HIMSA Noah 4 banner
 

Considerations When Selecting Hearing Aids for Infants and Children

Julie Purdy, PhD, Sheila T. Moodie, PhD, MCISc

October 27, 2008


Question

Other than applying evidence-based prescriptive targets, what else should be considered when selecting hearing aids for an infant or young child?

Answer

Seewald and Ross (1988) state that there are at least three important components to the hearing aid selection and fitting process for infants and young children: (1) be attentive to the quality and quantity of auditory input received by the child so that the speech and language development can by maximized in a naturally occurring way;(2) the basic premise of the initial hearing aid selection is that all initial electroacoustic characteristics are tentative and (3) hearing aid selection must be viewed as an ongoing process that is part of a complete habilitative program.

Keeping these points in mind, there are several non-electroacoustic items that should be considered when selecting a hearing aid for an infant or young child. One is to ensure the behind-the-ear (BTE) hearing instrument has a pediatric-sized filtered earhook. This will allow for better retention on the child's ear and the filter will reduce peaks in the hearing instrument response that could compromise the fit to targets. Direct audio input is also an important feature as use of an FM system is likely to occur in the future. Also, locking mechanisms for the volume control and battery door are crucial. For most situations, the volume control should remain in one position in the hearing aid. Locking it will ensure that accidental increases or decreases in the amount of volume do not occur while the child is wearing the aids. This could result in over- or under- amplification for a period of time. Locking the battery door compartment keeps the battery from inadvertently coming out and being swallowed by the child. Hearing aid batteries are toxic;therefore, this is a critical safety precaution. Finally, deactivation of advanced features (i.e. directional microphones, noise reduction, and multiple memories) is useful, especially at the early stages where advanced technologies may not be applied.

This Ask The Expert Question was taken from an article previous published on Audiology Online entitled, "Learning the Art to Apply the Science: Common Questions Related to Pediatric Hearing Instrument Fitting". See Bagatto and Moodie (2007) for additional information.

References:

Bagatto, M., Moodie, S., (2007, October 8). Learning the Art to Apply the Science: Common Questions Related to Pediatric Hearing Instrument Fitting. Audiology Online, Article 1886. Accessed from the Article Archives from www.audiologyonline.com/articles/

Seewald, R.C. & Ross, M. (1988). Amplification for young hearing-impaired children. In M. Pollack (Ed.), Amplification for the Hearing-Impaired, 3rd edition (pp. 213-271). Orlando: Grune & Stratton.

Marlene Bagatto, Au.D., is a Research Associate and Sheila T. F. Moodie, M.Cl.Sc., is a Research Audiologist at the National Centre for Audiology at the University of Western Ontario in London, Ontario, Canada.


julie purdy

Julie Purdy, PhD


sheila t moodie

Sheila T. Moodie, PhD, MCISc

Research Audiologist in The Child Amplification Laboratory

Sheila Moodie is a Research Audiologist in The Child Amplification Laboratory, at The National Centre for Audiology, University of Western Ontario and a PhD Candidate in the Health and Rehabilitation Sciences Program, Faculty of Health Sciences also at The University of Western Ontario. She has assisted in the development and methods to improve the clinical implementation of the DSL Method for over 20 years. She has been awarded a Canadian Institutes of Health Research Frederick Banting and Charles Best Canada Graduate Scholarship to study methods that reduce the knowledge utilization gap in audiology by encouraging collaborative linkage and exchange between researchers and clinicians. none


Related Courses

Presenters

Presenter: marlene bagatto

Marlene Bagatto, AuD, PhD

Sheila T. Moodie, PhD, MCISc

Learning the Art to Apply the Science: Common Questions Related to Pediatric Hearing Instrument Fitting [Text/Transcript Course]

Course: #9790
CEUs/Hours Offered: AAA/0.1 Intermediate; ACAud/1.0; BAA/1.0; CAA/1.0; CASLPA/1.0; Calif. HADB/1.0 Hearing Aid Related; IHS/1.0; Kansas DHE, LTS-S0035/1.0
Cost: Free to View

Pediatric audiologists rely on evidence-based procedures when fitting hearing aids to their young patients. Although the science is concrete and clinically feasible, there are some practical topics of relevance that may not have been covered in a formal publication. This article aims to address some frequently asked questions related to procedures used for pediatric hearing instrument fitting.

