Basic concepts of clinical electrophysiology in audiology / John D. Durrant, PhD, Cynthia G. Fowler, PhD, John A. Ferraro, PhD, Suzanne C. Purdy, PhD.

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Material type:

TextPublisher: San Diego, CA : Plural Publishing Inc., [2023]Description: xxvii, 475 pages : illustrations ; 29 cmContent type:

text

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unmediated

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volume

ISBN:

9781635501759
163550175X

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Additional physical formats: Online version:: Basic concepts of clinical electrophysiology in audiologyDDC classification:

617.807 5 DUR 23

Contents:

Foreword by José J. Barajas de Prat Preface Special Message to Student Readers and Others Aspiring toward Competent Use of Clinical Neurophysiology in Audiology Special Message to Instructors Adopting This Textbook Acknowledgements Contributors Dedication Chapter 1. Basic Concepts of Clinical Electrophysiology in Audiology Prequel—A Peek at the Auditory Evoked Potentials and Areas of Application John D. Durrant Heads Up: Like in Space, Takes Time to Travel along the Auditory Pathway—So What? Chapter 2. Signals and Systems Essentials Signal Generation, Analysis, and Conditioning—Analog versus Digital Perspectives J. Robert Boston and John D. Durrant Temporal versus Spectral Views: The Saga Continues—Impulsive versus Steady State W. Wiktor Jedrzejczak Heads Up. Prequel 2: Why Are Computers So Important in This Area of Audiology and Are They Everywhere? Rafael E. Delgado Signal-Issues Particular to Stimulating the Auditory System and the Importance of Being Calibrated Robert Burkard Heads Up: Wideband Transmission and the Middle Ear Bottleneck M. Patrick Feeney Chapter 3. Electrically Connecting to Humans to Access Their Auditory Neurosensory Systems Bioelectric Basics, Interface Dilemmas, and Electrode Montages/Caps—One Size Fits All? John D. Durrant, Krzysztof M. Kochanek, and Lech K. Śliwa Functional Neuroanatomy of ‘AEP Space’ and Underlying Neurophysiological Bases Frank E. Musiek Heads Up: Need That Like a Hole in the Head? What about a Nail? A Case in Point! Christopher D. Bauch and Wayne O. Olsen Chapter 4. Stimulating the Auditory System and the How and Why of an “Evoked” Response Extracting the Response’s Signal from Noise Background Steven L. Bell The Good, Bad and Ugly?—Optimizing Response Extraction from Background Noise and How Signal Processing May Become Too Much? Ozcan Ozdamar and John D. Durrant Heads Up: Interlude—And You Don’t Even Have to Raise Your Hand When You Hear the Beep John D. Durrant, Cynthia G. Fowler, and Suzanne C. Purdy Chapter 5. Evoking Responses of the Peripheral Auditory System First Sign Something’s Going on in There: An Acoustic Response of the Inner Ear Jacek Smurzynski Heads Up: Otoacoustic Emission without Turning on Sound? Who Knew? W. Wiktor Jedrzejczak CM, SP, and AP: Not Alphabet Soup and First-Signs AEPs Are Afoot! John D. Durrant and John A. Ferraro Electrocochleography: How Do Electrical Signals Get from the Hearing Organ to the “Outside” and What Good Are They? John A. Ferraro and John D. Durrant Heads Up: Intriguing ECochG App: Sensing Weakened Wall of Semicircular Canal John D. Durrant, John