Foundations of Pediatric Audiology

Description

This book is a compilation of readings representing the basis for the practice of pediatric audiology. It contains forty-seven selected articles that are considered critical to understanding the fundamental principles in the field. Divided into five sections, the book covers the development of audition in infants, background information for current practice, test techniques and technology, and hearing loss in special populations. The readings in this book provide a foundation of knowledge that should be considered essential for anyone in the field of pediatric audiology.

Table of contents

· Preface

· Section I. Development of Auditory Function

· 1. Masked and Unmasked Pure-Tone Thresholds of Infants and Adults: Development of Auditory Frequency Selectivity and Sensitivity, Robert J. Nozza and Wesley R. Wilson
· 2. Pure-Tone Sensitivity of Human Infants, Lynne Werner Olsho, Elizabeth G. Koch, Elizabeth A. Carter, Christopher F. Halpin, and Nancy B. Spetner
· 3. The Development of a Human Auditory Localization Response: A U-Shaped Function, Darwin W. Muir, Rachel K. Clifton, and Marsha G. Clarkson
· 4. Size of the Critical Band in Infants, Children, and Adults, Bruce A. Schneider, Barbara A. Morrongiello, and Sandra E. Trehub
· 5. Infant Auditory Temporal Acuity: Gap Detection, Lynne A. Werner, G. Cameron Marean, Christopher F. Halpin, Nancy Benson Spetner, and Jay M. Gillenwater
· 6. Developmental Changes in Speech Discrimination in Infants, Rebecca E. Eilers, Wesley R. Wilson, and John M. Moore
· 7. Linguistic Experience Alters Phonetic Perception in Infants by 6 Months of Age, Patricia K. Kuhl, Karen A. Williams, Francisco Lacerda, Kenneth N. Stevens, and Björn Lindblom

· Section II. Behavioral Methodology

Audiometric Assessment

· 8. The Cross-Check Principle in Pediatric Audiometry, James F. Jerger and Deborah Hayes
· 9. Response of Infants and Young Children as a Function of Auditory Stimuli and Test Methods, Marie Thompson and Gary Thompson
· 10. Responses of Infants and Young Children to Behavior Observation Audiometry (BOA), Gary Thompson and Bruce A. Weber
· 11. Auditory Localization of Infants as a Function of Reinforcement Conditions, John M. Moore, Gary Thompson, and Marie Thompson
· 12. Visual Reinforcement of Head-Turn Responses in Infants Under 12 Months of Age, John M. Moore, Wesley R. Wilson, and Gary Thompson
· 13. Response Strength of Young Children in Operant Audiometry, Michael A. Primus and Gary Thompson

Speech Audiometry

· 14. Developments in Speech Audiometry, Arthur Boothroyd
· 15. A Picture Identification Test for Hearing-Impaired Children, Mark Ross and Jay Lerman
· 16. Articulation Functions and Test-Retest Performance of Normal-Hearing Children on Three Speech Discrimination Tests: WIPI, PBK-50, and NU Auditory Test No. 6, Mary E. Sanderson-Leepa and William F. Rintelmann
· 17. The BKB (Bamford-Kowal-Bench) Sentence Lists for Partially-Hearing Children, John Bench, Åse Kowal, and John Bamford
· 18. Pediatric Speech Intelligibility Test: Performance-Intensity Characteristics, Susan Jerger and James Jerger

· Section III. Electrophysiologic/Physiologic Methodology

Aural Acoustic Immittance

· 19. Tympanometric Detection of Middle Ear Effusion in Infants and Young Children, Jack L. Paradise, Clyde G. Smith, and Charles D. Bluestone
· 20. Tympanometric Gradient Measured from Normal Preschool Children, Katherine A. Koebsell and Robert H. Margolis
· 21. Identification of Middle Ear Dysfunction in Young Children: A Comparison of Tympanometric Screening Procedures, Jackson Roush, Amelia Drake, and John E. Sexton
· 22. Identification of Middle Ear Effusion by Aural Acoustic Admittance and Otoscopy, Robert J. Nozza, Charles D. Bluestone, David Kardatzke, and Ruth Bachman
· 23. Developmental Changes in Static Admittance and Tympanometric Width in Infants and Toddlers, Jackson Roush, Kristin Bryant, Martha Mundy, Susan Zeisel, and Joanne Roberts
· 24. Identification of Neonatal Hearing Impairment: Ear-Canal Measurements of Acoustic Admittance and Reflectance in Neonates, Douglas H. Keefe, Richard C. Folsom, Michael P. Gorga, Betty R. Vohr, Jay C. Bulen, and Susan J. Norton

