Functional Neuromarkers for Psychiatry

IntroductionPart 1 - Methods of assessing neuromarkers Chapter 1.1 - Theory of measurement Chapter 1.2 - Psychometrics and neuropsychological assessment Chapter 1.3 - Functional MRI Chapter 1.4 - Positron emission tomography Chapter 1.5 - Spontaneous electroencephalogram Chapter 1.6 - Event-related potentialsPart 2 - Neuromarkers of cortical self-regulation Chapter 2.1 - Infraslow electrical oscillations Chapter 2.2 - Alpha rhythms Chapter 2.3 - Beta and gamma rhythms Chapter 2.4 - Frontal midline theta rhythmPart 3 - Information flow within the brain Chapter 3.1 - Sensory systems and attention modulation Chapter 3.2 - Executive system and cognitive control Chapter 3.3 - Affective system, emotions and stress Chapter 3.4 - Memory systemsPart 4 - Methods of neuro-modulation Chapter 4.1 - Pharmacological approach Chapter 4.2 - Neurofeedback Chapter 4.3 - Electroconvulsive therapy Chapter 4.4 - Transcranial Direct Current Stimulation Chapter 4.5 - Transcranial magnetic stimulation Chapter 4.6 - Deep Brain StimulationPart 5 - Neuromarkers in psychiatry Chapter 5.1 - Attention deficit hyperactivity disorder Chapter 5.2 - Schizophrenia Chapter 5.3 - Obsessive-compulsive disorderPart 6 - Assessing functional neuromarkers Chapter 6.1 - Working hypothesis Chapter 6.2 - Technical implementation Chapter 6.3 - Testing working hypothesis: spontaneous EEG Chapter 6.4 - Testing working hypothesis: Event-Related Proposals Chapter 6.5 - Monitoring treatment effectsPart 7 - The State of the Art: OverviewChapter 7.1 - Objective Measures of Human Brain FunctioningChapter 7.2 - Rhythms of the Healthy BrainChapter 7.3 - Information Flow in the Health BrainChapter 7.4 - Current Treatment Options in PsychiatryChapter 7.5 - Functional Neuromarkers in Diseased BrainChapter 7.6 - Implementation in Clinical Practice

Juri D. Kropotov is the former president of the European Chapter of ISNR and the developer of the Mitsar-201 and 202 EEG amplifiers. Author of over 200 scientific papers and 9 books, he has three doctorates in theoretical physics, philosophy, and neurophysiology. He received the USSR State Prize in 1985, and the Copernicus Prize by the Polish Neuropsychological Society in 2009. His 2009 book Quantitative EEG: Event-Related Potentials and Neurotherapy received the award for the year's most significant publication in the field of neurofeedback from the Foundation for Neurofeedback and Applied Neuroscience.