Human Seed Correlation Matrix.

Partial correlations between the basal ganglia nuclei volumes and different aspects of intelligence controlling for medial prefrontal cortical volumes.

Cosima Rhein (168205)
Christiane Mühle (168243)
Tanja Richter-Schmidinger (546482)
Panagiotis Alexopoulos (546483)
Arnd Doerfler (546484)
Johannes Kornhuber (44072)

April 2014

Significant Pearson’s partial correlation coefficients in bold,*indicate p-values ≤0.05,</...

Different spatial patterns in whole-brain correaltion maps and the signal timecourses between the 2 seeds as close as 2 cm.

Satoshi Hirose (323929)
Takamitsu Watanabe (156332)
Koji Jimura (323930)
Masaki Katsura (156360)
Akira Kunimatsu (156363)
Osamu Abe (156336)
Kuni Ohtomo (321606)
Yasushi Miyashita (123278)
Seiki Konishi (323933)

February 2013

A) Whole-brain correlation maps that exhibited distinct spatial patterns when seeds were placed a...

Seed regions and connections included. Seed regions were centered at the MNI coordinates given in parentheses.

Elise Klein (286167)
Korbinian Moeller (286169)
Volkmar Glauche (68762)
Cornelius Weiller (5328)
Klaus Willmes (286170)

February 2013

AG: angular gyrus; BA: Brodmann Area; FEF: frontal eye fields; IFG: inferior frontal gyrus; IPS: ...

Rat Seed Correlation Matrix.

Adam Sierakowiak (5662681)
Cyril Monnot (684090)
Sahar Nikkhou Aski (686863)
Martin Uppman (686864)
Tie-Qiang Li (474370)
Peter Damberg (686865)
Stefan Brené (401578)

March 2015

Note the high correlations between the somatosensory and motor regions as well as the high correl...

Results of the pairwise seed correlation analysis for the WT and TG groups.

Disha Shah (498613)
Elisabeth Jonckers (353117)
Jelle Praet (498614)
Greetje Vanhoutte (498615)
Rafael Delgado y Palacios (498616)
Christian Bigot (498617)
Dany V. D’Souza (498618)
Marleen Verhoye (95635)
Annemie Van der Linden (2227165)

December 2013

A = the motor cortex (MC), B = the somatosensory cortex (SC), C = the hippocampus (Hc). The left ...

Brain networks included in the correlation matrix.

Melanni Nanni (5352908)
Joel Martínez-Soto (5352905)
Leopoldo Gonzalez-Santos (5352911)
Fernando A. Barrios (623039)

June 2018

Some of the networks taken from the correlation matrix in <a href="http://www.plosone.org/article...

Insula subregional seed-based correlation.

Nicoletta Cera (319240)
Armando Tartaro (292165)
Stefano L. Sensi (139995)

September 2014

Table indicates brain regions showing seed-based functional connectivity [with significance level...

Correlation patterns of regions with high asymmetry.

Hang Joon Jo (122179)
Ziad S. Saad (122185)
Stephen J. Gotts (122189)
Alex Martin (117538)
Robert W. Cox (122194)

November 2012

The seed regions with the highest FAD values (>100 mm ∼ upper 5%) are shown in the right upper bo...

Correlation maps of seed regions for each network.

Sara A. Schmidt (465609)
Kwaku Akrofi (465610)
Jake R. Carpenter-Thompson (465611)
Fatima T. Husain (340815)

October 2013

<div>Correlations shown are p<0.05 FDR corrected significant at the voxel and/or cluster level. R...

Brain regions ranked in order of decreasing regional correlation strength values in the (A) healthy control, (B) no HE, (C) MHE, and (C) OHE groups.

Tun-Wei Hsu (167204)
Changwei W. Wu (167209)
Yu-Fan Cheng (167216)
Hsiu-Ling Chen (167224)
Cheng-Hsien Lu (167234)
Kuan-Hung Cho (167241)
Wei-Che Lin (167245)
Ching-Po Lin (46145)

May 2012

The regional correlation strength of the nodes were redistributed and higher in healthy control c...

Visualization of correlations between the seed regions based on their functional connectivity pattern.

Michelle Nadine Servaas (438460)
Harriëtte Riese (54744)
Remco Jan Renken (438461)
Jan-Bernard Cornelis Marsman (438462)
Johan Lambregs (438463)
Johan Ormel (298819)
André Aleman (91646)

July 2013

Gephi (0.8.1 – beta) was used to draw the graph. The following colors indicate the cluster to whi...

Results of correlation analysis for the seeds reported in Figure 1.

Mona Maneshi (114149)
Friederike Moeller (114150)
Firas Fahoum (114152)
Jean Gotman (114154)
Christophe Grova (114156)

December 2012

(A–D): Bar diagrams illustrating average functional connectivity within each group over the clust...

