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E-raamat: Audiology Treatment

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  • Ilmumisaeg: 13-Jul-2018
  • Kirjastus: Thieme Medical Publishers Inc
  • Keel: eng
  • ISBN-13: 9781638533962
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  • Formaat: EPUB+DRM
  • Ilmumisaeg: 13-Jul-2018
  • Kirjastus: Thieme Medical Publishers Inc
  • Keel: eng
  • ISBN-13: 9781638533962
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The definitive guide to treating hearing loss and auditory disorders in the 21st century

Hearing loss impacts an estimated 360 million people worldwide and may precipitate poorer academic performance, reduced quality of life, decreased social engagement, and increased fatigue. Audiology Treatment, Third Edition by Jason Galster and a cadre of renowned audiology experts, is updated in full color with 180 illustrations and new topics. Pearls, best practices, and pitfalls on the management and treatment of hearing loss reflect significant knowledge gleaned from the authors' collective experience.

The book is a one-stop resource on hearing aids, covering the many scientific aspects of hearing loss and devices, fitting and measuring patients, and methods to ensure optimal performance over time. In-depth chapters cover the treatment of auditory disorders in children to older adults, including assessments, hearing aid coupling, real-ear measurements, and case studies.

Key Highlights

  • Physical properties of hearing aids, verification of acoustic performance, methods of audio signal processing to shape and filter sound, and a detailed introduction to prescription devices
  • Clinical outcome measures utilizing quality-of-life, costs analyses, and evidence-based methods
  • The expanded use of cochlear implants in children and adults
  • Unique topics such as bone-anchored hearing aids, assistive technologies, hearing protection, and management of tinnitus and hyperacusis

This title is part of a three-volume set on Audiology (Diagnosis, Treatment, and Practice Management). Together, these books cover every aspect of audiology, providing a remarkably comprehensive resource - essential reading for doctoral students in audiology and must-have bookshelf references for audiologists.

