Task-related activation. Presented are significant clusters identified in the contrast ROTATION > IDENTICAL (p<10−8, FWE corrected, k>100).

Details on the observed clusters of activation for contrasts from all three tasks are presented.

Sebastiaan F. W. Neggers (336211)
Rosanne M. van Diepen (336212)
Bram B. Zandbelt (238126)
Matthijs Vink (238128)
René C. W. Mandl (171245)
Tjerk P. Gutteling (336213)

February 2013

From left to right, columns represent the label for each area as used throughout the paper, the M...

Cerebral activation in changing versus stable visual stimulus patterns.

Anouk van der Hoorn (587531)
Remco J. Renken (512940)
Klaus L. Leenders (314814)
Bauke M. de Jong (314815)

April 2014

Regional activations related to [FtN, FtS, StN] contrasted to [FW, SW], initial voxel-height thre...

Brain regions active during the control task > experimental task contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < ....

Task-difficulty related activation. Presented are significant clusters identified with task difficulty (rotation angle) as regressor of interest (p<.05, FWE corrected, k>50).

Ilona Lipp (294391)
Mathias Benedek (294392)
Andreas Fink (160741)
Karl Koschutnig (160765)
Gernot Reishofer (160758)
Sabine Bergner (294393)
Anja Ischebeck (294394)
Franz Ebner (294395)
Aljoscha Neubauer (294396)

February 2013

Task-difficulty related activation. Presented are significant clusters identified with task diffi...

Clusters of activation identified by the rule discovery vs control contrast.

Michele Furlan (3155241)
Laura Babcock (4971730)
Antonino Vallesi (128048)

March 2018

Clusters of activation identified by the rule discovery vs control contrast.</p

Overlapping clusters identified in the conjunction task–control analysis (FWE-corrected p < 0.05).

Mikael Skagenholt (5464421)
Ulf Träff (3096963)
Daniel Västfjäll (320050)
Kenny Skagerlund (5464424)

June 2018

Overlapping clusters identified in the conjunction task–control analysis (FWE-corrected p ...

Common brain regions active between block analysis control task > experimental task contrast and event-related control task hits > experimental task hits contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Cluster extent was considered significant at a voxel height of p < .001 and cluster extent correc...

Simultaneous representation of multiple tasks after learning rotation and arbitrary association.

Neta Zach (178587)
Dorrit Inbar (178590)
Yael Grinvald (178594)
Eilon Vaadia (55737)

March 2012

(a, c) An increase in discrimination ratio for target colors (i.e. color sensitivity) after learn...

fMRI results, controls.

Christopher F. A. Benjamin (590588)
Michael M. Saling (590589)
Amanda G. Wood (590590)
David C. Reutens (125804)

June 2014

Activation contrast: task(s) > matched control. Deactivation contrast: matched control > task(s)....

Common brain regions active between block analysis experimental > control task contrast and event-related experimental task hits > control task hits contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Cluster extent was considered significant at a voxel height of p < .001 and cluster extent correc...

Regions showing significant activation by parametric effect of motion coherence during performance of direction discrimination task (cluster-level FWE-corrected P < 0.05).

Mitra Taghizadeh Sarabi (5194517)
Ryuta Aoki (5194523)
Kaho Tsumura (5194526)
Ruedeerat Keerativittayayut (5194529)
Koji Jimura (323930)
Kiyoshi Nakahara (5194520)

May 2018

Regions showing significant activation by parametric effect of motion coherence during performanc...

Overview of all significant clusters of activation in all relevant contrasts.

Katharina A. Bialleck (356415)
Hans-Peter Schaal (356417)
Thorsten A. Kranz (356419)
Juergen Fell (133266)
Christian E. Elger (356422)
Nikolai Axmacher (133267)

February 2013

Overview of all significant clusters of activation in all relevant contrasts.</p

Brain regions active upon onset of ‘hit’ during the control task > experimental task contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < ....

Relative increases in brain activity associated with personal familiarity.

Luisa Jurjanz (351105)
Markus Donix (351106)
Eva C. Amanatidis (351107)
Shirin Meyer (351108)
Katrin Poettrich (351109)
Thomas Huebner (351110)
Damaris Baeumler (351111)
Michael N. Smolka (335659)
Vjera A. Holthoff (351112)

February 2013

All activations are significant at p<0.05, corrected for multiple comparisons at the cluster leve...

Activation during abstraction and similarity detection.

Béatrice Garcin (174548)
Emmanuelle Volle (174557)
Bruno Dubois (174565)
Richard Levy (174577)

March 2012

Activation is displayed on a rendered brain. Only clusters surviving a family-wise error (FWE) co...

Details on the observed clusters of activation for contrasts from all three tasks are presented.

Sebastiaan F. W. Neggers (336211)
Rosanne M. van Diepen (336212)
Bram B. Zandbelt (238126)
Matthijs Vink (238128)
René C. W. Mandl (171245)
Tjerk P. Gutteling (336213)

February 2013

From left to right, columns represent the label for each area as used throughout the paper, the M...

Cerebral activation in changing versus stable visual stimulus patterns.

Anouk van der Hoorn (587531)
Remco J. Renken (512940)
Klaus L. Leenders (314814)
Bauke M. de Jong (314815)

April 2014

Regional activations related to [FtN, FtS, StN] contrasted to [FW, SW], initial voxel-height thre...

