爆震性耳聋

目的：分析爆震性耳聋的听力改变及相关因素。

AIM To analyze the hearing changes after explosive deafness and discuss the correlative factors .

目的：采用高压氧早期辅助治疗40例（80耳）爆震性耳聋患者进行临床全过程观察，探讨早期应用高压氧辅助治疗对听力恢复的影响。

AIM : To observe and research the whole process of the clinical rehabilitation in 40 cases of explosive deafness with earlier assistant treatment of hyperbaric oxygen and probe into the effect of earlier assistant treatment of hyperbaric oxygen on the recruitment of hearing .

结论DF-521治疗爆震性耳聋疗效显著，临床强调早期用药。

Conclusion DF-521 has significant curative effect in treating explosion hearing loss . Using it earlier is emphasised in clinical treatment .

方法将59例爆震性耳聋患者随机分为DF-521组32例和对照组27例，分别用DF-521和常规药物治疗。

Methods The 59 cases suffering from explosion hearing loss were divided into two groups randomly : DF-521 group ( 32 cases ) and controlled group ( 27 cases ) .

84例爆震性耳聋听力学分析

Audiological Analysis of 84 Cases of Deafness Caused by Explosion and Vibration

早期治疗爆震性耳聋8例临床分析

Early treatment of explosive hearing loss : Clinical analysis

目的：探讨早期治疗爆震性耳聋的疗效。

Objective : To explore the benefit of early treatment of explosive hearing loss .

东菱精纯克栓酶治疗爆震性耳聋的临床效果

Clinical effect of batroxobin ( DF-521 ) in the treatment of explosion hearing loss

结论：爆震性耳聋早期治疗效果明显，无副作用。

Conclusion : Early treatment of explosive hearing loss is effective without any side effects .

方法：回顾分析80例（113耳）爆震性耳聋患者的临床资料。

Method : Retrospective analysis of the clinical data of 80 cases ( 113 ears ) of explosive hearing loss .

方法：对84例爆震性耳聋行纯音测听及声阻抗测定。

Method : We tested the auditus of pure voice and reactance of84 cases of deafness caused by explosion and vibration .

方法：用自制压力波发生器对豚鼠实施爆震，制作豚鼠爆震性耳聋模型。

Methods : An animal model of blast deafness was established in guineapigs .