听性脑干反应

  • 网络Auditory brainstem response;ABR;AABR
听性脑干反应听性脑干反应
  1. 听性脑干反应波V反应阈在外伤后听觉损害中的应用

    Values of ABR wave V threshold in identification of posttraumatic hearing loss

  2. 听性脑干反应值与实际听力水平相符合,与多频稳态诱发电位1.0~2.0kHz的阈值最为接近;

    The ABR values were accorded with the actual hearing levels , and the closest to the ASSR thresholds at 1-2 kHz ;

  3. 人类听性脑干反应AR模型参数的逐步判别分析

    The stepwise discriminatory analysis of autoregressive model parameters from auditory brainstem responses in mankind

  4. 正常气骨导听性脑干反应及其应用听觉脑干电反应(ABR)及其临床

    Study on auditory brainstem response AUDITORY BRAINSTEM RESPONSE AND ITS CLINICAL USE

  5. 每组动物实验前后进行听性脑干反应(ABR)测试,记录其反应阈。

    The thresholds of ABR of the animals were recorded before and after experiment .

  6. 对26例(51耳)小于胎龄儿听性脑干反应(ABR)的阈值、各波潜伏期及波间期等项参数进行测试。

    ABRs were tested in 26 small for gestational age ( SGA ) newborns ( 51 ears ) .

  7. Logon诱发听性脑干反应

    Logon Evoked Auditory Brainstem Response

  8. 目的探讨听性脑干反应(ABR)检测在外伤性鼓膜穿孔听力的鉴定意义。

    Objective To explore the diagnostic significance of traumatic perforation of tympanic membrane with auditory brainstem response ( ABR ) .

  9. 目的探索腭裂儿童听力受损情况及其听性脑干反应(ABR)异常特征。

    Objective To explore auditory lesion degree in children with palatoschisis and abnormal characteristics of auditory brainstem respones ( ABR ) .

  10. 目的分析听性脑干反应(ABR)在突发性聋的特点及意义。

    Objective To analyze the features and significance of auditory brainstem responses ( ABR ) in sudden deafness ( SD ) .

  11. 目的探讨听性脑干反应(ABR)在胆红素所致听力损伤中的监测价值。

    Objective The present experiment explores the predictive validity of auditory brainstem response ( ABR ) in determining auditory damage of bilirubin .

  12. 为深入探讨听性脑干反应(ABR)Ⅲ波的起源,通过破坏大白鼠左侧耳蜗和左侧上橄榄核复合体,比较了两侧ABR在破坏前后的变化。

    For studying the origin of the ⅲ wave , mechanical destructions of the left cochlea and superior olivary complex were done .

  13. 目的:探讨雏鸡听性脑干反应检测方法和庆大霉素(GM)致聋雏鸡听力恢复时相。

    Ve : To study the recovery times of auditory function from chicken deafened by gentamicin ( GM ) and the examinatorial method of auditory brainstem respone ( ABR ) for chicken .

  14. 目的探讨老年突发性耳聋(SD)的临床、血液流变学、经颅多普勒(TCD)及听性脑干反应(ABR)的特征。

    Objective To investigate the clinical , hemorheology , transcranial Doppler ( TCD ) and auditory brainstem evoked response ( ABR ) features in senile sudden deafness .

  15. 目的检测正常豚鼠及庆大霉素致耳聋豚鼠在清醒和麻醉两种状态下的听性脑干反应(ABR),比较两种状态下ABR波形、反应阈及潜伏期等的差别。

    Objective To observe the alterations of auditory brainstem response ( ABR ) in guinea pigs with gentamicin-induced hearing loss under awake and anesthetic conditions .

  16. 采用听觉电生理测试和耳蜗基底膜铺片的方法,分别测定听性脑干反应(ABR)阈值及毛细胞缺失率的变化。

    Auditory brainstem response ( ABR ) threshold was tested with auditory electrical physiology method . Hair cell loss was measured by surface preparation technique .

  17. 对其时域波形中主波的潜伏期、反应阈进行分析,并与豚鼠听性脑干反应(ABR)时域波形进行比较。

    The waveform and its latency of SOC AEP and LL AEP were analyzed and compared with that of auditory brain stem ( ABR ) .

