PURPOSE: To study hearing loss in commercial airline cabin crew (CC). METHODS: Totally 155 male and 781 female CC (n = 936) in a Swedish airline company underwent repeated audiometric tests during 1974-2005. The last test was used to study hearing loss. The mean test values at 3, 4, 6 kHz were used for the ear with worse hearing loss. Data were compared with a Swedish population (n = 603) who were not occupationally exposed to noise. Equivalent noise levels (Leq) were measured in different aircraft. RESULTS: Leq was 78-84 dB (A), maximum A-weighted exposure was 114 dB. Median values for all ages were close to the reference group. No association was found between years of employment and hearing loss, when adjusting for age and gender by multiple logistic regression analysis. CONCLUSION: Cabin crew are exposed to equivalent noise levels below the current Swedish occupational standard, and have normal age-matched hearing threshold levels.
PURPOSE: To study hearing loss in commercial airline cabin crew (CC). METHODS: Totally 155 male and 781 female CC (n = 936) in a Swedish airline company underwent repeated audiometric tests during 1974-2005. The last test was used to study hearing loss. The mean test values at 3, 4, 6 kHz were used for the ear with worse hearing loss. Data were compared with a Swedish population (n = 603) who were not occupationally exposed to noise. Equivalent noise levels (Leq) were measured in different aircraft. RESULTS: Leq was 78-84 dB (A), maximum A-weighted exposure was 114 dB. Median values for all ages were close to the reference group. No association was found between years of employment and hearing loss, when adjusting for age and gender by multiple logistic regression analysis. CONCLUSION: Cabin crew are exposed to equivalent noise levels below the current Swedish occupational standard, and have normal age-matched hearing threshold levels.
Authors: M. Maassen; W. Babisch; K. D. Bachmann; H. Ising; G. Lehnert; P. Plath; P. Plinkert; E. Rebentisch; G. Schuschke; M. Spreng; G. Stange; V. Struwe; H. P. Zenner Journal: Noise Health Date: 2001 Impact factor: 0.867
Authors: Eileen McNeely; Sara Gale; Ira Tager; Laurel Kincl; Julie Bradley; Brent Coull; Steve Hecker Journal: Environ Health Date: 2014-03-10 Impact factor: 5.984