About The Book

Translational Perspectives in Auditory Neuroscience: Normal Aspects of Hearing

Normal Aspects of Hearing is the first book in a three-book series focused on Translational Perspectives in Auditory Neuroscience.

The book starts out with a chapter on acoustics, and the rest of the book focuses on the anatomy and physiology of the peripheral and central auditory systems in a rather traditional manner: from caudal through rostral levels, ending with the descending auditory system. Note that these chapters, for the most part, review topic areas that are best considered basic research and are not translational in nature. However, the final section attempts to tie perception to the underlying physiologic responses, and chapters are parsed into stimulus factors (such as intensity, frequency, binaural stimulation, and complex sounds).

The second book in the series is Hearing Across the Life Span – Assessment and Disorders.

The third book in the series is Special Topics and provides “translational” perspectives on current topics in hearing science.

About The Authors

Translational Perspectives in Auditory Neuroscience: Normal Aspects of Hearing

Kelly Tremblay, PhD, is Professor in the Department of Speech and Hearing Sciences at the University at Washington. She earned a bachelor’s degree. in Psychology from the University of Western Ontario, Canada and a MSc in Audiology from Dalhousie University in Halifax, Nova Scotia. Her interest in hearing science began in Colorado, as an audiologist who worked with hearing aid and cochlear implant users. Interested in auditory rehabilitation, she returned to school to learn more about the neuroscience underlying rehabilitation. She completed a PhD at Northwestern University, followed by post-doctoral training at the House Ear Institute in Los Angeles, California.

As a clinician and neuroscientist, Kelly Tremblay uses her training in neuroscience to better understand some of the everyday listening difficulties people with hearing loss describe. Because the typical person with a hearing loss is usually older and has been deprived of sound for some time, Dr. Tremblay’s scholarly interests include defining the effects of aging and hearing loss on the brain. Another research interest of hers is to determine if auditory training can be used to improve the neural representation of acoustic cues transmitted by the ear to the cortex. She has published numerous papers and book chapters on these topics, and has received grant awards from many organizations including the National Institutes of Health. She has served as an Associate Editor for the American Journal of Audiology, an Assistant Editor for the Journal of the American Academy of Audiology, and a Section Editor for the journal Ear and Hearing.

Robert Burkard, Ph.D., CCC-A is a Professor in the Department of Rehabilitation Science, University at Buffalo.  His research interests include calibration, auditory electrophysiology (in particular, auditory evoked potentials), vestibular/balance function/dysfunction, functional imaging and aging. His professional interests include health care economics and interprofessional education/practice.

Table Of Contents

Translational Perspectives in Auditory Neuroscience: Normal Aspects of Hearing

1. Introduction
Kelly Tremblay and Robert Burkard
2. Physics of Sound
Robert Burkard and Kathleen McNerney

Section I —Anatomy and Physiology
3. Peripheral Anatomy and Physiology-Outer and Middle Ear
John Rosowski
4. Anatomy and Physiology of the Cochlea
Robert V. Harrison
5. Peripheral Anatomy and Physiology
Laurel H. Carney
6. Central Anatomy and Physiology-Cochlear Nuclei
Aage Moller
7. The Superior Olivary Complex
Shigeyuki Kuwada and Tom C. T. Yin
8. The Lateral Lemniscus and Inferior Colliculus
Bradford J. May
9. The Medical Geniculate Body
Edward L. Bartlett
10. Auditory Cortex-Anatomy and Physiology
John F. Brugge
11. Efferent System
John J. Guinan, Jr.

Section II —Functioning Systems: Physiological Correlates of Perception
12. Perceptual Correlates of Frequency Coding in the Auditory System
Andrew J. Oxenham and Magdalena Wojtczak
13. Intensity Coding Throughout the Auditory System
Michael G. Heinz
14. Binaural Hearing, Sound Localization, and Spatial Hearing
G. C. Stecker and F. J. Gallun
15. Complex Sound Encoding-Vowels and Consonants
Donal G. Sinex

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