INTRODUCTION: Transitorily evoked otoacoustic emissions (TEOAE) are a recognised clinical tool for neonatal screening. TEOAE also provide evidence of subclinical cochlear damage in diabetic patients. METHOD: TEOAE of 60 patients with well managed diabetes (IDDM) and normal hearing (no value worse than 20 dB (SD 3.943 dB), normal ABR) were compared with TEOAE of 58 normally hearing controls of the same age. RESULTS: IDDM patients had a mean response of 7.13 dB (SD 3.943 dB), while the control group had a response of 11.56 dB (SD 4.402 dB). DISCUSSION: Significantly worse TEOAE scores were demonstrated in the diabetic patients who had normal hearing, as demonstrated on puretone audiometry. This would suggest that hair-cell damage may occur in the diabetic patient even though hearing loss is not demonstrated.

Otoakustische emissionen bei normalhorenden diabetikern = Otoacoustic emissions in diabetic patients with normal hearing / H. Hosch, F. Ottaviani. - In: SCHWEIZERISCHE MEDIZINISCHE WOCHENSCHRIFT. - ISSN 0036-7672. - 2000:Suppl 125(2000), pp. S83-S85.

Otoakustische emissionen bei normalhorenden diabetikern = Otoacoustic emissions in diabetic patients with normal hearing

F. Ottaviani
Ultimo
2000

Abstract

INTRODUCTION: Transitorily evoked otoacoustic emissions (TEOAE) are a recognised clinical tool for neonatal screening. TEOAE also provide evidence of subclinical cochlear damage in diabetic patients. METHOD: TEOAE of 60 patients with well managed diabetes (IDDM) and normal hearing (no value worse than 20 dB (SD 3.943 dB), normal ABR) were compared with TEOAE of 58 normally hearing controls of the same age. RESULTS: IDDM patients had a mean response of 7.13 dB (SD 3.943 dB), while the control group had a response of 11.56 dB (SD 4.402 dB). DISCUSSION: Significantly worse TEOAE scores were demonstrated in the diabetic patients who had normal hearing, as demonstrated on puretone audiometry. This would suggest that hair-cell damage may occur in the diabetic patient even though hearing loss is not demonstrated.
adult; auditory threshold; cochlea; diabetes mellitus, type 1; humans; hearing tests; otoacoustic emissions, spontaneous
Settore MED/32 - Audiologia
2000
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/514484
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