Page 5 - MEGIN Book Of Abstracts - 2019
P. 5

p. 13  Analysis of magnetoencephalography record-  p. 18  Exercise, APOE, and working memory: MEG and
                  ings from Alzheimer's disease patients using      behavioral evidence for benefit of exercise in
                  embedding entropies                               epsilon4 carriers


            p. 13  Regional functional connectivity predicts   p. 19  Assessment of classification improvement in
                  distinct cognitive impairments in Alzheimer's     patients with Alzheimer's disease based on mag-
                  disease spectrum                                  netoencephalogram blind source separation


            p. 14  Analysis of neural dynamics in mild cognitive im-  p. 19  Evaluation of spectral ratio measures from
                  pairment and Alzheimer's disease using wavelet    spontaneous MEG recordings in patients with
                  turbulence                                        Alzheimer's disease


            p. 14  MEG delta mapping along the healthy aging-  p. 20  Regional analysis of spontaneous MEG rhythms
                  Alzheimer's disease continuum: diagnostic         in patients with Alzheimer's disease using spec-
                  implications                                      tral entropies


            p. 15  Synchrony analysis of spontaneous MEG activity   p. 20  Analysis of the magnetoencephalogram back-
                  in Alzheimer's disease patients                   ground activity in Alzheimer's disease patients
                                                                    with auto-mutual information
            p. 15  Disruption of functional brain networks in Alz-
                  heimer's disease: what can we learn from graph   p. 21  Phase lag index: assessment of functional con-
                  spectral analysis of resting-state magnetoen-     nectivity from multi channel EEG and MEG with
                  cephalography?                                    diminished bias from common sources


            p. 16  Evaluation and tracking of Alzheimer's disease   p. 21  Extraction of spectral based measures from MEG
                  severity using resting-state magnetoencepha-      background oscillations in Alzheimer's disease
                  lography
                                                               23  Attention Deficit and Hyperactivity

            p. 16  Complexity analysis of spontaneous brain         Disorder
                  activity in Alzheimer disease and mild cognitive
                  impairment: an MEG study                     p. 23  MEG Analysis of Neural Interactions in Attention-
                                                                    Deficit/Hyperactivity Disorder
            p. 17  Study of the MEG background activity in Alz-
                  heimer's disease patients with scaling analysis   p. 23  Pharmaco-MEG evidence for attention related
                  methods                                           hyper-connectivity between auditory and pre-
                                                                    frontal cortices in ADHD
            p. 17  Blind source separation to enhance spectral and
                  non-linear features of magnetoencephalogram   p. 24  Atypical coupling between posterior regions of
                  recordings. Application to Alzheimer's disease    the default mode network in attention-deficit/
                                                                    hyperactivity disorder: a pharmaco-magnetoen-
            p. 17  Analysis of MEG background activity in Alzhei-   cephalography study
                  mer's disease using nonlinear methods and
                  ANFIS                                        p. 24  Behavioral consequences of aberrant alpha
                                                                    lateralization in attention-deficit/hyperactivity
            p. 18  Resting-state oscillatory brain dynamics in Alz-  disorder
                  heimer disease
                                                               p. 25  Amphetamines modulate prefrontal γ oscilla-
                                                                    tions during attention processing


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