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Validation of DPOAE screening conducted by village health workers in a rural community with real-time click evoked tele-auditory brainstem response
Journal article   Open access   Peer reviewed

Validation of DPOAE screening conducted by village health workers in a rural community with real-time click evoked tele-auditory brainstem response

Vidya Ramkumar, C S Vanaja, James W Hall, K Selvakumar and Roopa Nagarajan
International journal of audiology, v 57(5), pp 370-375
04 May 2018
PMID: 29334277
url
http://hdl.handle.net/2263/69073View

Abstract

tele-audiology grass roots worker telemedicine tele-auditory brainstem response DPOAE screening Community-based
This study assessed the validity of DPOAE screening conducted by village health workers (VHWs) in a rural community. Real-time click evoked tele-auditory brainstem response (tele-ABR) was used as the gold standard to establish validity. A cross-sectional design was utilised to compare the results of screening by VHWs to those obtained via tele-ABR. Study samples: One hundred and nineteen subjects (0 to 5 years) were selected randomly from a sample of 2880 infants and young children who received DPOAE screening by VHWs. Real time tele-ABR was conducted by using satellite or broadband internet connectivity at the village. An audiologist located at the tertiary care hospital conducted tele-ABR testing through a remote computing paradigm. Tele-ABR was recorded using standard recording parameters recommended for infants and young children. Wave morphology, repeatability and peak latency data were used for ABR analysis. Tele-ABR and DPOAE findings were compared for 197 ears. The sensitivity of DPOAE screening conducted by the VHW was 75%, and specificity was 91%. The negative and positive predictive values were 98.8% and 27.2%, respectively. The validity of DPOAE screening conducted by trained VHW was acceptable. This study supports the engagement of grass-root workers in community-based hearing health care provision.

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18 citations in Scopus

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Collaboration types
Domestic collaboration
International collaboration
Web of Science research areas
Audiology & Speech-language Pathology
Otorhinolaryngology
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