Springer Cochlear Anatomy via Microdissection with Clinical Implications: An Atlas

Product Description This atlas focuses on selected aspects of cochlear anatomy as illustrated by material prepared by the microdissection technique, a three-dimensional perspective not possible with standard histological approaches. Although much of the material in this text was processed by the microdissection method, photomicrographs from conventionally cross sectioned inner ear tissues and scanning electron microscopy, are also presented. Taken together, these technical approaches provide different, complementary views of inner ear anatomy, and offer a more informative understanding than is possible with any of the methods used alone. While micrographs obtained from microdissected material appear sporadically in journal articles, there is no comprehensive collection of such images currently available. The illustrations assembled in this atlas are complementary to the more traditional histologic images and drawings available in standard texts, and aide in understanding the intricate anatomy of the cochlea. Cochlear Anatomy via Microdissection with Clinical Implications will be a useful resource for otolaryngologists, anatomists, audiologists, and neuroscientists. Those engaged in cochlear implantation, physicians and researchers in the growing fields of implantable hearing aids and drug delivery to the inner ear, and members of industry involved in designing, manufacturing, and marketing implantable hearing aids will also find this atlas of great value. From the Back Cover This atlas focuses on selected aspects of cochlear anatomy as illustrated by material prepared by the microdissection technique, a three-dimensional perspective not possible with standard histological approaches. Although much of the material in this text was processed by the microdissection method, photomicrographs from conventionally cross sectioned inner ear tissues and scanning electron microscopy, are also presented. Taken together, these technical approaches provide different, complementary views of inner ear anatomy, and offer a more informative understanding than is possible with any of the methods used alone. While micrographs obtained from microdissected material appear sporadically in journal articles, there is no comprehensive collection of such images currently available. The illustrations assembled in this atlas are complementary to the more traditional histologic images and drawings available in standard texts, and aide in understanding the intricate anatomy of the cochlea. Cochlear Anatomy via Microdissection with Clinical Implications will be a useful resource for otolaryngologists, anatomists, audiologists, and neuroscientists. Those engaged in cochlear implantation, physicians and researchers in the growing fields of implantable hearing aids and drug delivery to the inner ear, and members of industry involved in designing, manufacturing, and marketing implantable hearing aids will also find this atlas of great value. About the Author Charles G. Wright, Ph.D., Adjunct Associate Professor, Department of Otolaryngology-Head and Neck Surgery, outhwestern Medical Center at Dallas-Retired (Full CV uploaded to the attachments tab) Dr. Wright completed doctoral studies in neuroscience at Indiana University and subsequently received postdoctoral training at Kresge Hearing Research Institute, University of Michigan. He was a member of the research faculty in the Department of Otolaryngology-HNS, Southwestern Medical Center at Dallas from 1983 until retirement at the end of 2014. Dr. Wright’s research activities have focused on anatomy and pathology of the middle and inner ear utilizing a variety of laboratory animal models and human temporal bone material. He has worked extensively on microstructure of the auditory and vestibular sensory organs of the inner ear. A major emphasis of his recent work has been on study of the human temporal bone in relation to cochlear implantation, especially with regard to inner ear trauma associ