  18. 目的分析新生儿听性脑干反应(auditorybrainstemresponses,ABR)的基本特征,为国内开展新生儿ABR检测及听力筛选提供依据。

    Objective To quantify the characteristics of the auditory brainstem responses ( ABR ) in the normal newborns , in order to provide a data for newborn hearing screening .

  19. 目的通过观察阻塞性睡眠呼吸暂停低通气综合征患者(OSAHS)的听性脑干反应(ABR)测试结果评价OSAHS患者的耳蜗功能变化。

    Objective To investigate the cochlear function of the patients suffering from obstructive sleep apnea-hypopnea syndrome ( OSAHS ) by using ABR .

  20. 对30名患者进行听性脑干反应(ABR)和眼震电图(ENG)检查。

    In 30 patients , Auditory Brain Stem Response ( ABR ) end ENG were tested . The statistical analysis was performed using t test .

  21. 听性脑干反应(ABR)检测4组大鼠给药前后听阈。

    Auditory brainstem response ( ABR ) was used to detect the hearing threshold of each rat in all four groups before and after the 8 weeks injection treatment .

  22. 大鼠及仔鼠于出生后1、3周分别进行畸变产物耳声发射(DPOAE)、听性脑干反应(ABR)和血铅测定。

    DPOAE , ABR and blood lead measurement were conducted on the parents rats and the neonatal offspring rats at first week and at the third week respectively .

  23. 方法:对冲击波暴露后不同时间组采用免疫细胞化学技术(ABC)结合图像分析和听性脑干反应测试技术进行观测。

    To further study the mechanism of blast trauma causing deafness . Methods : After shock wave , different groups of guinea pigs were studied by ABC immunohistochemistry , image analysis techniques and auditory brainstem response .

  24. 听力异常者3个月时以听性脑干反应(ABR)进行诊断,6个月时采用ABR和多频稳态反应(ASSR)第二次确诊;

    ABR was used as the diagnostic test for those who had abnormal results at 3 months , ABR and ASSR were used at 6 months for the second diagnosis .

  25. 方法测定20只豚鼠听性脑干反应(ABR)阈和畸变产物耳声发射(DPOAE)振幅,观察耳蜗毛细胞静纤毛变异形态,计数变异的毛细胞数目。

    Methods Auditory brainstem response ( ABR ) and otoacoustic emission of distortion products ( DPOAE ) were assayed to 20 guinea pigs , then variant hair cells were observed and counted .

  26. 方法:对鼻咽癌33例(66耳)患者于放疗前,放疗后第1天及第3、6、12、24、36个月分别行听性脑干反应(ABR)检测。

    Methods : The auditory brain stem response ( ABR ) was examined in 33 patients ( 66 ears ) with NPC before and at the first day , and on 3,6,12,24 and 36 months after radiotherapy .

  27. 方法:用OTICONMAICOERO·SCAN瞬态诱发耳声发射(TEOAE)在28d内初筛,在3个月内复筛,听性脑干反应(ABR)在6个月进行确诊。

    Methods : Initial screening within 28 days and the second screening within three months of hearing were done by transiently evoked otoacoustic emission ( TEOAE ), auditory brainstem response ( ABR ) was diagnosed within 6 months .

  28. 目的:观察比较线性窗短纯音、加宽频带噪声掩蔽的线性窗短纯音及Blackman窗门控短纯音对听性脑干反应(ABR)频率特异性的影响。

    Objective : This study investigated and compared the effects of tone burst in three different conditions ( linear gated tone burst , linear gated tone burst in broadband noise masking and Blackman gated tone burst ) on the frequency specificity of ABR .

  29. 目的在不同电刺激下观察不同刺激强度的电诱发听性脑干反应(electricalevokedauditorybrainstemresponse,EABR)I波幅值的变化,评估刺激强度对豚鼠听神经兴奋性影响。

    Objective To evaluate the effect of electrical stimulus intensity on excitability of the auditory nerve at high-rate stimulation via recording the change of amplitude of the electrically evoked auditory brainstem response ( EABR ) of guinea pig .

  30. 先天性心脏病患儿短声诱发听性脑干反应的探讨

    Click evoked auditory brainstem response in congenital heart diseases in children