Hair Cell Micromechanics and Otoacoustic Emissions is the seventh volume honoring the annual Kresge-Mirmelstein Award winner for excellence in hearing research. The seventh winner, Dr. Peter Dallos, was chosen for his significant contribution to audiology research by his cloning of Prestin, a gene that contributes to cellular motility. This product contains a collection of eight cutting-edge scientific research papers written by prominent experts on hair cell mircomechanics and otoacoustic emissions that represents the best, most current thinking in audiology research.

Hair Cell MicroMechanics and Otoacoustic Emission

Medical Books

Berlin, Charles I.

Allied Health Professions

Singular

This is the sixth book in the Kresge - Mirmelstein Award Series. Each book in the series is comprised of the proceedings from this annual symposium held to honor the work of an outstanding auditory scientist. This volume honors the work of Dr. David Corey for his discoveries on hair cell micromechanics. Other contributors include leading auditory scientists and represent a synthesis of the latest information and thinking on hair cells and their auditory function.

Hair Cell Micromechanics & Hearing (Singular Audiology Text)

Bobbin, Richard P.

Book by Hood, Linda J., Berlin, Charles I.

Auditory Evoked Potentials (Pro-Ed Studies in Communicative Disorders)

Hood, Linda J.

Medicine

Pro.ed

The Brain and Sensory Plasticity: Language Acquisition and Hearing is the eighth volume honoring the annual Kresge-Mirmelstein award for excellence. This volume celebrates Masakazu Koniski, who has led the field in neuroethology since the 1960's. This book contains a collection of seven research articles presented by prominent contributors in the field of neuroethology.

The Brain And Sensory Plasticity: Language Acquisition And Hearing

Weyand, Theodore

Delmar/Cengage Learning

Neurotransmission and Hearing Loss is the second book in the Kresge-Mirmelstein award series which emanates from a scientific symposium held annually to honor a scientist who has had a major impact on modern hearing research. In 1995, Dr. Robert Wenthold was chosen for his essential research in the biochemistry of synaptic transmission, the main theme of this scholarly work. The book covers both the basic science of neurotransmission and hearing loss and its clinical application, including Receptors in the Auditory Pathway, Transmitters in the Cochlea, Afferent Regulation of Cochlear Nucleus Neurons, Auditory Deprivation, and Genetic Disorders of the Auditory System. In the clinical segment, cochlear implants as a management tool for deafness are covered as well as audiological findings in autoimmune diseases, and with medical treatments for sensorineural loss and tinnitus. With contributions from the international and leading experts in the field, this book is an essential update on the literature in the field.

Neurotransmission and Hearing Loss: Basic Science, Diagnosis and Management

Health, Fitness & Dieting

Diseases & Physical Ailments

Dedicated to Dr. David Kemp who in 1996, was chosen for his essential research and discovery of otoacoustic emissions, this outstanding third book in the Kresge-Mirmelstein award series is a true celebration of scholarship. The highlight of the book is Dr. Kemp's definitive chapter, Distorted Echoes of the Cochlea's Traveling Wave. Original, informative, and comprehensive, this chapter provides a wealth of information and a unique historical perspective on the subject. Accompanied by a CD-ROM, and featuring contributions from international and leading experts in the field, this volume is an invaluable source of essential information never before published.

Otoacoustic Emissions: Basic Science for Clinical Applications (Singular Audiology Text)

See the best price to sell, buy, or rent books by Berlin, Charles I.. BookScouter helps to compare book prices from 25+ online bookstores and 30+ buyback vendors with a single search.