A. Ferraro, and José Juan Barajas de Prat What More Can Electrocochleography Teach, Including about What to Expect Later? Martin Walger Chapter 6. Evoking Responses of the Central Auditory System: Testing the Brainstem Brainstem Auditory Evoked Potential: General Interpretation—Its Nature and Peripheral Versus Central Systems Aspects George A. Tavartkiladze Heads Up: Binaural Interaction in Auditory Brainstem Potentials? Cynthia G. Fowler Brainstem Responses to Complex Stimuli—Frequency and Envelope Following Responses David Purcell and Viji Easwar Heads Up: Speech-Evoked EFR and FFR Ananthanarayan Krishnan Auditory Steady-State Response—80-Hz Response Maria C. Perez-Abalo Evoked Potential Audiometry using Auditory Brainstem Response/Auditory Steady-State Response Measurements Susan A. Small Differential Diagnostic Applications Cynthia G. Fowler and Jun Ho Lee DOUBLE-HEADERs Up Heads Up: Differential Diagnostic Case Studies and the Challenge of Auditory Neuropathy Jun Ho Lee and José Juan Barajas de Prat Heads Up: Postauricular Muscle Response—Friend/Foe/Why Care? Suzanne C. Purdy Chapter 7. Testing Midbrain and Cortical Projection Pathways Auditory Middle Latency Response and 40-Hz Auditory Steady-State Response—Signals en Route to the Cortex Joaquín T. Valderrama-Valenzuela Why Evoked Response Audiometry (ERA) Using AMLR or 40-Hz ASSR Measures Cynthia G. Fowler and So E. Park Differential Diagnostic Applications of AMLR Thierry Morlet and So E. Park Heads Up: BIC Update—Whither Beyond Pontine CANS? Cynthia G. Fowler and So E. Park Chapter 8. Cortical Level Testing Call Them Late, But They Were the Frist AEPs for Practical ERA—LLRs Barbara K. Cone Why ERA Using Cortical Response Measurement Linda J. Hood, Rafael E. Delgado, and Abreena I. Tlumak Heads Up: A Case Spared of Operative Treatment Thanks to Testing of Both Brainstem and Cortical AEPs John D. Durrant and Martin Walger Late-Late Shows in AEPdom—Beyond Obligatory Potentials: When Just Turning on the Same Stimulus Is Not Enough Mridula Sharma DOUBLE-HEADERs Up Heads Up: Peek at EEG Analyses via Advanced Signal Processing Ronny K. Ibrahim and Mridula Sharma Heads Up: The Change Potential—Sometimes What’s Later Tells More Fabrice Bardy Chapter 9. Difficult-to-Test Patients—General Methods and Newborn Screening Screening Hearing Responses Versus Threshold Estimation and Estimating Audiometric Configuration Monica J. Chapchap and Patricia C. Mancini Bone Conduction Testing—A Special Challenge, Yet Efficacious With Understanding Susan A. Small Testing Patients under Natural Sleep or Medically Induced Sedation/Unconsciousness Diane L. Sabo Heads Up: Testing Patients Who “Exaggerate” Their Hearing Thresholds John D. Durrant and Cynthia G. Fowler Testing Patients with Cochlear or Brainstem Implants Andy J. Beynon Chapter 10. Testing Potentially Beyond Hearing-Related Yet of Interest in Audiology the Profession Heads Up: Not Only Electric Fields, Magnetic Fields Too—Confirming Origins John D. Durrant, David L. McPherson, and Lionel Collet Quick Look at Intraoperative Neuromonitoring and Other Evoked Potentials Abreena I. Tlumak and John D. Durrant Heads Up: A Case of Elective Surgery That Could Have Gone Badly Were It Not for IONM John D. Durrant and Abreena I. Tlumak Whose Land Is This? Suzanne C. Purdy Index

