不同语言能力水平听觉成熟度的预测强度:一项探索性分位数回归研究。

IF 1.8 4区 心理学 Q3 DEVELOPMENTAL BIOLOGY
Theresa Pham, Alyssa Janes, Elaine Kwok, Janis Oram
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引用次数: 0

摘要

听觉诱发电位年龄(AEP-age)被提出用来衡量听觉成熟度,并被发现可以预测有或无语言障碍儿童的语言技能。然而,使用线性回归报告平均效果并不能充分利用aep -年龄的潜力来估计幼儿的个体差异。本研究采用分位数回归方法对105名典型和神经多样性的7-10岁儿童(61名男性;44岁的女性;主要是单语英语),有不同的语言技能,没有创建子群体。虽然线性回归没有发现aep年龄和语言技能之间的关联,但分位数模型通过揭示差异关联增加了特异性。aep年龄仅与语言连续体中点附近的儿童的语言技能有关,而与语言分布中最低或最高端的儿童无关。总的来说,分位数回归方法为我们提供了理解aep年龄与不同语言能力之间关系的灵活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Predictive Strength of Auditory Maturity Across Different Levels of Language Ability: An Exploratory Quantile Regression Study

Predictive Strength of Auditory Maturity Across Different Levels of Language Ability: An Exploratory Quantile Regression Study

Auditory evoked potential-age (AEP-age) is proposed to index auditory maturation and has been found to predict language skills in children with and without a language disorder. However, reporting average effects using linear regression does not fully capitalize on the potential of AEP-age to estimate individual differences in young children. This study used a quantile regression approach to examine the predictive utility of AEP-age for 105 typical and neurodiverse 7–10-year-old children (61 males; 44 females; largely monolingual English) with varying language skills without creating subgroups. Although linear regression did not find an association between AEP-age and language skills, the quantile model added specificity by revealing differential associations. AEP-age was only related to language skills for children at around the median point of the language continuum, but, not for those at the lowest or highest end of the language distribution. Overall, the quantile regression methodology provides us with the flexibility of understanding how AEP-age is related to different language abilities.

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来源期刊
Developmental psychobiology
Developmental psychobiology 生物-发育生物学
CiteScore
4.20
自引率
18.20%
发文量
125
审稿时长
6-12 weeks
期刊介绍: Developmental Psychobiology is a peer-reviewed journal that publishes original research papers from the disciplines of psychology, biology, neuroscience, and medicine that contribute to an understanding of behavior development. Research that focuses on development in the embryo/fetus, neonate, juvenile, or adult animal and multidisciplinary research that relates behavioral development to anatomy, physiology, biochemistry, genetics, or evolution is appropriate. The journal represents a broad phylogenetic perspective on behavior development by publishing studies of invertebrates, fish, birds, humans, and other animals. The journal publishes experimental and descriptive studies whether carried out in the laboratory or field. The journal also publishes review articles and theoretical papers that make important conceptual contributions. Special dedicated issues of Developmental Psychobiology , consisting of invited papers on a topic of general interest, may be arranged with the Editor-in-Chief. Developmental Psychobiology also publishes Letters to the Editor, which discuss issues of general interest or material published in the journal. Letters discussing published material may correct errors, provide clarification, or offer a different point of view. Authors should consult the editors on the preparation of these contributions.
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