology and pediatrics, and also addressing topics like allergy, sleep medicine, trauma, and the fundamentals of systemic diseases that frequently manifest in the head and neck region. The book is divided into 9 sections, presenting the recent literature concerning all the subspecialties in otolaryngology and providing the information necessary for readers to gain an understanding of the field of otolaryngology. Each chapter includes definitions, key points and take-home messages, to aid learning. Throughout the book, tips and key features are highlighted with boxes, tables and figures, which the reader can refer back to for quick revision. Above all, the book enables medical students, residents and junior specialists in the field of ENT to develop their learning and surgical skills.

This text reviews the current understanding of vestibular anatomy allowing for a framework of reference, and how it's applied to vestibular testing, diagnosis and management of dizziness. Vestibular testing is an important tool in the evaluation and management of the patient with dizziness. It aids in establishing a diagnosis and determining the side or site of the lesion. In addition, it guides practitioners in selection of treatment and allows the ability of the patient’s condition to be evaluated over its time course. Common vestibular pathologies such as benign positional vertigo, Meniere’s disease, multisensory imbalance, vestibular neuritis, superior canal dehiscence, and vestibular migraine will be addressed in a concise and understandable manner. The text follows a clear format in which the etiology, pathophysiology, diagnostic features and medical or surgical management of such pathologies are discussed. The book gains increased importance as superior canal dehiscence and vestibular migraine are relatively new hot topics. Lastly, relatively rare entities such as bilateral vestibular hypofunction, pediatric vestibular disorders and central vestibular disorders are discussed. This text serves as a complete reference for clinicians, students and researchers interested in this common and severe disorder allowing for improved patient care and advancement of knowledge in the field. Chapters are written by acknowledged experts, allowing summary review of the newest and most up-to-date understanding of scientific information. Diagnosis and Treatment of Vestibular Disorders will be an invaluable resource for otolaryngologists, neurologists, otologists and neurotologists, basic science and translational researchers with interests in the vestibular system, fellows and residents in aforementioned fields, and general practitioners with an interest in patients with symptoms of dizziness.

Unique case-based guide to generating diagnostic possibilities based on the patients' symptoms. Invaluable for psychiatrists and neurologists.

In 1995 an American doctor made the amazing discovery that some people actually have holes in their head. And many can even hear their own eyes moving. Years later, the author found out that she was one of them. This is her remarkable true story. Embarking on a much-needed weekend of respite from the care of her disabled son, Philippa's life is turned upside down when the flight triggers a rare balance disorder. With symptoms as disturbing and wide-ranging as the sound of her eyes moving, her heartbeat pounding and pulse whooshing in her ear, brain fog and debilitating dizziness, can she adapt her well-honed research skills to medical sleuthing, and obtain a diagnosis within a health system that is letting her down at every turn? A HOLE IN MY LIFE chronicles an extraordinary series of medical challenges which are met with resilience, courage and determination. Destined to be a classic on the subject of dizziness, the book deftly guides the reader through fascinating and valuable information about all inner ear and balance disorders, information that has been authenticated by two specialists in this field. The author never loses sight of the humour in her unenviable situation and the sparkling narrative moves at a swift pace. It is a must-read for anyone who has ever been, or ever will be, a patient. "A compelling account of awe-inspiring resilience, courage and determination. The resulting story is full of important information, information offered in the words of a delightful and engaging individual." Harriet Spicer, business coach and founder member of Virago Press. If you like compelling prose and emotional true stories, don't miss this absorbing read. Follow the unexpected twists and turns in the riveting medical mystery, and buy A HOLE IN MY LIFE today. Latest estimates suggest that as many as one in a thousand people may be affected by this condition, and yet most people have never even heard of it.

Vertigo, dizziness, and imbalance rank amongst the most common presenting symptoms in neurology, ENT, geriatric medicine, and general practice. These symptoms can originate from many different organs and systems, such as the inner ear, general medical conditions, neurological and psychological disorders. The Oxford Textbook of Vertigo and Imbalance provides an up-to-date summary of the scientific basis, clinical diagnosis, and management of disorders leading to dizziness and poor balance. This textbook is conceptually divided into three sections, detailing the scientific basis, general clinical issues, and specific diseases diagnosed in clinical practice that are responsible for complaints of dizziness and imbalance. Individual chapters address benign paroxysmal positional vertigo, vestibular migraine, vestibular neuritis, stroke, and Ménière's disease. Additional chapters follow a syndrome-based approach and cover multiple conditions, including cerebellar disorders, bilateral vestibular failure and gait, and psychological disorders. The print edition is complemented by an online version, which allows access to the full content of the textbook, contains links from the references to primary research journal articles, allows full text searches, and provides access to figures and tables that can be downloaded to PowerPoint. It serves a useful clinical reference for neurologists, otorhinolaryngologists, audio-vestibular physicians, and senior trainees in those specialties.

This is a comprehensive survey of imaging of the petrous temporal bone; it includes the imaging appearances of both rare and common pathology. All the latest imaging techniques are included, in particular magnetic resonance with the new paramagnetic contrast agent Gadolinium DTPA. Opening chapters give an account of imaging techniques and normal anatomy and are followed by chapters on congenital ear disease, trauma, inflammatory disease and neoplasia; acoustic neuroma is given a separate section. The two concluding chapters are on vertigo and otosclerosis.

The middle ear plays a vital role in the sense and sensitivity of hearing. Of the various characteristics that distinguish mammals from other vertebrates, several pertain specifically to the middle-ear system, such as the presence of three middle-ear bones and the four-layer composite structure of the tympanic membrane. The Middle Ear attempts to elucidate the role this system plays in sound transmission, as viewed from both scientific and clinical perspectives.