Summary: "Basic Concepts of Clinical Electrophysiology in Audiology is a revolutionary textbook, combining the research and expertise of both distinguished experts and up-and-coming voices in the field. By taking a multidisciplinary approach to the subject, the editors of this graduate-level text break down all aspects of Electrophysiology to make it accessible to Audiology students. In addition to defining the basics of the tools of the trade and their routine uses, the authors also provide ample presentations of new approaches currently undergoing continuing research and development. The goal of this textbook is to give developing audiologists a broad and solid basis of understanding of the methods in common or promising practice"-- Provided by publisher.

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Cover image	Item type	Current library	Home library	Collection	Shelving location	Call number	Materials specified	Vol info	URL	Copy number	Status	Notes	Date due	Barcode	Item holds	Item hold queue priority	Course reserves
	Reference text books	All India Institute of Speech and Hearing		R-56/5		617.807 5 DUR (Browse shelf(Opens below))					Available			23288
	Stack text books	All India Institute of Speech and Hearing		89/1		617.807 5 DUR;1 (Browse shelf(Opens below))					Available			23289

Total holds: 0

Includes bibliographical references and index.

Foreword by José J. Barajas de Prat
Preface
Special Message to Student Readers and Others Aspiring toward Competent Use of Clinical Neurophysiology in Audiology
Special Message to Instructors Adopting This Textbook
Acknowledgements
Contributors
Dedication

Chapter 1. Basic Concepts of Clinical Electrophysiology in Audiology
Prequel—A Peek at the Auditory Evoked Potentials and Areas of Application
John D. Durrant
Heads Up: Like in Space, Takes Time to Travel along the Auditory Pathway—So What?

Chapter 2. Signals and Systems Essentials
Signal Generation, Analysis, and Conditioning—Analog versus Digital Perspectives
J. Robert Boston and John D. Durrant
Temporal versus Spectral Views: The Saga Continues—Impulsive versus Steady State
W. Wiktor Jedrzejczak
Heads Up. Prequel 2: Why Are Computers So Important in This Area of Audiology and Are They Everywhere?
Rafael E. Delgado
Signal-Issues Particular to Stimulating the Auditory System and the Importance of Being Calibrated
Robert Burkard
Heads Up: Wideband Transmission and the Middle Ear Bottleneck
M. Patrick Feeney

Chapter 3. Electrically Connecting to Humans to Access Their Auditory Neurosensory Systems
Bioelectric Basics, Interface Dilemmas, and Electrode Montages/Caps—One Size Fits All?
John D. Durrant, Krzysztof M. Kochanek, and Lech K. Śliwa
Functional Neuroanatomy of ‘AEP Space’ and Underlying Neurophysiological Bases
Frank E. Musiek
Heads Up: Need That Like a Hole in the Head? What about a Nail? A Case in Point!
Christopher D. Bauch and Wayne O. Olsen

Chapter 4. Stimulating the Auditory System and the How and Why of an “Evoked” Response
Extracting the Response’s Signal from Noise Background
Steven L. Bell
The Good, Bad and Ugly?—Optimizing Response Extraction from Background Noise and How Signal Processing May Become Too Much?
Ozcan Ozdamar and John D. Durrant
Heads Up: Interlude—And You Don’t Even Have to Raise Your Hand When You Hear the Beep
John D. Durrant, Cynthia G. Fowler, and Suzanne C. Purdy

Chapter 5. Evoking Responses of the Peripheral Auditory System
First Sign Something’s Going on in There: An Acoustic Response of the Inner Ear
Jacek Smurzynski
Heads Up: Otoacoustic Emission without Turning on Sound? Who Knew?
W. Wiktor Jedrzejczak
CM, SP, and AP: Not Alphabet Soup and First-Signs AEPs Are Afoot!
John D. Durrant and John A. Ferraro
Electrocochleography: How Do Electrical Signals Get from the Hearing Organ to the “Outside” and What Good Are They?
John A. Ferraro and John D. Durrant
Heads Up: Intriguing ECochG App: Sensing Weakened Wall of Semicircular Canal
John D. Durrant, John A. Ferraro, and José Juan Barajas de Prat
What More Can Electrocochleography Teach, Including about What to Expect Later?
Martin Walger

