Title of article :
Investigating Quick Speech-in-Noise Comprehension in Adult Bimodal Users
Author/Authors :
Fakhri ، Javad Department of Audiology - School of Rehabilitation - Tehran University of Medical Sciences , Rouhbakhsh ، Nematollah Department of Audiology - School of Rehabilitation - Tehran University of Medical Sciences , Hoseinabadi ، Reza Department of Audiology - School of Rehabilitation - Tehran University of Medical Sciences , Fatahi ، Farzaneh Department of Audiology - School of Rehabilitation - Tehran University of Medical Sciences , Sepehernejad ، Mahsa Department of Audiology - School of Rehabilitation - Isfahan University of Medical Sciences , Roghani ، Zohreh Department of Audiology - School of Rehabilitation - Tehran University of Medical Sciences
From page :
161
To page :
166
Abstract :
Introduction: The use of cochlear implants, due to technological limitations, causes problems in speech comprehension in the presence of noise. This study aimed to evaluate the speech-innoise (SIN) comprehension with emphasis on high-frequency components between users of different bimodal adult. Materials and Methods: This study was conducted on 33 adult participants with a mean age of 36 years using bimodal (cochlear implant in one ear and hearing aid in another ear: CI/HA) style of different companies. Quick SIN with emphasis on high-frequency components was performed on the participants using an audiometer, an amplifier, and one speaker. Results: Comparing the average percentage of correct answers from the word recognition test in the presence of noise in bimodal users showed that the Cochlear brand provides a better signal-to-noise (SNR) compare to other brands. Our result shows that bimodal users of Advance bionic and Med-El groups have better performance in speech recognition than other brands. Conclusion: Bimodal users of Advance bionic and Med-El have better SNR loss than other brands. Besides, further studies on different ages can be helpful to make the right decision in this regard.
Keywords :
Cochlear implant , Bimodal implantation , Speech recognition , Noisy backgrounds , Speech in noise perception
Journal title :
Journal of Modern Rehabilitation
Journal title :
Journal of Modern Rehabilitation
Record number :
2659988
Link To Document :
بازگشت