Maps for main effect of seed from the seed x task ANOVAs conducted separately on the z-transformed correlation coefficients from resting state and working memory task residual data for groups of seeds within 4 major regions: IFJ, SFJ, SMA and parietal cortex (p<1×10−19).

Jennifer K. Roth (537879)
Marcia K. Johnson (425395)
Fuyuze Tokoglu (135955)
Isabella Murphy (537880)
R. Todd Constable (135961)

March 2014

Separate ANOVAs were conducted for each group of seeds for a total of five ANOVAs. Regions shown ...

Results of functional connectivity analysis throughout the entire brain.

Gang Sun (80623)
Shaowen Qian (400564)
Qingjun Jiang (400565)
Kai Liu (159026)
Bo Li (112195)
Min Li (12799)
Lun Zhao (400566)
Zhenyu Zhou (400567)
Karen M. von Deneen (289817)
Yijun Liu (205209)

April 2013

(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...

Functional connectivity patterns related to the thirteen seed regions overlayed on a MNI template for the different contrasts: (A) criticism > standard, (B) standard > criticism, (C) criticism > standard, positive correlation with neuroticism and (D) criticism > standard, negative correlation with neuroticism.

Michelle Nadine Servaas (438460)
Harriëtte Riese (54744)
Remco Jan Renken (438461)
Jan-Bernard Cornelis Marsman (438462)
Johan Lambregs (438463)
Johan Ormel (298819)
André Aleman (91646)

July 2013

Brain regions, showing enhanced functional connectivity to our thirteen seed regions, are depicte...

Partial correlations between the basal ganglia nuclei volumes and different aspects of intelligence controlling for medial prefrontal cortical volumes.

Cosima Rhein (168205)
Christiane Mühle (168243)
Tanja Richter-Schmidinger (546482)
Panagiotis Alexopoulos (546483)
Arnd Doerfler (546484)
Johannes Kornhuber (44072)

April 2014

Significant Pearson’s partial correlation coefficients in bold,*indicate p-values ≤0.05,</...

Different spatial patterns in whole-brain correaltion maps and the signal timecourses between the 2 seeds as close as 2 cm.

Satoshi Hirose (323929)
Takamitsu Watanabe (156332)
Koji Jimura (323930)
Masaki Katsura (156360)
Akira Kunimatsu (156363)
Osamu Abe (156336)
Kuni Ohtomo (321606)
Yasushi Miyashita (123278)
Seiki Konishi (323933)

February 2013

A) Whole-brain correlation maps that exhibited distinct spatial patterns when seeds were placed a...

Seed regions and connections included. Seed regions were centered at the MNI coordinates given in parentheses.

Elise Klein (286167)
Korbinian Moeller (286169)
Volkmar Glauche (68762)
Cornelius Weiller (5328)
Klaus Willmes (286170)

February 2013

AG: angular gyrus; BA: Brodmann Area; FEF: frontal eye fields; IFG: inferior frontal gyrus; IPS: ...

Rat Seed Correlation Matrix.

Adam Sierakowiak (5662681)
Cyril Monnot (684090)
Sahar Nikkhou Aski (686863)
Martin Uppman (686864)
Tie-Qiang Li (474370)
Peter Damberg (686865)
Stefan Brené (401578)

March 2015

Note the high correlations between the somatosensory and motor regions as well as the high correl...

Results of the pairwise seed correlation analysis for the WT and TG groups.

Disha Shah (498613)
Elisabeth Jonckers (353117)
Jelle Praet (498614)
Greetje Vanhoutte (498615)
Rafael Delgado y Palacios (498616)
Christian Bigot (498617)
Dany V. D’Souza (498618)
Marleen Verhoye (95635)
Annemie Van der Linden (2227165)

December 2013

A = the motor cortex (MC), B = the somatosensory cortex (SC), C = the hippocampus (Hc). The left ...

Brain networks included in the correlation matrix.

Melanni Nanni (5352908)
Joel Martínez-Soto (5352905)
Leopoldo Gonzalez-Santos (5352911)
Fernando A. Barrios (623039)

June 2018

Some of the networks taken from the correlation matrix in <a href="http://www.plosone.org/article...

Insula subregional seed-based correlation.

Nicoletta Cera (319240)
Armando Tartaro (292165)
Stefano L. Sensi (139995)

September 2014

Table indicates brain regions showing seed-based functional connectivity [with significance level...

Correlation patterns of regions with high asymmetry.

Hang Joon Jo (122179)
Ziad S. Saad (122185)
Stephen J. Gotts (122189)
Alex Martin (117538)
Robert W. Cox (122194)

November 2012

The seed regions with the highest FAD values (>100 mm ∼ upper 5%) are shown in the right upper bo...