Brain regions active during the control task > experimental task contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < ....

Task-difficulty related activation. Presented are significant clusters identified with task difficulty (rotation angle) as regressor of interest (p<.05, FWE corrected, k>50).

Ilona Lipp (294391)
Mathias Benedek (294392)
Andreas Fink (160741)
Karl Koschutnig (160765)
Gernot Reishofer (160758)
Sabine Bergner (294393)
Anja Ischebeck (294394)
Franz Ebner (294395)
Aljoscha Neubauer (294396)

February 2013

Task-difficulty related activation. Presented are significant clusters identified with task diffi...

Clusters of activation identified by the rule discovery vs control contrast.

Michele Furlan (3155241)
Laura Babcock (4971730)
Antonino Vallesi (128048)

March 2018

Clusters of activation identified by the rule discovery vs control contrast.</p

Overlapping clusters identified in the conjunction task–control analysis (FWE-corrected p < 0.05).

Mikael Skagenholt (5464421)
Ulf Träff (3096963)
Daniel Västfjäll (320050)
Kenny Skagerlund (5464424)

June 2018

Overlapping clusters identified in the conjunction task–control analysis (FWE-corrected p ...

Common brain regions active between block analysis control task > experimental task contrast and event-related control task hits > experimental task hits contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Cluster extent was considered significant at a voxel height of p < .001 and cluster extent correc...

Simultaneous representation of multiple tasks after learning rotation and arbitrary association.

Neta Zach (178587)
Dorrit Inbar (178590)
Yael Grinvald (178594)
Eilon Vaadia (55737)

March 2012

(a, c) An increase in discrimination ratio for target colors (i.e. color sensitivity) after learn...

fMRI results, controls.

Christopher F. A. Benjamin (590588)
Michael M. Saling (590589)
Amanda G. Wood (590590)
David C. Reutens (125804)

June 2014

Activation contrast: task(s) > matched control. Deactivation contrast: matched control > task(s)....

Common brain regions active between block analysis experimental > control task contrast and event-related experimental task hits > control task hits contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Cluster extent was considered significant at a voxel height of p < .001 and cluster extent correc...

Regions showing significant activation by parametric effect of motion coherence during performance of direction discrimination task (cluster-level FWE-corrected P < 0.05).

Mitra Taghizadeh Sarabi (5194517)
Ryuta Aoki (5194523)
Kaho Tsumura (5194526)
Ruedeerat Keerativittayayut (5194529)
Koji Jimura (323930)
Kiyoshi Nakahara (5194520)

May 2018

Regions showing significant activation by parametric effect of motion coherence during performanc...

Overview of all significant clusters of activation in all relevant contrasts.

Katharina A. Bialleck (356415)
Hans-Peter Schaal (356417)
Thorsten A. Kranz (356419)
Juergen Fell (133266)
Christian E. Elger (356422)
Nikolai Axmacher (133267)

February 2013

Overview of all significant clusters of activation in all relevant contrasts.</p

Brain regions active upon onset of ‘hit’ during the control task > experimental task contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < ....

Relative increases in brain activity associated with personal familiarity.

Luisa Jurjanz (351105)
Markus Donix (351106)
Eva C. Amanatidis (351107)
Shirin Meyer (351108)
Katrin Poettrich (351109)
Thomas Huebner (351110)
Damaris Baeumler (351111)
Michael N. Smolka (335659)
Vjera A. Holthoff (351112)

February 2013

All activations are significant at p<0.05, corrected for multiple comparisons at the cluster leve...

Activation during abstraction and similarity detection.

Béatrice Garcin (174548)
Emmanuelle Volle (174557)
Bruno Dubois (174565)
Richard Levy (174577)

March 2012

Activation is displayed on a rendered brain. Only clusters surviving a family-wise error (FWE) co...

Details on the observed clusters of activation for contrasts from all three tasks are presented.

Sebastiaan F. W. Neggers (336211)
Rosanne M. van Diepen (336212)
Bram B. Zandbelt (238126)
Matthijs Vink (238128)
René C. W. Mandl (171245)
Tjerk P. Gutteling (336213)

February 2013

From left to right, columns represent the label for each area as used throughout the paper, the M...

Cerebral activation in changing versus stable visual stimulus patterns.

Anouk van der Hoorn (587531)
Remco J. Renken (512940)
Klaus L. Leenders (314814)
Bauke M. de Jong (314815)

April 2014

Regional activations related to [FtN, FtS, StN] contrasted to [FW, SW], initial voxel-height thre...

Brain regions active during the control task > experimental task contrast.

Chris Neale (771374)
Patrick Johnston (5665537)
Matthew Hughes (816717)
Andrew Scholey (816718)

October 2015

Clusters were considered significant at a voxel height of p < .001 and cluster corrected at p < ....

Task-related activation. Presented are significant clusters identified in the contrast ROTATION > IDENTICAL (<i>p</i><10<sup>−8</sup>, FWE corrected, k>100).

Abstract

Extracted data

Topics

Task-related activation. Presented are significant clusters identified in the contrast ROTATION > IDENTICAL (<i>p</i><10<sup>−8</sup>, FWE corrected, k>100).

Abstract

Extracted data

Topics

Related items

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