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1
Cochlear implantation outcomes in adults: A scoping review
In: PLoS One (2020)
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2
What factors contribute to successful outcomes for children using cochlear implants
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3
Latest results for adults & children using cochlear implants & future implications
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4
Hearing levels and speech perception prior to cochlear implantation - are they predictive of outcomes for adult implant users?
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5
Speech perception & indirect benefits for severely hearing impaired children using cochlear implants [Abstract]
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6
Performance benefits and costs for children using cochlear implants and hearing aids [Abstract]
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7
Evaluation of direct and indirect benefits in the selection of cochlear implant candidates [Abstract]
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8
Contributing factors to improved speech perception in children using the nucleus 22-channel cochlear prosthesis
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9
Multicenter evaluations of speech perception in adults and children with the nucleus (cochlear) 22-channel cochlear implant
Abstract: The Nucleus 22-channel cochlear implant has been implanted in over 10,500 patients in 79 countries. and used for more than 25 languages. It arose as a result of our early physiological, behavioral and biological research on experimental animals. The historical development of the Nucleus device has been outlined in detail by Clark. Our ongoing research has led to improvements in the way speech is processed with the 22-channel device that are now resulting in improved speech perception for profoundly totally deaf people that is, on average, better than the speech perception obtained by many deaf people with hearing aids. The multiple-channel cochlear implant was first approved by the US Food and Drug Administration (FDA) for use in postlinguistically deaf adults in 1985. It was subsequently approved for use in children in 1990. The proportion of children (18 years of age and under) to have now received it is approximately 439C (4,500 out of 10.500). In evaluating improvements in speech processing it is important to design well-controlled studies, and a number of important ones which have previously been published are summarized in this paper. In addition, speech perception results for all the Nucleus speech processing strategies have been obtained four to six months postoperatively from unselected patients presenting to the Cochlear Implant Clinic at the Royal Victorian Eye & Ear Hospital (RVEEH), Melbourne, and are presented in this paper. As results can vary greatly with different durations of experience it is essential to make comparisons at the same time postoperatively. These clinical data are the most complete to date for comparing the Nucleus speech processing strategies. ; 10-14 June
Keyword: Nucleus 22-channel cochlear implant; otolaryngology; otology
URL: http://hdl.handle.net/11343/26938
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10
Speech perception benefits for children using an advanced cochlear implant speech processing strategy in quiet and in noise [Abstract]
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11
Habilitation issues in the management of children using the cochlear multiple-channel cochlear prosthesis
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12
Factors associated with open-set speech perception in children using the Cochlear multiple-channel prosthesis [Abstract]
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13
Speech perception benefits for children using the 22-channel Melbourne/cochlear hearing prosthesis [Abstract]
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