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首页> 外文会议>International Scientific and Practical Conference on Education, Health and Human Wellbeing >Young Men's EEG Reactions to the Smells of Girls Collected Intactly and While Listening to Rock Music
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Young Men's EEG Reactions to the Smells of Girls Collected Intactly and While Listening to Rock Music

机译：年轻人对完美收集的女孩的味道和倾听摇滚音乐的味道反应

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The work was performed on two groups of young men aged 18-22 years with and without sexual experience. Boys conducted a subjective olfactory assessment of body odors of girls located in different phases of the menstrual cycle, collected in an intact state, and while listening to rock music for an hour while recording multichannel EEG. The obtained data on a subjective assessment and change in spectral power in narrow frequency ranges in response to olfactory stimulation were subjected to multivariate analysis of variance. It was found that the olfactory attractiveness of receptive odor tests of girls for boys is higher and decreases under the influence of rock music mainly for odor samples collected in the non-receptive phase of the menstrual cycle of donors. The background electrical activity of the brain of young men who engage in regular sex life is characterized by a lower spectral power in all frequency ranges except beta rhythms. EEG reactions to intact odor stimuli in all young men are accompanied mainly by a decrease in spectral power in the theta1 rhythm and an increase in the delta and alpha2 frequency ranges. The detected EEG reaction is characteristic of non-receptive odor samples of girls. In young men with a lack of sexual life, the EEG reaction to intact odor tests is more generalized. When young men with regular sexual life are presented with the smells of girls collected while listening to rock music, the spectral power decreases in theta2 and alpha1 rhythms. Young men with a lack of sexual life react to the smells of girls collected while listening to rock music, with only a slight increase in the average spectral power in theta1 and alpha1 rhythms, and a decrease in the alpha1 frequency range. Apparently, the influence of rock music did not have a significant effect on girls who are in the receptive phase of the ovarian-menstrual cycle, and the lack of reliable EEG reactions in boys of both groups can be explained by the significant effect of the girls' individual smell on a particular boy.
机译：这项工作是对18-22岁的两群年轻人进行，没有性经验。男孩对位于月经周期的不同阶段的女孩的身体气味进行了主观嗅觉评估，以完整的状态收集，同时在录制多通道脑电图时收听摇滚音乐一小时。对响应于嗅觉刺激的窄频率范围的主观评估和谱功率变化的获得数据进行多元差异。结果发现，由于在供体的月经周期的非接受阶段收集的气味样本，摇滚男孩的接受气味测试的嗅觉吸引力较高且减少。从事常规性生活的年轻人的脑的背景电活动的特征在于除β节奏之外的所有频率范围内的较低光谱功率。所有年轻人的完整气味刺激的脑电图反应主要通过Theta1节奏的光谱功率下降，并增加了三角洲和α2频率范围。检测到的EEG反应是女孩的非接受气味样本的特征。在缺乏性生活的年轻人中，EEG反应完整的气味测试更广泛。当常规性生活中的年轻人被收集的女孩的味道呈现出摇滚音乐时，谱功率降低了θ2和alpha1节奏。缺乏性生活的年轻人对收集的女孩的味道作出反应，同时收听摇滚音乐，只有略微增加了Theta1和alpha1节奏的平均光谱功率，并且alpha1频率范围的减少。显然，摇滚乐的影响对卵巢月经周期的接受阶段的女孩没有显着影响，并且可以通过女孩的显着效果来解释两组男孩的可靠性脑电图反应“个人闻到一个特定的男孩。

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