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首页> 外文期刊>Archives of Clinical Neuropsychology >Flexible vs. fixed batteries in forensic neuropsychological assessment: Reply to Bigler and Hom
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Flexible vs. fixed batteries in forensic neuropsychological assessment: Reply to Bigler and Hom

机译:法医神经心理评估中的灵活电池与固定电池:回复Bigler和Hom

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The present commentary addresses issues raised by Bigler [Bigler, E. D. (2007). A motion to exclude and the ‘fixed’ vs. ‘flexible’ battery in ‘forensic’ neuropsychology: Challenges to the practice of clinical neuropsychology. Archives of Clinical Neuropsychology, 22, 45–51] and Hom [Hom, J. (2008). Commentary. Response to Bigler (2007): The sky is not falling. Archives of Clinical Neuropsychology, 23, 125–128] relative to the acceptability of flexible vs. fixed batteries (i.e. Halstead–Reitan Battery or HRB) in forensic neuropsychology. The Frye and Daubert rulings are reviewed, followed by comparisons of the sensitivity to brain dysfunction of the HRB and Wechsler Scales of Intelligence, and measures of verbal supraspan learning. Specific comparisons of the sensitivity to brain dysfunction of two flexible batteries [Rohling, M. L., Meyers, J. E., & Millis, S. R. (2003). Neuropsychological impairment following traumatic brain injury: A dose–response analysis. The Clinical Neuropsychologist, 17, 289–302; Larrabee, G. J., Millis, S. R., & Meyers, J. E. (2008). Sensitivity to brain dysfunction of the Halstead–Reitan vs. an ability-focused neuropsychological battery. The Clinical Neuropsychologist, 22, 813–825] and the HRB are discussed. Issues related to determination of error rates are reviewed, as well as the sensitivity of the HRB to location and etiology of brain dysfunction, in comparison to similar data recently published employing a flexible battery [Fargo, J. D., Schefft, B. K., Szaflarski, J. P., Howe, S. R., Yeh, H.-S., & Privatera, M. D. (2008). Accuracy of clinical neuropsychological vs. statistical prediction in the classification of seizure types. The Clinical Neuropsychologist, 22, 181–194]. It is concluded that flexible batteries covering the core domains of neuropsychological functioning including language, perceptual and spatial functions, sensorimotor skills, attention, information processing and working memory, verbal and visual learning and memory, and intellectual and problem solving skills, including executive functioning, are as valid as approaches relying on the HRB augmented by measures of language function, memory, and intellectual skills, and that both approaches most likely meet Frye and Daubert standards for admissibility into evidence in legal proceedings.
机译:本评论解决了Bigler提出的问题[Bigler,E. D.(2007)。一项排除性动议以及“法医”神经心理学中的“固定”与“灵活”电池:对临床神经心理学实践的挑战。临床神经心理学档案,22,45–51]和Hom [Hom,J.(2008)。评论。对Bigler(2007)的回应:天空没有落下。临床神经心理学档案,第23卷,第125-128页],关于法医神经心理学对柔性电池与固定电池(即Halstead–Reitan电池或HRB)的接受程度。审查了弗莱(Frye)和道伯特(Daubert)的裁决,然后比较了HRB和Wechsler智力量表对脑功能障碍的敏感性,以及口头超额学习的方法。两个柔性电池对脑功能障碍敏感性的特定比较[Rohling,M. L.,Meyers,J. E.,&Millis,S. R.(2003)。颅脑外伤后的神经心理学障碍:剂量反应分析。临床神经心理学家,17,289–302; Larrabee,G.J.,Millis,S.R.和&Meyers,J.E.(2008)。 Halstead–Reitan对脑功能障碍的敏感性与以能力为中心的神经心理学电池的敏感性。讨论了临床神经心理学家[22,813–825]和HRB。与最近发表的使用柔性电池的类似数据相比,对与确定错误率有关的问题以及HRB对脑功能障碍的位置和病因的敏感性进行了回顾[Fargo,JD,Schefft,BK,Szaflarski,JP, Howe,SR,Yeh,H.-S.,and Privatera,MD(2008)。临床神经心理学与统计预测在癫痫发作类型分类中的准确性。临床神经心理学家,22,181–194]。结论是,柔性电池涵盖了神经心理学功能的核心领域,包括语言,知觉和空间功能,感觉运动技能,注意力,信息处理和工作记忆,言语和视觉学习与记忆以及智力和问题解决技能,包括执行功能,与依靠HRB的方法(通过语言功能,记忆和智力技能的度量方法)得到增强一样有效,并且这两种方法很可能都符合Frye和Daubert关于在法律诉讼中可接纳为证据的标准。

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