Regions of activation associated with illness course* within mPFC and striatal regions of interest.

Regions of activation during each condition.

Yuki Otsuka (211521)
Naoyuki Osaka (119691)
Ken Yaoi (352352)
Mariko Osaka (119698)

February 2013

Note: uncorrected P<.001.Abbreviations: 1stPP = first-person-perspective; 3rdPP = t...

Magnetic susceptibilities of controls and patients in different brain regions.

Thomas Martin Doring (3171303)
Vanessa Granado (3171306)
Fernanda Rueda (3171309)
Andreas Deistung (392833)
Juergen R. Reichenbach (3171300)
Gustavo Tukamoto (3171312)
Emerson Leandro Gasparetto (3171315)
Ferdinand Schweser (392834)

May 2016

Magnetic susceptibilities of controls and patients in different brain regions.</p

Activation coverage rate and activation center distance in different brain regions.

Xiaofei Li (334285)
Li Yao (113027)
Qing Ye (90197)
Xiaojie Zhao (163567)

July 2014

Activation coverage rate and activation center distance in different brain regions.</p

Regions of activation associated with illness course* across the whole brain.

Maggie M. Sweitzer (3167943)
Karli K. Watson (268088)
Savannah R. Erwin (6041207)
Amy A. Winecoff (6041210)
Nandini Datta (6041213)
Scott Huettel (6041216)
Michael L. Platt (200480)
Nancy L. Zucker (6041219)

December 2018

Regions of activation associated with illness course* across the whole brain.</p

Activation to image type by group within mPFC and striatal regions of interest.

Maggie M. Sweitzer (3167943)
Karli K. Watson (268088)
Savannah R. Erwin (6041207)
Amy A. Winecoff (6041210)
Nandini Datta (6041213)
Scott Huettel (6041216)
Michael L. Platt (200480)
Nancy L. Zucker (6041219)

December 2018

Activation to image type by group within mPFC and striatal regions of interest.</p

The brain regions of activations in “TG-Homogenous” and “TG-TDG” contrasts.

Liuqing Wei (839643)
Xuemin Zhang (202268)
Chuang Lyu (839642)
Siyuan Hu (418098)
Zhen Li (1234644)

May 2017

The brain regions of activations in “TG-Homogenous” and “TG-TDG” contrasts.</p

Commonly activated regions in FM patients and healthy control.

Seong-Ho Kim (77353)
Youngho Lee (455428)
Sunggun Lee (455429)
Chi-Woong Mun (455430)

September 2013

Yellow clusters indicate common regions activated by painful stimuli in FM patients and healthy c...

Whole brain activation as a function of illness course.

Maggie M. Sweitzer (3167943)
Karli K. Watson (268088)
Savannah R. Erwin (6041207)
Amy A. Winecoff (6041210)
Nandini Datta (6041213)
Scott Huettel (6041216)
Michael L. Platt (200480)
Nancy L. Zucker (6041219)

December 2018

Patterns of activation were compared based on the course of illness as collapsed into 4 levels (high...

Regions showing significant psychophysiological interaction with left amygdala activity.

Brendan D. Murray (508420)
Elizabeth A. Kensinger (508421)

January 2014

Regions showing significant psychophysiological interaction with left amygdala activity.</p

Brain regions in which an interaction was observed between sessions and conditions.

Rika Ishida (8345847)
Akira Ishii (437846)
Takashi Matsuo (189062)
Takayuki Minami (2534062)
Takahiro Yoshikawa (2462617)

December 2022

Brain regions in which an interaction was observed between sessions and conditions.</p

Involved topographical anatomic regions and symptom severity in motor neuron disease patients.

Nicholas T. Olney (6029375)
Antje Bischof (6029378)
Howard Rosen (6029381)
Eduardo Caverzasi (580646)
William A. Stern (704087)
Catherine Lomen-Hoerth (812360)
Bruce L. Miller (297862)
Roland G. Henry (580649)
Nico Papinutto (580647)

November 2018

Involved topographical anatomic regions and symptom severity in motor neuron disease patients.</p

Regions defined for the seed-based functional connectivity analysis in areas are known to be relevant for addictive behaviour, including the left insula, the right insula, the left DLPFC (BA 9, 46) and the right DLPFC (BA 9, 46).

