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1	An Audibility Model of the Bone Conduction Device during Headband Trial in Single-sided Deaf Subjects. ...
	Cattani, Guido; Rhebergen, Koenraad S.; Smit, Adriana L.. - : Zenodo, 2022
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2	An Audibility Model of the Bone Conduction Device during Headband Trial in Single-sided Deaf Subjects. ...
	Cattani, Guido; Rhebergen, Koenraad S.; Smit, Adriana L.. - : Zenodo, 2022
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3	An Audibility Model of the Bone Conduction Device during Headband Trial in Single-sided Deaf Subjects. ...
	Cattani, Guido; Rhebergen, Koenraad S.; Smit, Adriana L.. - : Zenodo, 2022
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4	Audibility of the Bone Conduction Device Headband Trial in Single-sided Deaf Subjects. ...
	Cattani, Guido; Rhebergen, Koenraad S.; Smit, Adriana L.. - : Zenodo, 2021
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5	Using a Bone-Conduction Headset to Improve Speech Discrimination in Children With Otitis Media With Effusion. ...
	Holland Brown, Tamsin; Salorio-Corbetto, Marina; Gray, Roger. - : Apollo - University of Cambridge Repository, 2019
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6	Using a Bone-Conduction Headset to Improve Speech Discrimination in Children With Otitis Media With Effusion.
	Holland Brown, Tamsin; Salorio-Corbetto, Marina; Gray, Roger; James Best, Alexandra; Marriage, Josephine E. - : SAGE Publications, 2019. : Trends Hear, 2019
	Abstract: The recommended management for children with otitis media with effusion (OME) is 'watchful waiting' before considering grommet surgery. During this time speech and language, listening skills, quality of life, social skills, and outcomes of education can be jeopardized. Air-conduction (AC) hearing aids are problematic due to fluctuating AC hearing loss. Bone-conduction (BC) hearing is stable, but BC hearing aids can be uncomfortable. Both types of hearing aids are costly. Given the high prevalence of OME and the transitory nature of the accompanying hearing loss, cost-effective solutions are needed. The leisure industry has developed relatively inexpensive, comfortable, high-quality BC headsets for transmission of speech or music. This study assessed whether these headsets, paired with a remote microphone, improve speech discrimination for children with OME. Nineteen children aged 3 to 6 years receiving recommended management in the United Kingdom for children with OME participated. Word-discrimination thresholds were measured in a sound-treated room in quiet and with 65 dB(A) speech-shaped noise, with and without a headset. The median threshold in quiet (N = 17) was 39 dB(A) (range: 23-59) without a headset and 23 dB(A) (range: 9-35) with a headset (Z = -3.519, p < .001). The median threshold in noise (N = 19) was 59 dB(A) (range: 50-63) without a headset and 45 dB(A) (range: 32-50) with a headset (Z = -3.825, p < .001). Thus, the use of a BC headset paired with a remote microphone significantly improved speech discrimination in quiet and in noise for children with OME. ; The main source of funding for this study was the Cambridge Hearing Trust. T. H. B. was awarded the British Association of Paediatricians in Audiology Prize in 2017, and J. E. M. and M. S.-C. were jointly granted the Stuart Gatehouse Applied Research Grant 2015 by the British Society of Audiology, both toward the Bone conduction In Glue ear study.
	Keyword: Bone Conduction; Child; Conductive; Female; Hearing Aids; Hearing Loss; Humans; Language; Male; Otitis Media with Effusion; Preschool; Quality of Life; Speech Perception; Treatment Outcome; United Kingdom
	URL: https://doi.org/10.17863/CAM.43595 https://www.repository.cam.ac.uk/handle/1810/296548
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7	A new bone conduction hearing aid to predict hearing outcome with an active implanted device
	Canale A.; Boggio V.; Albera A.. - 2019
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8	Bone Conduction Communication: Research Progress and Directions
	McBride,Maranda; Tran,Phuong; Letowski,Tomasz. - 2017
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9	Improving sound localization after cochlear implantation and auditory training for the management of single-sided deafness
	Nawaz, Sameerah; McNeill, Celene; Greenberg, Simon L. - : Lippincott Williams & Wilkins, 2014
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10	A Global patient outcomes registry : cochlear paediatric implanted recipient observational study (Cochlear™ P-IROS)
	Sanderson, Georgina; Ariyaratne, Thathya V; Wyss, Josephine. - : BioMed Central, 2014
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11	Bone Conduction Ocular Vestibular Evoked Myogenic Potentials
	Murnane, Owen D.; Akin, Faith W.; Kelly, J. K....
	In: ETSU Faculty Works (2011)
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12	A Comparison of Air And Bone-conducted VEMPs
	Tampas, J.; Clinard, C.; Murnane, Owen D....
	In: ETSU Faculty Works (2006)
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13	Air and Bone-Conducted Vestibular Evoked Myogenic Potentials
	Akin, Faith W.; Murnane, Owen D.; Tampas, J....
	In: ETSU Faculty Works (2005)
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14	Speech Intelligibility with a Bone Vibrator
	Pellieux, L.; Bouy, J. C.; Blancard, C....
	In: DTIC (2005)
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15	Speech Intelligibility with Acoustic and Contact Microphones
	Acker-Mills, Barbara; Houtsma, Adrianus; Ahroon, William
	In: DTIC (2005)
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16	Bone Conduction Transmission and Head‐Shadow Effects for Unilateral Hearing Losses Fit with Transcranial Cic Hearing Aids
	Fagelson, Marc A.; Noe, Colleen; Blevins, Jennifer...
	In: ETSU Faculty Works (2000)
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17	Speech reception via bone conduction
	Morris, Sherry G.
	In: Dissertations and Theses (1989)
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