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- PMID: 24909593
- UKPMCID: 24909593
- DOI: 10.3109/14992027.2014.917207
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Repeatability, agreement, and feasibility of using the threshold equalizing noise test and fast psychophysical tuning curves in a clinical setting.
Pepler, Anna; Munro, Kevin J; Lewis, Kathryn; Kluk, Karolina
International journal of audiology. 2014;53(10):745-52.
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Full-text held externally
- PMID: 24909593
- UKPMCID: 24909593
- DOI: 10.3109/14992027.2014.917207
Abstract
UNLABELLED: Abstract Objective: To investigate repeatability, agreement, and clinical feasibility of the threshold equalizing noise (TEN) test and fast psychophysical tuning curve (PTC) measurements to detect off-frequency listening, an indicator of cochlear dead regions (DRs). DESIGN: The TEN-test was carried out from 0.5 to 4 kHz and fast PTCs were carried out at ≥ 2 frequencies. STUDY SAMPLE: The TEN-test was completed on 70 ears; fast PTCs were measured on 20 ears. RESULTS: TEN-test findings were repeatable in terms of meeting the criteria for a DR (97%) and identifying the same edge frequency (fe) (87%). In all cases, fast PTCs were repeatable in terms of meeting the criteria for DRs. There was 87% agreement between the two procedures in terms of the presence of off-frequency listening, and there was 73% agreement in terms of fe. Fast PTCs had a 10% lower 'conclusive finding' rate than the TEN-test and the test duration was typically 40 minutes longer. CONCLUSIONS: Both the TEN-test and fast PTCs have high test-retest repeatability. The TEN-test is more clinically feasible due to its shorter test duration and higher interpretation rate, but it may underestimate the extent of a DR because of its inability to precisely identify fe.
Keyword(s)
Cochlear dead regions; agreement; feasibility; psychophysical tuning curves; test repeatability; threshold equalizing noise test