Department of Psychiatry and Behavioral Sciences, The Johns Hopkins University School of Medicine, 600 N. Wolfe Street, Baltimore, MD 21287-7218, USA.
Clin Neuropsychol. 2010 Nov;24(8):1326-38. doi: 10.1080/13854046.2010.518977. Epub 2010 Oct 27.
Naming is a fundamental aspect of language and is virtually always assessed with visual confrontation tests. Tests of the ability to name objects by their characteristic sounds would be particularly useful in the assessment of visually impaired patients, and may be particularly sensitive in Alzheimer's disease (AD). We developed an auditory naming task, requiring the identification of the source of environmental sounds (i.e., animal calls, musical instruments, vehicles) and multiple-choice recognition of those not identified. In two separate studies mild-to-moderate AD patients performed more poorly than cognitively normal elderly on the auditory naming task. This task was also more difficult than two versions of a comparable visual naming task, and correlated more highly with Mini-Mental State Exam score. Internal consistency reliability was acceptable, although ROC analysis revealed auditory naming to be slightly less successful than visual confrontation naming in discriminating AD patients from normal participants. Nonetheless, our auditory naming task may prove useful in research and clinical practice, especially with visually impaired patients.
命名是语言的一个基本方面,几乎总是通过视觉对抗测试来评估。通过其特征声音来命名对象的能力测试对于视力受损的患者的评估将特别有用,并且在阿尔茨海默病(AD)中可能特别敏感。我们开发了一种听觉命名任务,要求识别环境声音(即动物叫声、乐器、车辆)的来源,并对未识别的声音进行多项选择识别。在两项独立的研究中,轻度至中度 AD 患者在听觉命名任务中的表现不如认知正常的老年人。这项任务也比两种类似的视觉命名任务更难,并且与 Mini-Mental State 考试成绩的相关性更高。内部一致性可靠性可以接受,尽管 ROC 分析表明听觉命名在区分 AD 患者和正常参与者方面的成功率略低于视觉对抗命名。尽管如此,我们的听觉命名任务可能在研究和临床实践中证明有用,尤其是对于视力受损的患者。