筛选测量和程序。以识别测听程序为例。

Clinics in communication disorders Pub Date : 1993-01-01
C M Woodford
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摘要

综上所述,听力筛查的有效程序可能是使用熟练的测试人员在20 dBHL下对所有学生(包括3年级,9年级和12年级的学生)和高风险人群(包括复读年级,有复发性中耳疾病史,有语言和/或语言问题,已知参与高噪音活动,例如枪支,土自行车或模型飞机)进行1,2和4 kHz的筛查(使用耳阻抗测量)。以及那些没有通过之前筛查的人。测试是在一个安静、不分散注意力的环境中进行的,每个人都单独接受测试,尽管可能会向小组提供指导。任何对一种或多种刺激没有反应的人都会被重新筛选。任何一只耳朵的任何频率未通过重新筛查的人都将被转介给听力学家。监测学生的听力进展,以确保听力学家看到学生,并遵循任何听力学建议。筛选程序,如耳阻抗测量和听力筛选是技术人员联合使用的有效识别程序。当后续程序足够充分时,该计划可以有效地确保对那些有听觉问题的人提供帮助。此外,这样的程序可以防止许多这些问题。前面讨论的筛查的一般原则适用于识别各种各样的情况,包括言语、语言和听力障碍。这些原则的应用将导致实现既实用又可量化的识别目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Screening measurements and procedures. Exemplified by an identification audiometry program.

To summarize, an effective procedure in audiometric screening may be using skilled testers to screen 1, 2, and 4 kHz at 20 dBHL (with oto immittance measures) on all students up to and including grade 3, 9th and 12th year high school students, and high-risk groups including those repeating a grade, having a history of recurrent middle ear disease, having speech and/or language problems, known to participate in high noise activities, for example, guns, dirt bikes, or model planes, and those failing previous screenings. Testing is done in a quiet, nondistracting environment, with each person tested individually, although instructions may be given to small groups. Any person not responding to one or more of the stimuli is rescreened. All failing the rescreening at any frequency in either ear are referred to an audiologist. Progress is monitored to ensure that the student is seen by an audiologist and that any audiological recommendations are followed. Screening procedures such as oto immittance measures and audiometric screening are effective identification procedures used in combination by skilled persons. When follow-up procedures are adequate, the program can work effectively in ensuring help for those with auditory problems. In addition, such programs can prevent many of these problems. The general principles of screening discussed earlier are applicable to identification of a wide variety of conditions including disordered speech, language, and hearing. Application of these principles will result in realization of identification objectives which are both pragmatic and quantifiable.

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