Scandinavian Audiology · 1990 · 53 citations · 15 references
Health ProfessionsAudiologyOtolaryngologyHearing AssessmentHearing ScienceOtologyHearing ImpairmentHearing LossHearing SensitivityHearing Threshold EstimationNoise-induced Hearing DamageAudiometric Frequency RangeFrequency Sweep AnalysisFrequency Sweep TestsInner Ear AssessmentMelanin AbsorptionNoise-induced Inner Ear InjurySkin Pigmentation DisordersSkin Pigmentation Effects
In order to investigate the function of the inner ear melanin, the relationship between skin pigmentation and noise-induced temporary hearing loss (TTS) was studied. Forty-four normal-hearing Caucasian subjects were divided into three groups according to their sun sensitivity. Hearing thresholds before and after exposure were ascertained with a computerized sweep frequency audiometer in the frequency range 2-8 kHz. The noise exposure consisted of a 1/3-octave band-filtered noise with a centre frequency of 2 kHz at 105 dB SPL for 10 min. The mean TTS in the frequency range 2-8 kHz showed statistically significant differences between the three groups, i.e. the most pigmented subjects developed least TTS, and the least pigmented subjects most TTS.
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Racial Differences in the Fate of Melanosomes in Human Epidermis
George Szabó, ANTONIA B. GERALD, Madhukar A. Pathak et al. · Nature · 1969 · 302 citations
Medicine, Dermatology, Pathology +10
LXII Presbycusis Study of a Relatively Noise-Free Population in the Sudan
Samuel Rosen, Moe Bergman, D. Plester et al. · Annals of Otology Rhinology & Laryngology · 1962 · 263 citations
Natural Sciences, Physics, Acoustics +10