noise induced hearing loss

Calcium ions are involved in noise induced hearing loss .

噪声性聋与钙离子的关系密切。

Application of DPOAE on early discovering of noise induced hearing loss

畸变产物耳声发射对噪声性聋早期发现的应用

Experimental Research of the Chinese Herbal Treatment of Noise Induced Hearing Loss

中药治疗噪声性听力损伤的实验研究

The new investigation of the preventing of noise induced hearing loss

噪声性聋预防机制的最新研究

Acoustic Reflex Growth Function in Noise Induced Hearing Loss

噪声性听觉损害的声反射增长函数

From whistle to iPod : new interpretation of noise induced hearing loss

从口哨到iPod：噪音听损新释义

In some instances full hearing was restored in rats with noise induced hearing loss .

在某些情况下噪音性听力损失的大鼠恢复了全部听力。

Loom noise induced hearing loss and non auditory effects in retired weavers

织布噪声对退休工人的听力损伤和听觉外影响的探讨

A study on the inherited susceptibility of Noise induced hearing loss among the occupational noise exposed workers

职业性噪声暴露工人噪声性听力损失的遗传易感性研究

Noise induced hearing loss , otitis media and impacted cerumen are the most common causes of hearing loss . 5 .

噪声性听力减退、中耳炎，耵聍栓塞等是引起中学生听力减退常见疾病。

The majority of occupational diseases were pneumoconiosis , followed by noise induced hearing loss and lung cancer among coke oven workers , and occupational poisonings .

职业病多为尘肺病，其次为噪声聋（包括中度和重度听力损伤），个别有焦炉工肺癌、职业性中毒等；

Objective To evaluate the effect of tetramethyl pyrazine ( TMP ) on noise induced hearing loss ( NIHL ) in hypobaric environment .

目的探讨川芎嗪对低气压及噪声环境下听阈阈移的影响。

Objective To investigate the association of cadherin 23 gene ( CDH23 ) polymorphisms with the development of noise induced hearing loss ( NIHL ) .

目的探讨钙粘蛋白23基因（CDH23）多态性与噪声性听力损失之间的关系。

Noise induced hearing loss ( NIHL ) is an enormous social and economic cost to the country and represents a vital unmet medical need , for which there is now a solution .

对一个国家来说，噪声导致的失聪是一种巨大的社会和经济损失，是以前未曾遇到过的医疗卫生问题，现在这个问题有了一种解决办法。

AIM : To assess the value of distortion product otoacoustic emission ( DPOAE ) in screening the early noise induced hearing loss ( NHIL ) according to audiology .

目的：从听力学角度评价畸变产物耳声发射检测对噪声性听损伤早期发现的价值。

Distortion product of otoacoustic emissions ( DPOAEs ) in 1 subject was studied . Objective : To understand the value of using distortion product of otoacoustic emissions ( DPOAE ) in monitoring noise induced hearing loss .

对其中1只豚鼠的2个SOAE谱峰所产生的畸变产物耳声发射（DPOAE）进行分析。目的：了解畸变产物耳声发射（DPOAE）在监测噪声性聋方面的应用价值。

[ Objective ] To investigate the association of several hearing loss related proteins and heat shock proteins gene polymorphisms with the inherited susceptibility of noise induced hearing loss ( NIHL ) among the occupational noise exposed workers .

[目的]研究几种听力损失相关蛋白和热休克蛋白的基因多态性与职业性噪声暴露工人噪声性听力损失的遗传易感性之间的关系。

Prevalence of high frequency noise induced hearing loss ( HFNIHL ) and low ( language ) frequency hearing loss ( LFNIHL ) was 48 6 % ( 141 / 290 ) and 6 6 % ( 19 / 290 ), respectively , adjusted for age and gender .

经年龄、性别校正的高频听力损伤患病率为486%，语频听力损伤患病率为66%。

Effects of sound conditioning on high intensity noise - induced hearing loss and expression of heat shock protein 70 in guinea pigs

噪声预暴露对强声致豚鼠听力损伤及热休克蛋白70表达的影响

Adjustment of dose-response relationship of industrial impulse noise induced high frequency hearing loss with different exchange rate

用转换系数调整脉冲噪声所致高频听力损失剂量-反应关系的探索

A dose-respose relationship for mid-low level noise induced high frequency hearing loss in workers

中低剂量噪声暴露与工人高频听力损伤的剂量－反应关系

Explorations on the criteria of diagnostic classifications of noise induced deafness and hearing loss

职业噪声聋诊断及听力伤残度鉴定分级标准的探讨

Protective effect of conditioning noise on high intensity noise induced hearing loss in guinea pigs

条件化噪声对强噪声所致豚鼠听力损伤的防护作用

Objective To study the the role of heat shock protein ( HSP ) in the protective effect of conditioning noise on high intensity noise induced hearing loss in guinea pigs .

目的研究热休克蛋白在条件化噪声防护强噪声所致豚鼠听力损伤中的作用。

Objective To study the dose response relationship between noise exposure and prevalence of noise induced hearing loss ( NIHL ) in man aircraft maintenance workers .

目的探讨男性飞机维修人员噪声暴露与噪声性听力损失（NIHL）患病率之间的剂量反应关系。

Conclusion The low intensity noise had some protective effect on high intensity noise induced hearing loss in guinea pigs .

结论低强度实际工作环境噪声对相应的高强度噪声所致豚鼠听力损伤具有一定防护作用。