日变化对听力正常个体听觉工作记忆的影响

Q4 Neuroscience Neuroscience Research Notes Pub Date : 2021-12-08 DOI:10.31117/neuroscirn.v4i4.110
P. Prakash, Chandana Shivaiah, A. Umashankar, P. Prabhu
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引用次数: 1

摘要

人类的昼夜节律是一种内在的生物钟机制,使他们能够在一天中的特定时间有效地执行任务,因此他们表现出昼夜效应。“晨型-晚型”问卷根据人们在一天中不同时间的活跃表现,将他们分为“绝对晨型”、“中度晨型”、“中度晚型”和“绝对晚型”。文献表明,每个人在一天中的视觉、记忆、听力和其他认知任务都是不同的。听觉工作记忆是一种对学习和学业成绩至关重要的现象,在各种临床和研究领域都发挥着重要作用,目前的研究旨在记录听觉工作记忆的昼夜影响。研究人员招募了32名参与者(21名女性和11名男性),并根据“早睡晚睡”问卷对他们进行了分类。听觉工作记忆测试在早上和晚上对所有参与者进行。基于参数配对t检验,结果显示,在中度早、中度中、中度晚三组中,早上和晚上的时间没有显著差异,这意味着工作记忆是一个高阶函数,与其他低阶函数(如听觉信号的时间处理)不同,它没有或可以忽略昼夜影响。
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Effect of diurnal changes on the auditory working memory in individuals with normal hearing
The human circadian rhythmicity is an internal biological clock mechanism that enables them to effectively perform tasks during a particular time of the day, due to which they exhibit diurnal effects. The morningness-eveningness questionnaire classifies individuals as definitely morning, moderately morning, intermediate, moderately evening, and definitely evening type individuals based on their active performance during different times of the day. Literature show variations in visual, memory, audition, and other cognitive tasks throughout the day in every individual. The current study aimed to document the diurnal effects on auditory working memory, a phenomenon crucial for learning and academic outcomes and holds its role in various clinical and research fields. Thirty-two participants were enrolled (21 females and 11 males) and were classified based on the morningness-eveningness questionnaire. The Auditory Working Memory tests were carried out during the morning and evening for all the participants. Based on a parametric paired t-test, results reveal no significant differences between morning time and evening time across moderately morning, intermediate, and moderately evening groups implying that working memory is a higher-order function that shows no or negligible diurnal effects, unlike other lower-order functions like temporal processing of auditory signals.
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Neuroscience Research Notes
Neuroscience Research Notes Neuroscience-Neurology
CiteScore
1.00
自引率
0.00%
发文量
21
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