Preface ix
Contributors x
1 Introduction: On the Treatment of Hearing Loss
1(5)
Jason A. Galster
1.1 Best Practice in the Treatment of Hearing Loss
3(3)
2 Fundamentals of Hearing Aid Acoustics and Hardware
6(18)
Andrew Johnson
2.1 The Advancement of Hearing Aid Technology
6(1)
2.2 Hearing Aid Styles
6(3)
2.3 Hearing Aid Components
9(15)
3 Standards for Assessing Hearing Aid Performance
24(16)
David A. Preves
3.1 The Need for Standards and the Standards Development Process
24(1)
3.2 Regulatory Applications of Standards
25(1)
3.3 ANSI and IEC Standards
25(6)
3.4 Test Equipment for Assessing Electroacoustic Hearing Aid Performance
31(1)
3.5 Coupler Configurations Used for Testing Hearing Aids and Transducers
32(4)
3.6 Predicting Hearing Aid Sound Quality with Electroacoustic Measures
36(2)
3.7 Conclusion
38(2)
4 Hearing Aid Coupling: Theory and Application
40(39)
James R. Curran
Dennis Van Vliet
4.1 Introduction
40(1)
4.2 Connecting the Hearing Aid to the Ear
40(18)
4.3 The Hearing Aid Transmission Line
58(14)
4.4 Conclusion
72(1)
4.5 Acknowledgements
73(6)
5 Hearing Aid Coupling: Techniques and Technologies
79(15)
James R. Curran
Dennis Van Vliet
5.1 Introduction
79(1)
5.2 Preparation and Initial Inspection of the Ear
79(1)
5.3 Head Mirror
80(1)
5.4 Headlamp and Loupe
80(1)
5.5 Otoscope
81(1)
5.6 Video Otoscope
81(1)
5.7 Ear Light
81(1)
5.8 The Ear Examination
82(1)
5.9 Bony Exostoses
83(1)
5.10 Anticoagulant and Antiplatelet Medication
83(1)
5.11 Active Infection
83(1)
5.12 The Ear Impression
83(1)
5.13 Skill Development: Taking the Ear Impression
84(1)
5.14 Ear Dams and Blocks
85(1)
5.15 Inserting the Impression Material
86(1)
5.16 Open or Closed Jaw?
86(1)
5.17 Removal of the Impression
87(1)
5.18 Taking the Impression, Step by Step
87(3)
5.19 Allergic Reactions
90(1)
5.20 Fabrication of the Custom Shell or Earmold
90(1)
5.21 Future Developments
91(1)
5.22 Conclusion and Summary
92(1)
5.23 Acknowledgements
92(2)
6 Audio Signal Processing for Hearing Aids
94(20)
Ayasakanta Rout
6.1 Introduction
94(18)
6.2 Future Directions in Hearing Aid Signal Processing
112(2)
7 Fundamentals of Real-Ear Measurement
114(38)
John Pumford
David Smriga
7.1 Introduction
114(5)
7.2 Methodology for Real-Ear Measurements
119(8)
7.3 Real-Ear Measurement Terminology and Measurement Types
127(11)
7.4 Assessment of Hearing Aid Signal Processing Features and Form Factors
138(11)
7.5 Summary
149(1)
7.6 Acknowledgments
150(2)
8 Real-Ear Measurement Techniques
152(20)
David Smrim John Pumford
8.1 Interpretation of Real-Ear Measurements When Fitting to Hearing Aid Prescriptions
152(1)
8.2 Hearing Aid Prescriptions
152(3)
8.3 Limitations of Insertion Gain Measures
155(1)
8.4 The Measurement of Aided Output
156(1)
8.5 Not All Speech Signals Are Alike
157(1)
8.6 Real-Ear-Aided Response Targets
158(2)
8.7 General Fitting Protocols Associated with `Speechmap' Verification
160(5)
8.8 Hearing Aid Function Testing
165(3)
8.9 Noise Reduction
168(1)
8.10 Telecoil Measurement
169(1)
8.11 Summary
170(2)
9 Hearing Aid Prescriptive Fitting Methods
172(20)
Erin M. Picou
9.1 Introduction
172(1)
9.2 Ways Prescriptions Vary
173(3)
9.3 History
176(4)
9.4 Modern Prescriptions
180(2)
9.5 Case Studies
182(3)
9.6 The Methods of Prescriptive Fitting
185(4)
9.7 Summary
189(3)
10 Outcome Measures in the Prescription of Hearing Aids for Adults
192(29)
Harvey B. Abrams
10.1 Introduction
192(1)
10.2 Rationale for Hearing Aid Outcomes Assessment
192(1)
10.3 A Conceptual Framework for Hearing Aid Intervention
193(17)
10.4 The Economics of Outcomes
210(4)
10.5 Counseling Patients on the Outcomes of Care
214(2)
10.6 Outcomes and Evidence-Based Practice
216(1)
10.7 Conclusion
217(1)
10.8 Acknowledgements
218(3)
11 Hearing Aid Selection and Prescription for Children
221(22)
Ryan W. McCreery
11.1 Introduction
221(1)
11.2 Hearing Aid Candidacy for Children
221(3)
11.3 Diagnostic Assessment for Hearing Aid
224(1)
11.4 Special Cases of Hearing Aid Candidacy
225(2)
11.5 Prescription of Amplification for Children
227(2)
11.6 Essential Hearing Aid Features
229(4)
11.7 Selection of Advanced Hearing Aid Features
233(7)
11.8 Conclusions
240(1)
11.9 Summary
240(3)
12 Cochlear Implants in Adults
243(24)
Sarah A. Sydlowski
12.1 Introduction
243(1)
12.2 Cochlear Implant Design
244(4)
12.3 Implant Process
248(6)
12.4 Special Factors
254(5)
12.5 Cochlear Implant Outcomes
259(3)
12.6 Device Failure and Postoperative Complications
262(1)
12.7 Future Directions
262(1)
12.8 Conclusions
263(4)
13 Cochlear Implants in Children
267(22)
Sarah A. Svdlowski
13.1 Introduction
267(1)
13.2 History of Cochlear Implants in Children
267(1)
13.3 Cultural Issues of Cochlear Implantation
268(1)
13.4 Candidacy Considerations
268(5)
13.5 Medical and Surgical Considerations
273(5)
13.6 Complications and Failures
278(1)
13.7 Cochlear Implant Design
279(1)
13.8 Programming Pediatric Cochlear Implants
279(1)
13.9 Performance/Expected Outcomes
280(3)
13.10 Habilitation
283(1)
13.11 Quality of Life and Cost-Effectiveness
284(1)
13.12 Conclusions and Future Directions
284(5)
14 Bone Conduction Hearing Solutions
289(9)
William Hodgetts
14.1 Introduction
289(1)
14.2 Case Vignette
289(1)
14.3 Increases in Bone-Conduction Hearing Solutions
290(1)
14.4 Explosion of Technologies
290(1)
14.5 Bone-Conduction Candidacy
291(1)
14.6 Bone-Conduction Approaches
291(2)
14.7 Output Considerations
293(1)
14.8 Other Considerations
293(1)
14.9 Understanding your Own Environment
293(1)
14.10 Outcome Measures in Bone Conduction
294(1)
14.11 Case Vignette
294(1)
14.12 Conclusion
295(3)
15 Hearing Assistive and Related Technology
298(18)
Samuel R. Atcherson
15.1 Introduction
298(1)
15.2 Establishing the Need for Hearing Assistive and Related Technology
298(1)
15.3 Target Populations and Groups Who May Benefit from Hearing Assistive and Related Technology
299(2)
15.4 Assistive Listening Devices
301(6)
15.5 Telecommunication Technology
307(2)
15.6 Speech-to-Text Technology
309(1)
15.7 Alerting Technology
310(1)
15.8 Devices for Health Professionals
310(1)
15.9 Mobile Applications
311(1)
15.10 Incorporating Hearing Assistive and Related Technology into Clinical Practice
312(1)
15.11 Summary
313(3)
16 Hearing Protection Devices
316(12)
Brian J. Fligor
16.1 Introduction
316(1)
16.2 Types of Hearing Protection Devices, Attenuation Characteristics
317(1)
16.3 Attenuation Characteristics
318(2)
16.4 Limitations of Standard HPDs
320(2)
16.5 Custom-Fit HPDs
322(1)
16.6 Passive Acoustically Tuned HPDs
323(1)
16.7 Active Electronic HPDs
324(1)
16.8 Active HPD for Communication-Critical Applications
324(1)
16.9 Hearables: An Old, and New, Use for Ears
325(1)
16.10 Assessment Techniques
325(1)
16.11 Real-Ear Attenuation at Threshold Method
325(1)
16.12 Microphone in Real-Ear Method
326(1)
16.13 Acoustical Test Fixture Method
326(1)
16.14 Summary
326(2)
17 Tinnitus and Sound Sensitivity
328(34)
Christopher Spankovich
17.1 Introduction
328(1)
17.2 Types of Tinnitus
329(1)
17.3 Neuroscience of Tinnitus (Limited to Neurophysiological Tinnitus)
330(17)
17.4 Lifestyle Management of Tinnitus
347(8)
17.5 Summary
355(7)
Index 362