Hus Yvette
Cyprus University of Technology, Department of Rehabilitation Sciences, Theralab Research Collaborator Under Direction of Prof. Kakia Petinou, Limassol, Cyprus.
Neuropsychiatr Dis Treat. 2022 Oct 14;18:2323-2348. doi: 10.2147/NDT.S331985. eCollection 2022.
The importance of time concept in human existence is "ancient history" celebrated in the biblical book Ecclesiastes. Indeed, our time-sensitive mechanisms are literally carved into our biology and neurology on a molecular level, gifting us with neural clocks. However, time in human consciousness is not the time indicated by physical clocks: time is a subjective reality in our psychological makeup due to the nature of the temporal neural mechanisms and unique properties of physical time. Nonetheless, subjective time requires anchoring to physical time which permeates our language, endeavors, and entire existence, a process hinging on time-related skills such as estimates and measures of passage and duration of time. Moreover, accurate time reading, a critical adaptive life-skill, is imperative for effective function in all societal activities. Because it embodies the complexity of the time construct, it is central to instruction of time concept in primary education. It is often measured in children by clock drawings, a cognitive integrative skill with errors pointing to neuroanatomical differences impacting the integrity of executive function. Time competence in children with atypical neurobiological development and high prevalence, as in autism spectrum disorders (ASD), and attention disorders (ADHD), is often compromised, calling for investigation of its function. This thematic review article aims to: 1) discuss the complexity of time concept and its underlying bio-neurological mechanisms, 2) elucidate difficulties children with ASD and those with ADHD exhibit in temporal development, and 3) demonstrate the use of a set of clinical tools in uncovering temporal competence and ecological executive function in two children with ASD, and a child with ADHD, using a clock drawing task and error analyses; children's time knowledge questionnaire; a behavior rating parent questionnaire examining ecological executive function, and parent open-ended questions related to their children's time difficulties. A discussion, directions, and a take-home message round out the article.
时间概念在人类生存中的重要性,在《圣经》中的《传道书》里就有记载,可谓“历史悠久”。事实上,我们对时间敏感的机制在分子层面上实实在在地铭刻在我们的生物学和神经学之中,赋予了我们神经时钟。然而,人类意识中的时间并非物理时钟所指示的时间:由于颞神经机制的性质和物理时间的独特属性,时间在我们的心理构成中是一种主观现实。尽管如此,主观时间需要以物理时间为锚定,物理时间渗透在我们的语言、活动以及整个生存之中,这个过程依赖于与时间相关的技能,比如对时间流逝和持续时间的估计与测量。此外,准确读取时间作为一项关键的适应性生活技能,对于在所有社会活动中有效发挥功能至关重要。由于它体现了时间概念的复杂性,所以在小学教育中对时间概念的教学至关重要。在儿童中,时间概念通常通过画时钟来衡量,这是一种认知综合技能,其中的错误指向影响执行功能完整性的神经解剖学差异。非典型神经生物学发育且患病率较高的儿童,如自闭症谱系障碍(ASD)和注意力缺陷多动障碍(ADHD)患儿,其时间能力往往受损,因此需要对其功能进行研究。这篇专题综述文章旨在:1)探讨时间概念的复杂性及其潜在的生物神经学机制;2)阐明ASD患儿和ADHD患儿在时间发展方面表现出的困难;3)展示使用一套临床工具,通过画时钟任务和错误分析、儿童时间知识问卷、一份考察生态执行功能的行为评定家长问卷以及与孩子时间困难相关的家长开放式问题,来揭示两名ASD患儿和一名ADHD患儿的时间能力和生态执行功能。文章最后进行了讨论、指明了方向并给出了关键信息。