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Article
Agé de 67 ans, Mr P. est un jeune retraité du bâtiment. En dehors d’une exposition chronique à du bruit sans protection durant sa vie professionnelle, sur le plan audiologique il nous rapporte des antécédents d’otites chroniques infantiles non [...]Article
Article
Meibian Zhang ; Wei Qiu ; Hongwei Xie ; Xiaohui Xu ; Zhihao Shi ; Xiangjing Gao ; Lifang Zhou ; Hua Zou ; Weijiang Hu ; Xin Sun |Objective: The association of occupational noise-induced hearing loss (NIHL) with noise energy was well documented, but the relationship between occupational noise and noise temporal structure is rarely reported. The objective of this study was [...]Article
Leslie D. Grush, Auteur ; Kelly M. Reavis, Auteur ; Susan E. Griest, Auteur ; Samrita Thapa, Auteur ; Wendy J. Helt, Auteur ; James A. Henry, Auteur ; Sarah M. Theodoroff, Auteur |Objective To examine associations between non-otologic medical conditions and auditory dysfunction. Design Cross-sectional analysis of baseline data from the Noise Outcomes in Service members Epidemiology (NOISE) study. Logistic regression [...]Article
Eduardo Fuentes-Lopez, Auteur ; Adrian Fuente, Auteur ; Manuel Luna-Monsalve, Auteur ; Carlos Guajardo-Vergara, Auteur |Objective This study aimed to identify the attitudes to noise in young adults and the possible effects of gender, age, and a positive history of auditory symptoms related to recreational noise exposure on the attitudes to noise in this populati[...]Article
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Objective To determine if exposure to organic solvents and noise is associated with audiometric results among workers from a printing press in Mexico City. Design Cross-sectional study. Study sample One hundred and seventy-six male work[...]Article
Les ambiances sonores rencontrées dans l'environnement peuvent être extrêmement agressives et altérer temporairement (fatigues auditives), voire définitivement (pertes auditives), la fonction auditive. L'oreille interne (ou cochlée) est la cible[...]Article
Antony R. Joseph ; Jaime L. Shaw ; Mary C. Clouser ; Andrew J. MacGregor ; Amber L. Dougherty ; Michael R. Galarneau |Objective: To identify clinical audiometric patterns of hearing loss following blast-related injury (BRI) in US military personnel. Design: Retrospective cohort study. Study sample: A total of 1186 male Navy and Marine Corps service member[...]Article
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Objectives: In mammals, a 2-hr exposure to an octave-band noise (OBN) at 100 to 108 dB SPL induces loss of synaptic ribbons between inner hair cells and auditory nerve fibers with high thresholds of response (hiT neurons), that encode high-inten[...]Article
Objectives: There is large variability in cervical and ocular vestibular evoked myogenic potential (c- and oVEMP) amplitudes. One potential source of variability is differences in ear canal shape and size. Real ear-to-coupler difference (RECD) v[...]Article
Jiarui Xin ; Zhihao Shi ; Peiyi Qian ; Shuangyan Liu ; Yinzhu Hao ; Xiangjing Gao ; Lifang Zhou ; Lei Yang ; Meibian Zhang |Objectives: Occupational noise-induced hearing loss (NIHL) is one of the most prevalent occupational diseases worldwide. Few studies have been reported on applying kurtosis-adjusted noise energy (e.g., kurtosis-adjusted cumulative noise exposure[...]Livre
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Angela N.C. Fulbright, Auteur ; Colleen G. Le Prell, Auteur ; Scott K. Griffiths, Auteur ; Edward Lobarinas, Auteur |Noise exposure that causes a temporary threshold shift but no permanent threshold shift can cause degeneration of synaptic ribbons and afferent nerve fibers, with a corresponding reduction in wave I amplitude of the auditory brainstem response ([...]
