Frontal Alpha Power Differences
The frontal alpha power differences plays critical roles in brain function that QEEG brain mapping can assess. Neurofeedback protocols can target activity in frontal alpha power differences-related circuits, training toward improved regulation and function. Browse our 1 research paper on this topic.
Research Papers
Operant (biofeedback) control of left-right frontal alpha power differences: Potential neurotherapy for affective disorders
Two experiments were done with subjects from a paid pool of undergraduates. In each study, there were five 1-hour sessions on each of 5 days: (1) Baseline: Rewards given for randomly selected 20% of the 700-ms sequential epochs; mean and SD of baseline power differences determined. 2) Exploration: Subjects were rewarded when right minus left alpha differences in an epoch were greater than the baseline mean plus about .85 SD (p = .20); subjects told to discover how to generate rewards. (3)–(5). Training: Subjects were paid (over and above the $8/h flat rate) in proportion to their hit rates. In the first study (in which active filters passed 8–12 Hz activity, and the rectified, integrated amplitude was utilized), 6 of 8 subjects met learning criteria (a significant difference between baseline and training scores). In the second study (in which on-line FFTs were used to extract alpha power), 3 of 5 subjects met learning criteria.
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