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.

Through a combination of text, color pictures, and numerous bandw illustrations, the pathology of the human ear is presented with a practical, clinical approach, primarily for practicing otologists. The volume encompasses the entire field of otology, beginning with the basics of laboratory methodology, anatomy, and pathophysiology, and continuing with otopathology in 15 chapters organized as logical compendia based on clinical and pathological manifestations. Extensively rewritten because of the substantial growth in knowledge that has occurred in temporal bone pathology and clinical otology, this edition (first was 1974) also adds two new chapters on disorders of the immune system and surgical pathology. 9.25x12.25" Annotation copyright by Book News, Inc., Portland, OR

A reference for tackling diagnostic dilemmas that pathologists and clinicians encounter when assessing pediatric head and neck disease.

The physiology of the semicircular canals was my main research interest before I began to study their morphology. In 1966, by utilizing the isolated semicircular canal of the frog, I was able to show that cell activity in the horizontal semicircular canal has the opposite polarity to that in the vertical canals, which was the first physiological proof of Ewald's law. Several transmitting electron microscope (TEM) studies had already reported on the morphology of the semicircular canal cristae; however, my morphological work was motivated by a strong desire to see whether the morphological polarity accorded to the physio logical polarity. In 1968 I happened to see the paper written by Dr David Lim, one of my close friends. His findings concerning the vestibular morphology, when examined by scanning electron microscopy (SEM), fascinated me a great deal because of the three-dimensional quality of the micro graphs. This stimulated me to become involved in vestibular morphol ogy. In the beginning, however, I faced many problems with specimen preparation for SEM, and the first few years were spent simply solving technical problems, especially those of artifacts. Many of the figures in this book have been photographed with a JEOL JSM U-3 scanning electron microscope over a decade. The sharpness of these pictures still, I think, bears comparison to the defi nition of those taken by the more sophisticated SEM scopes currently available.

This richly illustrated ear microsurgery atlas shows a picture is worth a thousand words! In order to envision a three-dimensional picture of the surgical space and ultimately to master surgery, surgeons need thorough visual and clinical knowledge of anatomy. Ear Surgery Illustrated: A Comprehensive Atlas of Otologic Microsurgical Techniques by renowned surgeon Robert Jackler and illustrator Christine Gralapp reflects more than three decades of collaboration. The color illustrations herein communicate a wealth of surgical anatomy and technique with exceptional clarity and precision. Succinct, insightful text paired with the drawings delineate key landmarks, define crucial relationships, and elucidate complex concepts. Fifteen chapters encompass the broad spectrum of modern otological surgery practice — from commonplace procedures to complex tertiary-quaternary operative care. The appendix features helpful educational handouts surgeons can give to patients. Key Features More than 1,100 precise full-color illustrations with explanatory text cover a broad range of microsurgical approaches A wide range of surgical procedures including stapes surgery, tympanoplasty, ossiculoplasty, mastoidectomy, vestibular surgery, cochlear implants, temporal bone resection, and petrous apicectomy Management of various diseases and conditions such as cholesteatoma, facial nerve issues, temporal bone fractures, hearing loss, encephaloceles, cerebrospinal fluid leaks, and pulsatile tinnitus Stepwise procedural guidance throughout the atlas enables novice otolaryngologists and subspecialty otologists to achieve optimal surgical outcomes. Experienced surgeons will find insightful tips and helpful tricks to refine skills and tackle more complex technical challenges encountered in practice. Paired with Robert Jackler's and Christine Gralapp's Atlas of Skull Base Surgery and Neurotology Second Edition, the two books meld visual and clinical knowledge into remarkable resources covering otological, neurotological, and lateral skull base surgery techniques.

Neurotology is a branch of medicine that focuses on diagnosing and treating neurological conditions of the inner ear and related structures. There have been many recent advances in neurotology that have been published in general medicine, otolaryngology and neurology journals. This comprehensive book will aggregate this information to provide a more complete picture of the state of the field and will include the authors’ own clinical experience. There is a recent marked increase in interest in neurotology, manifested by the clinical experiences and research-publication work of otolaryngologists, neurologists, neuro-ophtalmologists, audiologists and physiotherapists. As a result, this will be a completely state-of-the-art work that includes all up-to-date neurophysiological data related to the vestibular system. It has been estimated that 10% of patients that present at an emergency clinic have vestibular disorders, including vertigo, and these disorders are frequently a cause of falls in elderly patients. On the other hand, many physicians treat their patients with vertigo with vestibular blockers, which treat the symptoms but do not cure the disorders. We feel that it is important to supply a source of information on the vestibular system and balance disorders, and this title will do that in a comprehensive manner. This title will be an ideal reference for the diagnosis and treatment of vestibular disorders for otolaryngologists, neurologists, neuro-ophtalmologists, audiologists and physical therapists.

Based on 40 years experience, this book on ear surgery guides the beginner as well as the experienced surgeon through all approaches to middle ear and neurotologic surgery. The lavishly illustrated text covers basic pathology and physiology involved in the surgical treatment of otologic conditions such as otosclerosis, chronic otitis media, cholesteatoma, congenital atresia, facial nerve paralysis, vertigo, neoplasms and profound hearing loss.