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首页> 外文期刊>Neuroscience Letters: An International Multidisciplinary Journal Devoted to the Rapid Publication of Basic Research in the Brain Sciences >A study on cognitive experience in response to vibrational stimuli of various frequencies at different intensities
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A study on cognitive experience in response to vibrational stimuli of various frequencies at different intensities

机译:不同强度各种频率振动刺激的认知经验研究

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摘要

The present study aimed to evaluate the cognitive experience associated with frequency and intensity by presenting subjects with vibrational stimuli of eight frequencies (10, 50, 100, 150, 200, 225, 250, and 300 Hz) and three intensities (Level 1: 0.25 G, Level 2: 0.38 G, Level 3: 1.3 G). The study participants were right-handed healthy adults (13 male subjects aged 23.2 years +/- 0.8 and 7 female subjects aged 22.3 years +/- 1.5) with normal cognitive function. The trials consisted of a stimulation phase (0.1 s) and a rest phase (6 s). After all types of stimuli were presented over five trials, a subjective evaluation was completed. As a result, the cognitive characteristic 'weak' was associated with the low frequency band of all intensity levels, while 'strong' was associated with an increase in vibration frequency and intensity. In addition to 'weak' and 'strong', the characteristic 'vibrating' was associated with frequencies above 100 Hz for all intensities. There were differences in cognitive experience, such as 'thick', 'blunt', and 'heavy,' between 100 and 150 Hz based on the level of intensity. In high frequency vibrations, between 200 and 300 Hz, the main characteristics changed to 'fast', 'shallow', and 'light' according to the intensity level.
机译:本研究旨在通过呈现八频振动刺激的受试者(10,50,100,150,225,225,250,300Hz)和三个强度(1级:0.25 G,2级:0.38g,3级:1.3g)。该研究参与者是右撇子健康成人(13名男性受试者年龄在23.2岁+/- 0.8和7岁的女性受试者年龄在22.3岁+/- 1.5),具有正常的认知功能。试验由刺激阶段(0.1秒)和静脉阶段(6秒)组成。在五项试验中介绍了所有类型的刺激后,完成了主观评估。其结果是,认知特性“弱”,用所有的亮度等级的低频带相关联,而“强”与增加在振动频率和强度相关联。除了“弱”和“强烈”之外,特征“振动”还与所有强度高于100 Hz的频率相关。认知体验存在差异,例如“厚”,“钝'和”重“在100和150 Hz之间的”厚“,基于强度水平。在高频振动中,在200到300 Hz之间,主要特性根据强度水平改变为“快”,“浅”和“光”。

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