Auditory Brainstem Response Evoked Potential

· 25. Development of Auditory Function in Newborn Infants Revealed by Auditory Brainstem Potentials, A. Starr, R.N. Amlie, W.H. Martin, and S. Sanders
· 26. Audiometric Accuracy of the Click ABR in Infants at Risk for Hearing Loss, Martyn L. Hyde, Krista Riko, and Kathy Malizia
· 27. Auditory Brainstem Responses from Children Three Months to Three Years of Age: Normal Patterns of Response II, Michael P. Gorga, Jan R. Kaminski, Kathryn L. Beauchaine, Walt Jesteadt, and Stephen T. Neely
· 28. Thresholds for Auditory Brain Stem Responses to Tones in Notched Noise from Infants and Young Children with Normal Hearing or Sensorineural Hearing Loss, David R. Stapells, Judith S. Gravel, and Brett A. Martin
· 29. Auditory Brain Stem Responses to Air- and Bone-Conducted Clicks in the Audiological Assessment of At-Risk Infants, Edward Y. Yang, Andrew Stuart, George T. Mencher, Lenore S. Mencher, and Michael J. Vincer
· 30. Auditory Steady-State Evoked Potential in Newborns, Field W. Rickards, Lesley E. Tan, Lawrence T. Cohen, Oriole J. Wilson, John H. Drew, and Graeme M. Clark

Evoked Otoacoustic Emissions

· 31. Evoked Otoacoustic Emissions in Normal-Hearing Infants and Children: Emerging Data and Issues, Susan J. Norton and Judith E. Widen
· 32. Distortion-product and click-evoked otoacoustic emissions of preterm and full-term infants, Jacek Smurzynski, Marjorie D. Jung, Denis Lafreniere, D.O. Kim, M. Vasudeva Kamath, Jonelle C. Rowe, Marlene C. Holman, and Gerald Leonard

· Section IV. Screening for Auditory Function

· 33. Modeling the Cost and Performance of Early Identification Protocols, Robert G. Turner
· 34. The Auditory Brain Stem Response Reliably Predicts Hearing Loss in Graduates of a Tertiary Intensive Care Nursery, Robert Galambos, Gayle E. Hicks, and Mary Jo Wilson
· 35. Automated Infant Hearing Screening Using the ABR: Development and Validation, Barbara S. Herrmann, Aaron R. Thornton, and Janet M. Joseph
· 36. Identification of Neonatal Hearing Impairment: Evaluation of Transient Evoked Otoacoustic Emission, Distortion Product Otoacoustic Emission, and Auditory Brain Stem Response Test Performance, Susan J. Norton, Michael P. Gorga, Judith E. Widen, Richard C. Folsom, Yvonne Sininger, Barbara Cone-Wesson, Betty R. Vohr, Kelley Mascher, and Kristin Fletcher
· 37. The New York State Universal Newborn Hearing Screening Demonstration Project: Outpatient Outcome Measures, Beth Prieve, Larry Dalzell, Abbey Berg, Mary Bradley, Anthony Cacace, Deborah Campbell, Joseph DeCristofaro, Judith Gravel, Ellen Greenberg, Steven Gross, Mark Orlando, Joaquim Pinheiro, Joan Regan, Lynn Spivak, and Frances Stevens
· 38. Universal Screening for Infant Hearing Impairment: Not Simple, Not Risk-Free, Not Necessarily Beneficial, and Not Presently Justified, Fred H. Bess and Jack L. Paradise
· 39. Universal Screening for Infant Hearing Impairment: Replies to Bess and Paradise, Select Reply Letters
· 40. Universal Screening for Infant Hearing Impairment: A Reply, Fred H. Bess and Jack L. Paradise

· Section V. Minimal Hearing Loss

· 41. Unilateral Hearing Impairment in Children, Fred H. Bess and Anne Marie Tharpe
· 42. Effects of Conductive Hearing Loss: Fact or Fiction, Ira M. Ventry
· 43. Hearing Acuity of Children with Otitis Media with Effusion, Thomas J. Fria, Erdem I. Cantekin, and John A. Eichler
· 44. Development of Speech Intelligibility in Children with Recurrent Otitis Media, Susan Jerger, James Jerger, Bobby R. Alford, and Sue Abrams
· 45. Listening and Language at 4 Years of Age: Effects of Early Otitis Media, Judith S. Gravel and Ina F. Wallace
· 46. Speech Recognition in Noise by Children with Minimal Degrees of Sensorineural Hearing Loss, Carl C. Crandell
· 47. Children with Minimal Sensorineural Hearing Loss: Prevalence, Educational Performance, and Functional Status, Fred H. Bess, Jeanne Dodd-Murphy, and Robert A. Parker