<p><b>Meta-State Dynamic FNC: High Level Schematics</b> (A) Schematic showing connectivity decomposed into, for simplicity, binary weighted sums of connectivity patterns, yielding meta-states in {0,1}s<sup>4</sup>; (B) Histograms of maximal uninterrupted periods spent in any fixed meta-state for patients (red) and controls (blue) (C) A connectivity pattern in which network-pair connections are signed and non-binary (for example, given by correlations) and in graph (right) and matrix (left) forms; (D) Schematic illustration of differences in dynamical patterns of network connectivity between schizophrenia patients and healthy controls. Controls exhibit more, and more diverse, connectivity states changing from one connectivity pattern to anot...
Schizophrenia has been understood as a network disease with altered functional and structural connec...
Background: Schizophrenia affects around 1% of the global population. Functional connectivity extrac...
Schizophrenia has been understood as a network disease with altered functional and structural connec...
<p><b>Meta-States Realized at Least Once by Multiple Subjects</b> (A) Bar plot of number of meta-sta...
Resting-state functional brain imaging studies of network connectivity have long assumed that functi...
Resting-state functional brain imaging studies of network connectivity have long assumed that functi...
<p><b>Basic Results on Hub Meta-States and Schizophrenia</b> (A) Bar plots for HC and SZ of number o...
<p><b>Effect of Schizophrenia on Dynamic Range Measures</b> (A) Maximally different (in the L1 sense...
<p><b>Results of Comprehensive Investigation of Hub Meta-States and Schizophrenia</b> (A) Histograms...
<p><b>Correlation Patterns Produced by Different Algorithms and by Temporal ICA at Different Model O...
Resting-state functional brain imaging studies of network connectivity have long assumed that functi...
Schizophrenia is a complex mental disorder with disorganized communication among large-scale brain n...
Recent works have shown that, even in resting state, functional networks undergo dynamic changes ove...
Resting-state functional brain imaging studies of network connectivity have long assumed that functi...
Schizophrenia shows abnormal dynamic functional network connectivity (dFNC), but it is unclear wheth...
Schizophrenia has been understood as a network disease with altered functional and structural connec...
Background: Schizophrenia affects around 1% of the global population. Functional connectivity extrac...
Schizophrenia has been understood as a network disease with altered functional and structural connec...
<p><b>Meta-States Realized at Least Once by Multiple Subjects</b> (A) Bar plot of number of meta-sta...
Resting-state functional brain imaging studies of network connectivity have long assumed that functi...
Resting-state functional brain imaging studies of network connectivity have long assumed that functi...
<p><b>Basic Results on Hub Meta-States and Schizophrenia</b> (A) Bar plots for HC and SZ of number o...
<p><b>Effect of Schizophrenia on Dynamic Range Measures</b> (A) Maximally different (in the L1 sense...
<p><b>Results of Comprehensive Investigation of Hub Meta-States and Schizophrenia</b> (A) Histograms...
<p><b>Correlation Patterns Produced by Different Algorithms and by Temporal ICA at Different Model O...
Resting-state functional brain imaging studies of network connectivity have long assumed that functi...
Schizophrenia is a complex mental disorder with disorganized communication among large-scale brain n...
Recent works have shown that, even in resting state, functional networks undergo dynamic changes ove...
Resting-state functional brain imaging studies of network connectivity have long assumed that functi...
Schizophrenia shows abnormal dynamic functional network connectivity (dFNC), but it is unclear wheth...
Schizophrenia has been understood as a network disease with altered functional and structural connec...
Background: Schizophrenia affects around 1% of the global population. Functional connectivity extrac...
Schizophrenia has been understood as a network disease with altered functional and structural connec...