Brain-responsive music modulates MEG and EEG power

Raw data documenting modulation of MEG and EEG power using brain-responsive music.MEG raw data: Spreadsheet includes modulation depth as a function of frequency for MEG power for 10 participants listening to brain-responsive music targeting 5 Hz or 10 Hz. An ANOVA is performed to examine interaction between targeted frequency and power modulation at 5 Hz or 10 Hz. On the second page is comparable analysis for an 'open-loop' replay of the same stimuli. See associated publication for further details.EEG raw data: Spreadsheet includes EEG theta power modulation for 30 participants listening to brain-responsive music targeting 6 Hz under four conditions: enhance, suppress, replay-enhance, replay-suppress. Paired t-tests are performed to compare brain-responsive vs replay conditions. See associated publication for further details.Datasets to accompany: Zaaimi et al. "<b>Brain-responsive music enables non-invasive, targeted and unobtrusive neurostimulation" </b>submitted to Journal of Neural Engineering (2024)For access to further resources, please contact [e-mail]

记录脑响应音乐对MEG和EEG功率调制的原始数据。MEG原始数据：电子表格包含10名参与者聆听针对5Hz或10Hz的脑响应音乐时，MEG功率调制深度随频率变化的数据。采用方差分析（ANOVA）检验目标频率与5Hz或10Hz处功率调制之间的交互作用。第二页为相同刺激的“开环（open-loop）”重放的对比分析。更多细节请参见相关出版物。EEG原始数据：电子表格包含30名参与者在四种条件（增强、抑制、重放-增强、重放-抑制）下聆听针对6Hz的脑响应音乐时的EEG theta功率调制数据。采用配对t检验（paired t-tests）比较脑响应条件与重放条件。更多细节请参见相关出版物。本数据集配套文章：Zaaimi等人的<b>《脑响应音乐实现无创、靶向且无干扰的神经刺激》</b>（已提交至《神经工程期刊》，2024年）。如需获取更多资源，请联系[e-mail]。