Research aspects and perspective of clinical application of TEOAE was also proposed.
并进一步提出了在耳声发射研究中存在的问题及临床应用前景。
Among the different disorders, the group with negative middle ear pressure was obviously low in TEOAE.
在不同中耳病变耳中，鼓室负压组teoae测试结果各观察值明显低于正常耳及其它各组。
Conclusion TEOAE is more sensitive than audiogram and acoustic immittance in the diagnosis of middle ear disorders.
结论TEOAE对中耳病变的诊断较纯音听阈测试、声导抗测试敏感。
Conclusion HIE causes neonatal hearing impairment. Prematures, clinical grades, and hyperbilirubinemia are risk factors for failing to pass TEOAE.
结论新生儿hie能引起新生儿听力障碍，早产、HIE临床分度、高胆红素血症可能是影响HIE新生儿teoae不通过的高危因素。
By the discussions of the time-frequency relationship and latency of TEOAE, a novel idea to reveal the mechanism of the production of TEOAE was proposed.
通过对TEOAE时-频关系、潜伏期等的研究，提出了探讨teoae产生机理的新思路。
Objective:To evaluate the characteristics of transient evoked otoacoustic emissions (TEOAE) of healthy newborns and improve hearing screening of newborns.
目的：进一步了解正常新生儿瞬态诱发耳声发射（TEOAE）的特性，为新生儿听力筛查提供帮助。
Objective:To investigate the diagnostic value of transiently evoked otoacoustic emissions (TEOAE) combined with glycerine test in patients with vertigo on the first attack.
目的：探讨瞬态诱发耳声发射（TEOAE）甘油试验对初次发作眩晕的诊断价值。
The number that passed TEOAE test and referred to AABR test: premature 15 ears, low-weight 3 ears, for hyperbilirubinemia 1 ears, for asphyxiation 5 ears, and for pulmonary diseases 35ears.
“通过”TEOAE而“未通过”AABR测试的早产新生儿15耳，足月小样儿3耳，高胆红素血症新生儿1耳，窒息新生儿5耳，肺部疾病新生儿35耳。
The results show that, compared with a normal ear, the approximate entropy of TEOAE without CAS was reduced for cochlear hearing loss, while it did not change for retrocochlear hearing loss.
结果表明：无CAS作用下，TEOAE频域信号的近似熵在各频带处，蜗性病变耳的近似熵明显低于正常耳的近似熵，蜗后病变耳的近似熵与正常耳的近似熵无明显差别。
The results show that, compared with a normal ear, the approximate entropy of TEOAE without CAS was reduced for cochlear hearing loss, while it did not change for retrocochlear hearing loss.
结果表明：无CAS作用下，TEOAE频域信号的近似熵在各频带处，蜗性病变耳的近似熵明显低于正常耳的近似熵，蜗后病变耳的近似熵与正常耳的近似熵无明显差别。
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