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Objectif: L'objectif principal de l'étude était d'étudier la faisabilité, la fiabilité et la validité du test des chiffres néerlandais dans le bruit (DIN) pour mesurer la reconnaissance vocale chez les utilisateurs d'appareils auditifs et d'impl[...]Article
Objectifs: Les objectifs étaient d'évaluer les relations entre la perception, l'évaluation et l'expérience de la musique chez les utilisateurs d'implants cochléaires dans plusieurs contextes cliniques et d'examiner la viabilité de deux évaluatio[...]Article
Lisa S. Davidson, Auteur ; Jill B. Firszt, Auteur ; Chris A. Brenner, Auteur ; et al., Auteur |Background: A coordinated fitting of a cochlear implant (CI) and contralateral hearing aid (HA) for bimodal device use should emphasize balanced audibility and loudness across devices. However, guidelines for allocating frequency information to[...]Article
Objectives: A positive relation between audibility and speech understanding has been established for cochlear implant (CI) recipients. Sound field thresholds of 20 dB HL across the frequency range provide CI users the opportunity to understand s[...]Article
Objective: To determine whether new technology for intraoperative evoked compound action potential (ECAP) threshold measurements—the CR120 Intraoperative Remote Assistant device—is comparable to the existing Custom Sound® clinical system, as wel[...]Article
Jace Wolfe ; Mila Morais ; Erin C. Schafer ; et al. |Background: Cochlear implant recipients often experience difficulty with understanding speech in the presence of noise. Cochlear implant manufacturers have developed sound processing algorithms designed to improve speech recognition in noise, a[...]Article
Wim Buyens ; Bas van Dijk ; Marc Moonen ; et al. |Background: Although for most cochlear implant (CI) users good speech understanding is reached (at least in quiet environments), the perception and the appraisal of music are generally unsatisfactory.Article
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Objective The goal of this study was the evaluation of a synthetic version of the Digits-in-Noise (DiN) in participants with normal hearing. Additionally, the basis characteristics of the DiN in CI recipients were investigated. Design and stud[...]Article
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Andrew D. Vandali ; Pam Dawson ; Agnes Au ; Yanyou Yu ; Matthew Brown ; Michael Goorevich ; Robert Cowan |La stratégie OPAL ( Pitch and Language) optimisée améliore la perception de la hauteur grâce au codage des informations de modulation d'amplitude de fréquence fondamentale (F0) dans l'enveloppe de stimulus délivrée à un implant cochléaire. Des r[...]Article
Objectives: A software tool (EasyMDT) that measures temporal modulation detection thresholds of a broadband noise carrier is presented. EasyMDT is designed to be both easy and quick to promote the use in environments where testing time is limite[...]Article
Objectives: Spectro-temporal ripple tests are commonly used in cochlear implant (CI) research as language-independent indicators of speech recognition (in noise) or as stand-alone tests. Test-retest reliability of these tests has been scarcely d[...]Article
To evaluate the benefit of a wireless remote microphone (MM) for speech recognition in noise in bimodal adult cochlear implant (CI) users both in a test setting and in daily life. Design: This prospective study measured speech reception threshol[...]Article
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Objectives: The majority of children born in the United States with hearing loss (HL) are born to parents with hearing. Many of these parents ultimately choose cochlear implantation for their children. There are now decades of research showing w[...]Article
Yang-Wenyi Liu ; Duo-Duo Tao ; Bing Chen ; et al. |Objectives: While fundamental frequency (F0) cues are important to both lexical tone perception and multitalker segregation, F0 cues are poorly perceived by cochlear implant (CI) users. Adding low-frequency acoustic hearing via a hearing aid in [...]Article
Background: Children with profound hearing loss can gain access to sound through cochlear implants (CIs), but these devices must be worn consistently to promote auditory development. Although subjective parent reports have identified several [...]Article
Objectives: The study aimed to determine the effect of interimplant interval and onset of profound deafness on sound localization in children with bilateral cochlear implants, controlling for cochlear implant manufacturer, age, and time since se[...]Article
Background: To learn words and acquire language, children must be able to discriminate and correctly perceive phonemes. Although there has been much research on the general language outcomes of children with cochlear implants (CIs), little [...]Article
Jace Wolfe ; Mickael L.D. Deroche ; Sara Neumann ; Lindsay Hanna ; Will Towler ; Caleb Wilson ; Alexander B. Bien ; Sharon E. Miller ; Erin C. Schafer ; Vincent Gracco |Background Considerable variability exists in the speech recognition abilities achieved by children with cochlear implants (CIs) due to varying demographic and performance variables including language abilities. Purpose This article examine[...]Article
Floris Heutink ; Tamara J. Meulman ; Berit M. Verbist ; Willem-Jan van der Woude ; Jeroen J. Briaire ; Johan H.M. Frijns ; Priya Vart ; Emmanuel A. M. Mylanus ; Wendy J. Huinck |Objectives: The primary objective of this study is to identify the biographic, audiologic, and electrode position factors that influence speech perception performance in adult cochlear implant (CI) recipients implanted with a device from a singl[...]Article