Presenters

Presenter: marlene bagatto

Marlene Bagatto, AuD, PhD

Sheila T. Moodie, PhD, MCISc

Frequently Asked Questions About Fitting Hearing Aids to the Pediatric Population [Recorded Course]

Course: #10352
CEUs/Hours Offered: AAA/0.1 Intermediate; ACAud/1.0; AHIP/1.0; BAA/1.0; CAA/1.0; CASLPA/1.0; IHS/1.0; Kansas DHE, LTS-S0035/1.0
Cost: Free to View

Pediatric audiologists rely on evidence-based procedures when fitting hearing aids to their young patients. Although the science is concrete and clinically feasible, there are some practical topics of relevance that may not have been covered in a formal publication. This article aims to address some frequently asked questions related to procedures used for pediatric hearing instrument fitting.

Presenter

Presenter: sheila t moodie

Sheila T. Moodie, PhD, MCISc

Clinician Fit-to-DSL Targets: Preliminary Results From a Network Study [Recorded Course]

Course: #14898
CEUs/Hours Offered: AAA/0.1 Intermediate; ACAud/0.1; AHIP/1.0; BAA/1.0; CAA/1.0; Calif. HADB/1.0 Hearing Aid Related; IHS/1.0; Kansas DHE, LTS-S0035/1.0
Cost: Free to View

The Desired Sensation Level (DSL) Method is a recommended hearing aid prescriptive method that defines the auditory area based on the unique individual characteristics of the child's ears and then prescribes the frequency/gain characteristics that will provide amplified speech that is audible, comfortable, and undistorted across the broadest relevant frequency range possible. This fit-to-DSL target study aimed to compare the results of real-ear measures of hearing aid performance for a variety of hearing losses collected by clinicians in a pediatric network with the DSL v5.0a prescribed target criteria across frequency and input levels.

Presenter

Presenter: sheila t moodie

Sheila T. Moodie, PhD, MCISc

20Q: Moving from Evidence to Practice - Can Knowledge Translation and Implementation Science Help Audiology Get There? [Text/Transcript Course]

Course: #19419
CEUs/Hours Offered: AAA/0.1 Intermediate; ACAud/0.1; AHIP/1.0; ASHA/0.1 Intermediate, Professional; BAA/1.0; CAA/1.0; CASLPA/1.0; Calif. HADB/1.0 Hearing Aid Related; IHS/1.0
Cost: Free to View

Everyday clinical practice often falls short of what is recommended in evidenced-based research or best practice guidelines. This article provides an overview of the field of study known as knowledge translation and implementation science, and discusses its potential application to audiology in order to help overcome barriers and facilitate implementation of best practices across the profession.

Presenter

Presenter: jason galster

Jason Galster, PhD, CCC-A

Directional Microphones in Classrooms [Recorded Course]

Course: #14978
CEUs/Hours Offered: AAA/0.1 Intermediate; ACAud/0.1; AHIP/1.0; BAA/1.0; CAA/1.0; Calif. HADB/1.0 Hearing Aid Related; IHS/1.0; Kansas DHE, LTS-S0035/1.0
Cost: Free to View

Many audiologists eagerly fit adults with hearing aids that feature directional processing. In contrast, prescription of directional hearing aids to school-age children is something that some audiologists are hesitant to consider. This session will review research that evaluated directional microphones in the classroom. The effects of room acoustics on directional microphone performance will also be discussed (Recorded 12/1/2009).