Synergistic Ototoxicity of Noise and Chemical Ototoxins

P. Steyger
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引用次数: 1

Abstract

Abstract Exposure to certain organic solvents, or cationic drugs, such as aminoglycoside antibiotics, can induce permanent hearing loss. High intensity and/or prolonged exposure to noise can also cause temporary or permanent auditory threshold shifts. Individually, each of these insults can induce auditory dysfunction, though the mechanisms by which they do so are still poorly understood. Each insult produces reactive oxygen species, a common precursor of events that lead to hearing loss and deafness. Simultaneous exposure to chemical ototoxins and noise potentiates auditory dysfunction that is greater than the sum of each insult given individually. Preventing the ototoxic synergy of noise and chemical ototoxins requires removing exposure to ototoxins and/or attenuating noise exposure levels when chemical ototoxins are present.
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噪声与化学耳毒素的协同耳毒性
暴露于某些有机溶剂或阳离子药物,如氨基糖苷类抗生素,可导致永久性听力丧失。高强度和/或长时间暴露在噪音中也会引起暂时或永久的听觉阈值变化。单独来说,这些侮辱中的每一种都可以诱发听觉功能障碍,尽管它们这样做的机制仍然知之甚少。每次损伤都会产生活性氧,这是导致听力损失和耳聋的常见前兆。同时暴露于化学耳毒素和噪音中,其听觉功能障碍的加剧程度要大于单独受到的每一种侮辱的总和。防止噪音和化学耳毒素的耳毒性协同作用需要消除耳毒素暴露和/或在化学耳毒素存在时降低噪音暴露水平。
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