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首页|期刊导航|环境与职业医学|落实国家战略需求,开展职业噪声性听力损失流行特征及其关键防控技术研究

落实国家战略需求,开展职业噪声性听力损失流行特征及其关键防控技术研究

张美辨 李扬

环境与职业医学2025,Vol.42Issue(7):775-778,785,5.
环境与职业医学2025,Vol.42Issue(7):775-778,785,5.DOI:10.11836/JEOM25194

落实国家战略需求,开展职业噪声性听力损失流行特征及其关键防控技术研究

Implement national strategic requirements,and carry out research on epidemiological charac-teristics of occupational noise-induced hearing loss and associated key prevention and control technologies

张美辨 1李扬1

作者信息

  • 1. 中国疾病预防控制中心职业卫生与中毒控制所,北京 100050
  • 折叠

摘要

Abstract

Occupational noise-induced hearing loss(ONIHL)is a global public health problem;occupational noise deafness is the second most prevalent occupational disease in China.A China-contextualized ONIHL prevention and control system has not yet established.In this issue,the column"Noise kurtosis adjustment and prevention and control of occupational hearing loss"introduced a pre-liminary study on developing a statistical distribution table of hearing threshold deviation values for otologically normal Chinese population,revealed the role of C-weighted kurtosis in assessing occupational hearing loss,and put forward the effect threshold of kurtosis for occupational hearing loss caused by non-steady noise.The adjustment terms and adjustment coefficients of the kurtosis-adjusted equivalent sound level estimated by nonlinear regression were explored,and the research progress on epidemiological characteristics of ONIHL based on temporal struc-ture(kurtosis),theoretical research,and key technologies for prevention and control and their applications in China were outlined.Research suggestions were proposed regarding theoretical research,mechanism research,technology creation,cohort study,and standard formulation and revision.

关键词

非稳态噪声/时域结构/峰度/噪声性听力损失/流行特征

Key words

non-steady noise/temporal structure/kurtosis/noise-induced hearing loss/epidemio-logical characteristic

分类

医药卫生

引用本文复制引用

张美辨,李扬..落实国家战略需求,开展职业噪声性听力损失流行特征及其关键防控技术研究[J].环境与职业医学,2025,42(7):775-778,785,5.

基金项目

"十四五"国家重点研发项目(2022YFC25032-00,2022YFC2503203) (2022YFC25032-00,2022YFC2503203)

美国国立卫生院(NIH)资助项目(1R01DC015990-01) (NIH)

环境与职业医学

OA北大核心

2095-9982

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