Chapter 6. Evoking Responses of the Central Auditory System: Testing the Brainstem
Brainstem Auditory Evoked Potential: General Interpretation—Its Nature and Peripheral Versus Central Systems Aspects
George A. Tavartkiladze
Heads Up: Binaural Interaction in Auditory Brainstem Potentials?
Cynthia G. Fowler
Brainstem Responses to Complex Stimuli—Frequency and Envelope Following Responses
David Purcell and Viji Easwar
Heads Up: Speech-Evoked EFR and FFR
Ananthanarayan Krishnan
Auditory Steady-State Response—80-Hz Response
Maria C. Perez-Abalo
Evoked Potential Audiometry using Auditory Brainstem Response/Auditory Steady-State Response Measurements
Susan A. Small
Differential Diagnostic Applications
Cynthia G. Fowler and Jun Ho Lee
DOUBLE-HEADERs Up
Heads Up: Differential Diagnostic Case Studies and the Challenge of Auditory Neuropathy
Jun Ho Lee and José Juan Barajas de Prat
Heads Up: Postauricular Muscle Response—Friend/Foe/Why Care?
Suzanne C. Purdy

Chapter 7. Testing Midbrain and Cortical Projection Pathways
Auditory Middle Latency Response and 40-Hz Auditory Steady-State Response—Signals en Route to the Cortex
Joaquín T. Valderrama-Valenzuela
Why Evoked Response Audiometry (ERA) Using AMLR or 40-Hz ASSR Measures
Cynthia G. Fowler and So E. Park
Differential Diagnostic Applications of AMLR
Thierry Morlet and So E. Park
Heads Up: BIC Update—Whither Beyond Pontine CANS?
Cynthia G. Fowler and So E. Park

Chapter 8. Cortical Level Testing
Call Them Late, But They Were the Frist AEPs for Practical ERA—LLRs
Barbara K. Cone
Why ERA Using Cortical Response Measurement
Linda J. Hood, Rafael E. Delgado, and Abreena I. Tlumak
Heads Up: A Case Spared of Operative Treatment Thanks to Testing of Both Brainstem and Cortical AEPs
John D. Durrant and Martin Walger
Late-Late Shows in AEPdom—Beyond Obligatory Potentials: When Just Turning on the Same Stimulus Is Not Enough
Mridula Sharma
DOUBLE-HEADERs Up
Heads Up: Peek at EEG Analyses via Advanced Signal Processing
Ronny K. Ibrahim and Mridula Sharma
Heads Up: The Change Potential—Sometimes What’s Later Tells More
Fabrice Bardy

Chapter 9. Difficult-to-Test Patients—General Methods and Newborn Screening
Screening Hearing Responses Versus Threshold Estimation and Estimating Audiometric Configuration
Monica J. Chapchap and Patricia C. Mancini
Bone Conduction Testing—A Special Challenge, Yet Efficacious With Understanding
Susan A. Small
Testing Patients under Natural Sleep or Medically Induced Sedation/Unconsciousness
Diane L. Sabo
Heads Up: Testing Patients Who “Exaggerate” Their Hearing Thresholds
John D. Durrant and Cynthia G. Fowler
Testing Patients with Cochlear or Brainstem Implants
Andy J. Beynon

Chapter 10. Testing Potentially Beyond Hearing-Related Yet of Interest in Audiology the Profession
Heads Up: Not Only Electric Fields, Magnetic Fields Too—Confirming Origins
John D. Durrant, David L. McPherson, and Lionel Collet
Quick Look at Intraoperative Neuromonitoring and Other Evoked Potentials
Abreena I. Tlumak and John D. Durrant
Heads Up: A Case of Elective Surgery That Could Have Gone Badly Were It Not for IONM
John D. Durrant and Abreena I. Tlumak
Whose Land Is This?
Suzanne C. Purdy

Index

"Basic Concepts of Clinical Electrophysiology in Audiology is a revolutionary textbook, combining the research and expertise of both distinguished experts and up-and-coming voices in the field. By taking a multidisciplinary approach to the subject, the editors of this graduate-level text break down all aspects of Electrophysiology to make it accessible to Audiology students. In addition to defining the basics of the tools of the trade and their routine uses, the authors also provide ample presentations of new approaches currently undergoing continuing research and development. The goal of this textbook is to give developing audiologists a broad and solid basis of understanding of the methods in common or promising practice"-- Provided by publisher.

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