Correlation maps of seed regions for each network.

Sara A. Schmidt (465609)
Kwaku Akrofi (465610)
Jake R. Carpenter-Thompson (465611)
Fatima T. Husain (340815)

October 2013

<div>Correlations shown are p<0.05 FDR corrected significant at the voxel and/or cluster level. R...

Brain regions ranked in order of decreasing regional correlation strength values in the (A) healthy control, (B) no HE, (C) MHE, and (C) OHE groups.

Tun-Wei Hsu (167204)
Changwei W. Wu (167209)
Yu-Fan Cheng (167216)
Hsiu-Ling Chen (167224)
Cheng-Hsien Lu (167234)
Kuan-Hung Cho (167241)
Wei-Che Lin (167245)
Ching-Po Lin (46145)

May 2012

The regional correlation strength of the nodes were redistributed and higher in healthy control c...

Visualization of correlations between the seed regions based on their functional connectivity pattern.

Michelle Nadine Servaas (438460)
Harriëtte Riese (54744)
Remco Jan Renken (438461)
Jan-Bernard Cornelis Marsman (438462)
Johan Lambregs (438463)
Johan Ormel (298819)
André Aleman (91646)

July 2013

Gephi (0.8.1 – beta) was used to draw the graph. The following colors indicate the cluster to whi...

Results of correlation analysis for the seeds reported in Figure 1.

Mona Maneshi (114149)
Friederike Moeller (114150)
Firas Fahoum (114152)
Jean Gotman (114154)
Christophe Grova (114156)

December 2012

(A–D): Bar diagrams illustrating average functional connectivity within each group over the clust...

Maps for main effect of seed from the seed x task ANOVAs conducted separately on the z-transformed correlation coefficients from resting state and working memory task residual data for groups of seeds within 4 major regions: IFJ, SFJ, SMA and parietal cortex (p<1×10−19).

Jennifer K. Roth (537879)
Marcia K. Johnson (425395)
Fuyuze Tokoglu (135955)
Isabella Murphy (537880)
R. Todd Constable (135961)

March 2014

Separate ANOVAs were conducted for each group of seeds for a total of five ANOVAs. Regions shown ...

Results of functional connectivity analysis throughout the entire brain.

Gang Sun (80623)
Shaowen Qian (400564)
Qingjun Jiang (400565)
Kai Liu (159026)
Bo Li (112195)
Min Li (12799)
Lun Zhao (400566)
Zhenyu Zhou (400567)
Karen M. von Deneen (289817)
Yijun Liu (205209)

April 2013

(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...

Functional connectivity patterns related to the thirteen seed regions overlayed on a MNI template for the different contrasts: (A) criticism > standard, (B) standard > criticism, (C) criticism > standard, positive correlation with neuroticism and (D) criticism > standard, negative correlation with neuroticism.

Michelle Nadine Servaas (438460)
Harriëtte Riese (54744)
Remco Jan Renken (438461)
Jan-Bernard Cornelis Marsman (438462)
Johan Lambregs (438463)
Johan Ormel (298819)
André Aleman (91646)

July 2013

Brain regions, showing enhanced functional connectivity to our thirteen seed regions, are depicte...

Partial correlations between the basal ganglia nuclei volumes and different aspects of intelligence controlling for medial prefrontal cortical volumes.

Cosima Rhein (168205)
Christiane Mühle (168243)
Tanja Richter-Schmidinger (546482)
Panagiotis Alexopoulos (546483)
Arnd Doerfler (546484)
Johannes Kornhuber (44072)

April 2014

Significant Pearson’s partial correlation coefficients in bold,*indicate p-values ≤0.05,</...

Different spatial patterns in whole-brain correaltion maps and the signal timecourses between the 2 seeds as close as 2 cm.

Satoshi Hirose (323929)
Takamitsu Watanabe (156332)
Koji Jimura (323930)
Masaki Katsura (156360)
Akira Kunimatsu (156363)
Osamu Abe (156336)
Kuni Ohtomo (321606)
Yasushi Miyashita (123278)
Seiki Konishi (323933)

February 2013

A) Whole-brain correlation maps that exhibited distinct spatial patterns when seeds were placed a...

Seed regions and connections included. Seed regions were centered at the MNI coordinates given in parentheses.

Elise Klein (286167)
Korbinian Moeller (286169)
Volkmar Glauche (68762)
Cornelius Weiller (5328)
Klaus Willmes (286170)

February 2013

AG: angular gyrus; BA: Brodmann Area; FEF: frontal eye fields; IFG: inferior frontal gyrus; IPS: ...

Human Seed Correlation Matrix.

Abstract

Extracted data

Human Seed Correlation Matrix.

Abstract

Extracted data

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