Susanne Karch (427847)
Daniel Keeser (423386)
Sebastian Hümmer (774416)
Marco Paolini (774417)
Valerie Kirsch (423388)
Temmuz Karali (774418)
Michael Kupka (774419)
Boris-Stephan Rauchmann (774420)
Agnieszka Chrobok (774421)
Janusch Blautzik (423389)
Gabi Koller (774422)
Birgit Ertl-Wagner (284903)
Oliver Pogarell (427846)

July 2015

Regions defined for the seed-based functional connectivity analysis in areas are known to be rele...

Regions showing significantly different functional connectivity within attention-related brain networks across the three groups.

Hua-Jun Chen (300047)
Yu Wang (12152)
Xi-Qi Zhu (300046)
Pei-Cheng Li (539384)
Gao-Jun Teng (115185)

March 2014

Regions showing significantly different functional connectivity within attention-related brain ne...

Regions showing significant differences of functional connectivity between the CPL and the voxels of the whole brain.

Chaozheng Tang (2610091)
Zhiyong Zhao (1430197)
Chuang Chen (496438)
Xiaohui Zheng (305099)
Fenfen Sun (2610088)
Xiaoli Zhang (135098)
Jing Tian (335437)
Mingxia Fan (110028)
Yi Wu (197719)
Jie Jia (507748)

April 2016

Regions showing significant differences of functional connectivity between the CPL and the voxels...

Regions of interest (ROIs) in the human brain, their mean MNI coordinates and number of voxels.

Gadi Goelman (661275)
Noam Gordon (661276)
Omer Bonne (661277)

November 2014

Abbreviations: dmPFC, dorsal medial prefrontal cortex; PFC, prefrontal cortex; BA, Brodman area; ...

Regions of activation during each condition.

Yuki Otsuka (211521)
Naoyuki Osaka (119691)
Ken Yaoi (352352)
Mariko Osaka (119698)

February 2013

Note: uncorrected P<.001.Abbreviations: 1stPP = first-person-perspective; 3rdPP = t...

Magnetic susceptibilities of controls and patients in different brain regions.

Thomas Martin Doring (3171303)
Vanessa Granado (3171306)
Fernanda Rueda (3171309)
Andreas Deistung (392833)
Juergen R. Reichenbach (3171300)
Gustavo Tukamoto (3171312)
Emerson Leandro Gasparetto (3171315)
Ferdinand Schweser (392834)

May 2016

Magnetic susceptibilities of controls and patients in different brain regions.</p

Activation coverage rate and activation center distance in different brain regions.

Xiaofei Li (334285)
Li Yao (113027)
Qing Ye (90197)
Xiaojie Zhao (163567)

July 2014

Activation coverage rate and activation center distance in different brain regions.</p

Regions of activation associated with illness course* across the whole brain.

Maggie M. Sweitzer (3167943)
Karli K. Watson (268088)
Savannah R. Erwin (6041207)
Amy A. Winecoff (6041210)
Nandini Datta (6041213)
Scott Huettel (6041216)
Michael L. Platt (200480)
Nancy L. Zucker (6041219)

December 2018

Regions of activation associated with illness course* across the whole brain.</p

Activation to image type by group within mPFC and striatal regions of interest.

Maggie M. Sweitzer (3167943)
Karli K. Watson (268088)
Savannah R. Erwin (6041207)
Amy A. Winecoff (6041210)
Nandini Datta (6041213)
Scott Huettel (6041216)
Michael L. Platt (200480)
Nancy L. Zucker (6041219)

December 2018

Activation to image type by group within mPFC and striatal regions of interest.</p

The brain regions of activations in “TG-Homogenous” and “TG-TDG” contrasts.

Liuqing Wei (839643)
Xuemin Zhang (202268)
Chuang Lyu (839642)
Siyuan Hu (418098)
Zhen Li (1234644)

May 2017

The brain regions of activations in “TG-Homogenous” and “TG-TDG” contrasts.</p

Commonly activated regions in FM patients and healthy control.

Seong-Ho Kim (77353)
Youngho Lee (455428)
Sunggun Lee (455429)
Chi-Woong Mun (455430)

September 2013

Yellow clusters indicate common regions activated by painful stimuli in FM patients and healthy c...

Whole brain activation as a function of illness course.

Maggie M. Sweitzer (3167943)
Karli K. Watson (268088)
Savannah R. Erwin (6041207)
Amy A. Winecoff (6041210)
Nandini Datta (6041213)
Scott Huettel (6041216)
Michael L. Platt (200480)
Nancy L. Zucker (6041219)

December 2018

Patterns of activation were compared based on the course of illness as collapsed into 4 levels (high...