We investigated the factors influencing speech perception in babble for 5-year-old children with hearing loss who were using hearing aids (HAs) or cochlear implants (CIs). Design: Speech reception thresholds (SRTs) for 50% correct identification[...]Article
Rachel Frush Holt ; Jessica Beer ; William Kronenberger ; David B. Pisoni ; Kaylah Lalonde ; Lindsay Mulinaro |Objectives: To examine differences in family environment and associations between family environment and key speech, language, and cognitive outcomes in samples of children with normal hearing and deaf and hard-of-hearing (DHH) children who use [...]Article
Objective: To determine if cochlear implants recipients can be safely and effectively fitted with their sound processor one day after their implant surgery. Design: All subjects were implanted with MED-EL Concerto cochlear implant. Subjects’ ele[...]Article
This study investigated the hypotheses that (1) prelingually deafened CI users do not have perfect electrode discrimination ability and (2) the deactivation of non-discriminable electrodes can improve auditory performance. Design: Electrode disc[...]Article
Objectif: Cette étude visait à évaluer les avantages de l'implant cochléaire (IC) sur la perception de la parole, la qualité de vie (QV) et la fonction cognitive chez les personnes âgées profondément devenues sourdes. Conception: étude de coh[...]Article
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Marita K. Everhardt ; Dorit Enja Jung ; Berrit Stiensma ; Wander Lowie ; Deniz Baskent ; Anastasios Sarampalis |Objectives: This study explores to what degree adolescent cochlear implant (CI) users can learn a foreign language in a school setting similar to their normal-hearing (NH) peers despite the degraded auditory input. Design: A group of native Dut[...]Article
Objectif: Une formation auditive spécifique sur ordinateur peut être un complément utile dans le processus de réadaptation des auditeurs d'implants cochléaires (IC) pour atteindre une intelligibilité de la parole suffisante. Cette étude a évalué[...]Article
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Michael W. Canfarotta ; Margaret T. Dillon ; Emily Buss ; Harold C. Pillsbury ; Kevin D. Brown ; Brendan P. O'Connell |Objectives: The spatial position of a cochlear implant (CI) electrode array affects the spectral cues provided to the recipient. Differences in cochlear size and array length lead to substantial variability in angular insertion depth (AID) acros[...]Article
Damage to auditory hair cells is a key feature of sensorineural hearing loss due to aging, noise exposure, or ototoxic drugs. Though hair-cell loss is permanent in humans, research in bird species led to the discovery that analogous hair cells o[...]Article
Coen A. A. Windmeijer, Auteur ; Jan Dirk Biesheuvel, Auteur ; Peter Paul B.M. Boermans, Auteur ; Jeroen J. Briaire, Auteur ; Johan H.M. Frijns, Auteur |Objective We sought to validate our proposed tool for estimating channel discrimination of cochlear implant (CI) users along the full electrode array and to assess associations between place-pitch discrimination and speech perception. Design[...]Article
Sarah A. Sydlowski, Auteur ; Michelle King, Auteur ; Karen Petter, Auteur ; Meagan Lewis Bachmann, Auteur |Potential cochlear implant (CI) candidates arrive to the clinic with a variety of hearing loss configurations, hearing aid history, and aided capabilities. CI candidacy is primarily determined based on aided speech recognition capability, which [...]Article
William Kronenberger ; Hannah Bozell ; Shirley C. Henning ; Caitlin J. Montgomery ; Allison M. Ditmars ; David B. Pisoni |Objective This study investigated differences in functional hearing quality between youth with cochlear implants (CIs) and normal hearing (NH) peers, as well as associations between functional hearing quality and audiological measures, speech p[...]Article
Mee Hyun Song ; Jinsei Jung ; John Hoon Rim ; et al. |Objectives: Late-onset, down-sloping sensorineural hearing loss has many genetic and nongenetic etiologies, but the proportion of this commonly encountered type of hearing loss attributable to genetic causes is not well known. In this study, the[...]Livre
Jean-Marc Kremer, Directeur de publication, rédacteur en chef ; Emmanuelle Lederlé, Directeur de publication, rédacteur en chef ; Christine Maeder, Directeur de publication, rédacteur en chef | Paris : Lavoisier-Médecine sciences | Professions santé, ISSN 2274-7192 | 2016Ce volume 4 traite en première partie de la sphère oto-rhino-laryngologique : dysfonctions oro-faciales, troubles de la voix, maladies du larynx, de la trompe d’Eustache ainsi que les troubles et l’intervention en cancérologie ORL. Ce volume abo[...]Article
Objectif: Cet article vise à résumer les résultats publiés par les auteurs et à les intégrer dans la littérature actuelle pour soutenir les lignes directrices cliniques lors du choix d'une oreille pour l'implantation cochléaire chez les adultes [...]Livre
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Objective: The present study examined differences in health-related quality of life (HRQoL) between deaf children with cochlear implants (CI) with and without developmental disabilities (DD) and differences across HRQoL domains within both group[...]Article
To describe health-related quality of life (HRQoL) outcomes of school-going paediatric cochlear implant (CI) recipients in a South African cohort from the perspectives of parents. Design: Parents of school-going CI recipients completed the Chil[...]Article
Objectives: The objective of this study was to assess self-reported health-related quality of life (HR-QOL) in a group of children with cochlear implants (CIs) and to compare their scores to age- and gender-matched controls. The authors also ass[...]
