Clinical Neurotherapy: Chapter Nine. Treating Thought DisordersElsevier Inc. Chapters, 2013-10-18 - 448 psl. Thought disorders are one of the more debilitating of psychiatric disorders, and one of the more difficult to treat. The results of neuroimaging studies using EEG, qEEG, LORETA or VARETA with thought disorders will be discussed. The utility of electrophysiological methods in differential diagnosis and treatment will be discussed in detail. This chapter explores the use of various brain-based treatment modalities and technologies for the treatment of thought disorders. Neurofeedback, cranial electrostimulation and transcranial magnetic stimulation studies for the treatment of thought disorders are reviewed to evaluate treatment efficacy. |
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abnormalities activity ADHD ahead of print alpha anxiety auditory hallucinations auditory verbal hallucinations biofeedback Biol Psychiatry cingulate gyrus Clin EEG Neurosci Clin Electroencephalogr Clin Neurosci clinical control group correlated Cranial Electrotherapy Stimulation depression diagnostic dorsolateral prefrontal cortex drug dysfunction dysregulation EEG biofeedback effects efficacy electroconvulsive therapy Electroencephalography electromagnetic tomography LORETA electrophysiological Epub ahead evidence fMRI follow-up formal thought disorder frequency frontal gyrus gray matter Gruzelier hallucinations in schizophrenia impaired improvement Int J Psychophysiol left temporal meta-analysis negative symptoms neurofeedback training neurofeedback treatment Neuroimage Neurosci Neurotherapy obsessive-compulsive disorder OCD symptoms olanzapine PANSS PANSS total score patients with schizophrenia positive symptoms Prichep LS probabilistic association learning Psychiatry Psychiatry Res psychosis psychotic episode psychotic symptoms qEEG reduced refractory auditory repetitive transcranial magnetic reported risperidone rTMS Schizophr Bull Schizophr Res schizophrenic patients sham significantly subjects subtypes Sürmeli Thatcher RW transcranial magnetic stimulation traumatic brain injury trial