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City Montreal / New York / Neuroreport / Sterling / Posner / Sebastopol / London / San Diego / / Company Elsevier Ireland Ltd. / Thought Technology Ltd / WaveRider Pro / Neuroscan Labs / EEG / Universal Attention Disorders Inc. / Leverhulme Trust / SMR / Neurofeedback / / Currency pence / GBP / USD / / / Event M&A / Force Majeure / FDA Phase / / Facility Scientific American Library / Imperial College / Royal College of Music / / IndustryTerm beta1 / attentional alertness/vigilance network / neurofeedback groups / non-neurofeedback control / beta1 protocols / attentional systems / attention processing / reduced sensorimotor processing interference / braincomputer communication device / treatment of seizure disorders / beta1 protocol / higher order attention processing / treatment of hyperactivity disorder / treatment of epilepsy / software package / control / aligned-artefact average solution / attention systems / treatment for attention-deficit/hyperactivity disorder / treatment of attention deficit disorders / distinct neurofeedback protocols / beta band protocols / executive networks / hardware/software packages / technique training / treatment of attention deficit disorder / attentional networks / overall cognitive processing / noradrenergic alertness/vigilance network / treatment for attention deficit/hyperactivity disorders / subsequent off-line data processing / reduced processing interference / neurofeedback protocols / attentional processing / beta1 neurofeedback protocols / attentive cognitive processing / diagnostic tool / noradrenergic alertness/vigilance attention network / cortical site / / MedicalCondition increased seizure / seizures / attention-deficit-hyperactivity disorder / poorly controlled seizures / hyperactivity disorder / learning disabilities / attentional disorders / attention deficit disorder / seizure disorders / reduced seizure / attention-deficit/hyperactivity disorder / attention deficit hyperactivity disorders / ADHD / neurological illness / attention-deficit/hyperactivity disorders / hyperkinesis / attention deficit disorders / attentional dysfunction / attention deficit/hyperactivity disorders / seizure / attention deficit hyperactivity disorder / epilepsies / epilepsy / epileptic seizures / / MedicalTreatment complementary medicine / biofeedback / / MusicGroup fast Fourier / / Organization Faculty of Medicine / Imperial College London / International Federation of Clinical Neurophysiology / International Federation / Royal College of Music / Riverside Research Ethics Committee / J.H. Gruzelier Department of Cognitive Neuroscience and Behaviour / US Federal Reserve / / Person Kaiser J. Neurofeedback / Evans JR / Alexander Fig / Alexander Variables / / / Position editor / model for its global efficacy / RT / comfortable chair / Omission errors Commission errors d0 RT / Harper / Corresponding author / / Product pseudo / ritalin / P300 / / Technology alpha / Neuroscience / beta1 protocols / broadband / beta1 neurofeedback protocols / distinct neurofeedback protocols / two protocols / beta band protocols / biofeedback / Biofeedback System / SMR protocol / neurofeedback protocols / beta1 protocol / / URL www.elsevier.com/locate/clinph / / SocialTag 
Clinical Neurophysiology[removed]–139 www.elsevier.com/locate/clinph EEG Biofeedback of low beta band components: frequency-specific effects on variables of attention and event-related brain potentials T. Egner*,