首页> 外文会议>2011 30th URSI General Assembly and Scientific Symposium >Simultaneous EEG/EMG/fMRI: A powerful hybrid-imaging window on brain activation patterns during and following time-varying magnetic stimuli
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Simultaneous EEG/EMG/fMRI: A powerful hybrid-imaging window on brain activation patterns during and following time-varying magnetic stimuli

机译:同时进行脑电图/心电图/功能磁共振成像:强大的混合成像窗口,可显示随时间变化的磁刺激期间和之后的大脑激活模式

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Bioelectromagnetics is a rapidly expanding research domain investing the interaction between electromagnetic stimuli and biological systems. Hybrid functional imaging is a growing domain with promising developments, opening new multidimensional windows on brain processing. Our group started to use functional Magnetic Resonance Imaging (fMRI) in counter-balanced blinded studies to investigate the effects of magnetic field exposure on brain activation in specific tasks. Results showed modulations of task-induced brain activation associated with exposure, suggesting increased haptic sensitivity. We are now proceeding to the next step by integrating electroencephalography, electromyography and fMRI to study exposure levels generating magnetophosphenes in healthy volunteers.
机译:生物电磁学是一个迅速扩展的研究领域,它投资了电磁刺激和生物系统之间的相互作用。混合功能成像是一个发展前景广阔的领域,其发展前景广阔,为大脑处理打开了新的多维窗口。我们的小组开始在平衡盲法研究中使用功能性磁共振成像(fMRI),以研究特定任务中磁场暴露对大脑激活的影响。结果显示与暴露相关的任务诱导的大脑激活的调节,表明触觉敏感性增加。现在,我们通过整合脑电图,肌电图和功能磁共振成像技术来进行下一步研究,以研究健康志愿者中产生磁phosph的暴露水平。

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