艾滋病毒/艾滋病儿童经HAART治疗后跳眼运动异常的研究

Nashua Nai̇cker
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引用次数: 0

摘要

阅读是一项复杂的心理任务,需要双眼朝同一方向快速移动(扫视),从一个单词到下一个单词,或者偶尔向后看以前遇到的文本。眼动为阅读过程中的认知加工提供了一个敏感的窗口,阅读技能与各种眼动参数、扫视总数和扫视振幅有关。这是因为人们知道,受艾滋病毒感染的大脑区域也控制着跳眼运动。本研究的目的是探讨在接受高效抗逆转录病毒治疗(HAART)的艾滋病毒/艾滋病儿童中跳眼运动的关系。采用描述性横断面设计,对128名年龄在6岁至13岁11个月之间的男女参与者进行了跳眼运动评估。用于筛查跳眼运动异常的工具是一种称为发育眼动(DEM)测试的数字阅读测试。使用SAS进行描述性和推断性统计。78%(78%)的参与者有轻微的免疫抑制,65%的参与者有无法检测到的病毒载量。DEM测试根据参与者在这个定时阅读测试中的表现将他们分为四种行为类型。百分之九十三(93%)的垂直时间和92%的水平时间超出了指定的测试规范。行为类型显示,53%的人有自动性问题(3型),22%的人同时有眼动和自动性问题(4型),8%的人没有问题(1型),只有3%的人有眼动问题(2型)。病毒载量与行为类型(p=0.2)和CD4计数与行为类型(p=0.17)之间的关联无统计学意义,因此无法建立关系。超过一半的样本人群表现出自动性问题。无法确定的是,在这一人群中发现的自动性问题是否与神经认知功能或神经发育迟缓有关,这些已知存在于艾滋病毒/艾滋病儿童中,尽管接受了HAART治疗,还是由于其他因素。尽管DEM的表现在很大程度上超出了标准化规范,但在DEM测试中指定的行为类型与HIV生物标志物之间无法建立关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of saccadic eye movement abnormalities in children with HIV/AIDS on HAART
Reading is a complex psychological task that involves rapid movements of both eyes in the same direction (saccades) from one word to the next, or, occasionally, backwards to previously encountered text. Eye movement provides a sensitive window into cognitive processing during reading and reading skills are associated with various eye movement parameters, total number of saccades and saccadic amplitudes. This is due to the knowledge that brain areas compromised by HIV infection also control saccadic eye movements. The aim of this study was to investigate the relationship between saccadic eye movements in children with HIV/AIDS on Highly Active Antiretroviral Therapy (HAART). With a descriptive cross-sectional design, 128 conveniently accessed male and female participants of ages 6 years to 13 years 11 months had their saccadic eye movements evaluated. The tool used to screen for saccadic eye movement abnormalities was a numerical reading test called the Development Eye Movement (DEM) test. Descriptive and inferential statistics was developed using SAS. Seventy-eight percent (78%) of participants had minimal immunosuppression and 65% had undetectable viral loads. The DEM test classified participants into four Behaviour Types based on their performances in this timed reading test. Ninety-three percent (93%) had vertical times and 92% had horizontal times that were outside of the specified test norms. The Behaviour Types revealed that 53% had automaticity problems (Type 3), 22% had both eye movement and automaticity problems (Type 4), 8% had no problems (Type 1) and only 3% had eye movement problems (Type 2). The association between the viral load with Behaviour Types (p=0.2) and the CD4 count against the behaviour types (p=0.17) were not statistically significant, hence no relationship could be established. More than half of the sample population manifested automaticity problems. What could not be determined was whether the automaticity problems found in this population were related to the neurocognitive functioning or neurodevelopmental delays which are known to exist in children with HIV/AIDS despite being on HAART, or if it was due to other factors. No relationship could be established between the Behaviour Types specified in the DEM test and the HIV biomarkers despite the DEM performances being largely outside of the standardised norms.
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来源期刊
自引率
0.00%
发文量
41
审稿时长
4 weeks
期刊介绍: Journal for the Education of Gifted Young Scientists (JEGYS) ISSN: 2149-360X covers issues such as science education, differentiated instruction in mathematics, science and social sciences for gifted students, education and training of the young scientist, giftedness, gifted education, scientific creativity, educational policy on science and math education for gifted students, teaching of the history and philosophy of science, STEM education for gifted, teaching techniques and activities in the education of the gifted young scientist, is a scientific and academic journal. JEGYS aims to be a scientific media sharing scientific research, practices, theories and ideas about gifted education and education of the gifted young scientists. STEM education for gifted, teaching techniques and activities in the education of the gifted young scientist, is a scientific and academic journal. JEGYS aims to be a scientific media sharing scientific research, practices, theories and ideas about gifted education and education of the gifted young scientists.
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