Regions showing significant psychophysiological interaction with left amygdala activity.

Brendan D. Murray (508420)
Elizabeth A. Kensinger (508421)

January 2014

Regions showing significant psychophysiological interaction with left amygdala activity.</p

Brain regions in which an interaction was observed between sessions and conditions.

Rika Ishida (8345847)
Akira Ishii (437846)
Takashi Matsuo (189062)
Takayuki Minami (2534062)
Takahiro Yoshikawa (2462617)

December 2022

Brain regions in which an interaction was observed between sessions and conditions.</p

Involved topographical anatomic regions and symptom severity in motor neuron disease patients.

Nicholas T. Olney (6029375)
Antje Bischof (6029378)
Howard Rosen (6029381)
Eduardo Caverzasi (580646)
William A. Stern (704087)
Catherine Lomen-Hoerth (812360)
Bruce L. Miller (297862)
Roland G. Henry (580649)
Nico Papinutto (580647)

November 2018

Involved topographical anatomic regions and symptom severity in motor neuron disease patients.</p

Regions defined for the seed-based functional connectivity analysis in areas are known to be relevant for addictive behaviour, including the left insula, the right insula, the left DLPFC (BA 9, 46) and the right DLPFC (BA 9, 46).

Susanne Karch (427847)
Daniel Keeser (423386)
Sebastian Hümmer (774416)
Marco Paolini (774417)
Valerie Kirsch (423388)
Temmuz Karali (774418)
Michael Kupka (774419)
Boris-Stephan Rauchmann (774420)
Agnieszka Chrobok (774421)
Janusch Blautzik (423389)
Gabi Koller (774422)
Birgit Ertl-Wagner (284903)
Oliver Pogarell (427846)

July 2015

Regions defined for the seed-based functional connectivity analysis in areas are known to be rele...

Regions showing significantly different functional connectivity within attention-related brain networks across the three groups.

Hua-Jun Chen (300047)
Yu Wang (12152)
Xi-Qi Zhu (300046)
Pei-Cheng Li (539384)
Gao-Jun Teng (115185)

March 2014

Regions showing significantly different functional connectivity within attention-related brain ne...

Regions showing significant differences of functional connectivity between the CPL and the voxels of the whole brain.

Chaozheng Tang (2610091)
Zhiyong Zhao (1430197)
Chuang Chen (496438)
Xiaohui Zheng (305099)
Fenfen Sun (2610088)
Xiaoli Zhang (135098)
Jing Tian (335437)
Mingxia Fan (110028)
Yi Wu (197719)
Jie Jia (507748)

April 2016

Regions showing significant differences of functional connectivity between the CPL and the voxels...

Regions of interest (ROIs) in the human brain, their mean MNI coordinates and number of voxels.

Gadi Goelman (661275)
Noam Gordon (661276)
Omer Bonne (661277)

November 2014

Abbreviations: dmPFC, dorsal medial prefrontal cortex; PFC, prefrontal cortex; BA, Brodman area; ...

Regions of activation during each condition.

Yuki Otsuka (211521)
Naoyuki Osaka (119691)
Ken Yaoi (352352)
Mariko Osaka (119698)

February 2013

Note: uncorrected P<.001.Abbreviations: 1stPP = first-person-perspective; 3rdPP = t...

Magnetic susceptibilities of controls and patients in different brain regions.

Thomas Martin Doring (3171303)
Vanessa Granado (3171306)
Fernanda Rueda (3171309)
Andreas Deistung (392833)
Juergen R. Reichenbach (3171300)
Gustavo Tukamoto (3171312)
Emerson Leandro Gasparetto (3171315)
Ferdinand Schweser (392834)

May 2016

Magnetic susceptibilities of controls and patients in different brain regions.</p

Activation coverage rate and activation center distance in different brain regions.

Xiaofei Li (334285)
Li Yao (113027)
Qing Ye (90197)
Xiaojie Zhao (163567)

July 2014

Activation coverage rate and activation center distance in different brain regions.</p

Regions of activation associated with illness course<sup>*</sup> within mPFC and striatal regions of interest.

Abstract

Extracted data

Regions of activation associated with illness course<sup>*</sup> within mPFC and striatal regions of interest.

Abstract

Extracted data

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