순음청력검사와 청성안정유발반응의 청력 및주파수에 따른 상관관계 분석
The Correlation between Pure Tone Audiometry and Auditory SteadyState Response according to the Hearing Level and Frequency
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Abstract
Background and Objectives：The aim of this study is to assess the correlation between hearing thresholds in pure tone audiometry(PTA) and auditory steady state response (ASSR) according to the hearing level and frequency. Subjects and Method：A total of 105 subjects (178 ears, 64 male and 41 female) were enrolled in this study. None of the subjects had middle ear diseasesand PTA and ASSR were performed on the same day for each subject. Ninety-eight subjects (168 ears) were finally enrolled inthe analysis of this study. Results：The correlation coefficient (r) of mean hearing threshold between PTA and ASSR was 0.96and the mean hearing threshold of PTA can be calculated from the mean hearing threshold of ASSR (PTA=1.05ASSR-7.6).When analyzed according to frequency, the correlation coefficients were 0.94, 0.95, 0.94, and 0.92 for 500, 1,000, 2,000, and4,000 Hz panels, respectively. Conclusion：This study showed that ASSR and PTA had very close correlation and ASSR couldbe used to estimate hearing thresholds with reliable accuracy in various cases where subjective hearing measurement includingPTA could not be performed. (Korean J Otolaryngol 2006;49:593-7)
참고문헌 (21)
- "Language ofearly- and later-identified children with hearing loss", 102, pp.1161~1171 (1998)
- "Assessment of hearing in infants with moderateto profound impairment:The Melbourne experience with auditorysteady-state evoked potential testing", 189, pp.22~28 (2002)
- "Identifying hearing loss in theintensive care nursery:A 20-year summary", 5, pp.151~62 (1994)
- "Hearing threshold as measured by auditorybrain stem response in human neonates", 17, pp.395~401 (1996)
- "Identification of neonatal hearing impairment:Auditorybrain stem responses in the perinatal period", 21, pp.383~399 (2000)
- "State of the art neonatal hearing screening with auditorybrainstem response", 52, pp.10~12 (2001)
- "The inadequacy of click-evoked auditory brainstemresponses in audiological applications", 388, pp.707~9 (1982)
- "Auditory brainstem responseresults as predictors of behavioral auditory thresholds in severe andprofound hearing impairment", 100, pp.803~10 (1990)
- "Thresholds for short-latency auditory-evoked potentials to tones innotched noise in normal-hearing and hearing-impaired subjects", 29, pp.262~74 (1990)
- "Estimation of hearing loss in children Comparison of auditory steady-state response, auditory brainstemresponse, and behavioral test methods", 12, pp.125~136 (2003)
- "Determining the upper limits of stimulation for auditorysteady-state response measurements", 25, pp.302~307 (2004)
- "A 40-Hz auditory potentialrecorded from the human scalp", 78, pp.2643~7 (1981)
- "Human auditorysteady state evoked potentials during sleep", 6, pp.167~74 (1985)
- "A comparison of steady-stateevoked potentials to modulated tones in awake and sleeping humans", 90, pp.2467~79 (1991)
- "Inconsistency ofauditory middle latency and steady-state responses in infants", 71, pp.289~95 (1988)
- "Multiple auditory steadystateresponses (MASTER) Stimulus and recording parameters", 37, pp.59~82 (1998)
- "Auditory steady-state responses to multiple simultaneousstimuli", 96, pp.420~432 (1995)
- "Effects of aging on amplitude-modulation following response", 511, pp.15~22 (1994)
- "The automatedprediction of hearing thresholds in sleeping subjects usingauditory steady-state evoked potentials", 16, pp.499~507 (1995)
- "Frequency-specific audiometry using steady-stateresponses", 17, pp.81~96 (1996)
- "Reliabilityof 80-Hz amplitude-modulation-following response detected byphase coherence", 4, pp.28~37 (1999)