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Neurofeedback (NF) is a training approach that aims to reinforce brain activity by using the information of human electroencephalogram (EEG) rhythms as a feedback. In addition, some studies have reported Extremely Low Frequency (0–300 Hz, intensity < 500 µT) Magnetic Field (ELF MF) effects upon the EEG and its rhythms. The purpose of this study is to determine if an approach that combines the effects of Local Sinusoidal Extremely Low Frequency Magnetic Fields (LSELF MF) with NF yields higher performance on desired NF goals. The NF protocol used in this study consisted of enhancement of the beta rhythm and inhibition of theta and high beta rhythms in exposed and sham groups for the purpose of improving attention. Twenty-four healthy subjects of at least average intelligence attended 10 sessions of NF training. Sixteen of them were exposed to 45 Hz sinusoidal ELF (360 µT) at F3 to lead to the desired LSELF MF effects on Cz. Wavelet packet analysis was used for the detection of changes in EEG rhythms. Result...

journal of neurotherapy

Brain Inconspicuous Effect by Local Sinusoidal Extremely Low Frequency Magnetic Exposure Based on Wavelet Packet Analysis: Innovation in Online Passive Neurofeedback Therapy by the Neuro-LSELF System