Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comparison distractor minus standard.

ERN scalp topographies for patients and controls as groups.

Jutta Peterburs (349301)
Giulio Pergola (349304)
Benno Koch (349306)
Michael Schwarz (209306)
Klaus-Peter Hoffmann (252667)
Irene Daum (349308)
Christian Bellebaum (297976)

February 2013

Topographical maps and latency of the mean most negative peak in the difference waveforms within ...

Grand average ERPs and scalp topographies for the three conditions RC, RASP, and RASP-F.

Seul-Ki Yeom (657325)
Siamac Fazli (273240)
Klaus-Robert Müller (52696)
Seong-Whan Lee (391862)

November 2014

Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...

Average relative power changes for different frequency bands during left and right thumb movements for scalp (C3/C4) and source (M1 and primary somatosensory) data.

Ching-Chang Kuo (2360128)
Phan Luu (366573)
Kyle K. Morgan (655846)
Mark Dow (655847)
Colin Davey (655848)
Jasmine Song (655849)
Allen D. Malony (655850)
Don M. Tucker (366581)

November 2014

Average relative power changes for different frequency bands during left and right thumb movement...

Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comparison target minus standard.

Yvonne Höller (200763)
Aljoscha Thomschewski (461362)
Jürgen Bergmann (461363)
Martin Kronbichler (200775)
Julia S. Crone (461364)
Elisabeth V. Schmid (461365)
Kevin Butz (461366)
Peter Höller (461367)
Eugen Trinka (200771)

September 2013

Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comp...

Scalp maps for all subjects (each row represents one subject) between 200 and 400 ms for the comparison cat minus door.

Yvonne Höller (200763)
Aljoscha Thomschewski (461362)
Jürgen Bergmann (461363)
Martin Kronbichler (200775)
Julia S. Crone (461364)
Elisabeth V. Schmid (461365)
Kevin Butz (461366)
Peter Höller (461367)
Eugen Trinka (200771)

September 2013

Scalp maps for all subjects (each row represents one subject) between 200 and 400 ms for the comp...

Scalp maps of difference wave (human made minus non-human made sounds) between 120-500ms.

Katherine Kuhl-Meltzoff Stavropoulos (3308211)
Leslie J. Carver (625358)

October 2016

Scalp maps of difference wave (human made minus non-human made sounds) between 120-500ms.</p

Mean scalp topography during of the different components of the SSEPs extracted at 15 ms (N20), 19 ms (P25), 43 ms (P45) and 84 ms (P90).

Jean-Daniel Dubois (3269955)
Isabelle Poitras (5879660)
Julien I. A. Voisin (5509946)
Catherine Mercier (207386)

October 2018

Note that these maps are based solely on the first block of SSEPs, i.e. prior to any experimental ma...

Scalp maps showing RP, MMN and P3a component distribution.

Maria Bader (757349)
Erich Schröger (81199)
Sabine Grimm (310984)

May 2017

Scalp maps are shown at time points with maximal deflections for MMN (top row) and P3a (bottom ro...

Scalp maps of the difference potentials of left and right-hand errors.

Clemens Maidhof (373537)
Martina Rieger (373538)
Wolfgang Prinz (329473)
Stefan Koelsch (93690)

February 2013

A) shows the difference potential for correct keypresses subtracted from left-hand errors and B) ...

Grand average TFDs and α-ERD scalp topographies for all sensory modalities in target and non-target conditions.

Weiwei Peng (326655)
Li Hu (326656)
Zhiguo Zhang (147197)
Yong Hu (171926)

February 2013

In the target condition, grand average TFDs are measured at (P3+P4+P5+P6+PO3+PO4)/6 for all senso...

Topographic plots of scalp electrical activity.

Gregory J. Christie (379806)
Charles M. Cook (379807)
Brian J. Ward (152012)
Matthew S. Tata (289660)
Janice Sutherland (326555)
Robert J. Sutherland (339625)
Deborah M. Saucier (379808)

February 2013

(A) Activity in the 0–500 ms period in 100 ms intervals for the encoding and retrieval processes ...

The scalp topography of semantic priming effects (after subtracting the ERP amplitudes for Related pairs from those for Unrelated pairs) in N400 and LPC time-windows for each session.

Agnes Sianipar (835443)
Renée Middelburg (835444)
Ton Dijkstra (411954)

December 2015

The scalp topography of semantic priming effects (after subtracting the ERP amplitudes for Relate...

ERN scalp topographies for individual patients.

Jutta Peterburs (349301)
Giulio Pergola (349304)
Benno Koch (349306)
Michael Schwarz (209306)
Klaus-Peter Hoffmann (252667)
Irene Daum (349308)
Christian Bellebaum (297976)

February 2013

Topographical maps and latency of the mean most negative peak in the difference waveforms within ...

Topographical maps.

Alena Galilee (4268281)
Chrysi Stefanidou (4268284)
Joseph P. McCleery (4268287)

July 2017

Scalp potential distributions in the subtraction of topographical activity in the TD versus ASD g...

Maps of the difference between a disgust response and the other emotional responses.

Esther Eijlers (6298337)
Ale Smidts (6102487)
Maarten A. S. Boksem (6298340)

February 2019

The colors represent t-values. The different scalp maps show the contrast (expressed in t-values) be...

ERN scalp topographies for patients and controls as groups.

Jutta Peterburs (349301)
Giulio Pergola (349304)
Benno Koch (349306)
Michael Schwarz (209306)
Klaus-Peter Hoffmann (252667)
Irene Daum (349308)
Christian Bellebaum (297976)

February 2013

Topographical maps and latency of the mean most negative peak in the difference waveforms within ...

Grand average ERPs and scalp topographies for the three conditions RC, RASP, and RASP-F.

Seul-Ki Yeom (657325)
Siamac Fazli (273240)
Klaus-Robert Müller (52696)
Seong-Whan Lee (391862)

November 2014

Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...

Average relative power changes for different frequency bands during left and right thumb movements for scalp (C3/C4) and source (M1 and primary somatosensory) data.

Ching-Chang Kuo (2360128)
Phan Luu (366573)
Kyle K. Morgan (655846)
Mark Dow (655847)
Colin Davey (655848)
Jasmine Song (655849)
Allen D. Malony (655850)
Don M. Tucker (366581)

November 2014

Average relative power changes for different frequency bands during left and right thumb movement...

Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comparison target minus standard.

Yvonne Höller (200763)
Aljoscha Thomschewski (461362)
Jürgen Bergmann (461363)
Martin Kronbichler (200775)
Julia S. Crone (461364)
Elisabeth V. Schmid (461365)
Kevin Butz (461366)
Peter Höller (461367)
Eugen Trinka (200771)

September 2013

Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comp...

Scalp maps for all subjects (each row represents one subject) between 200 and 400 ms for the comparison cat minus door.

Yvonne Höller (200763)
Aljoscha Thomschewski (461362)
Jürgen Bergmann (461363)
Martin Kronbichler (200775)
Julia S. Crone (461364)
Elisabeth V. Schmid (461365)
Kevin Butz (461366)
Peter Höller (461367)
Eugen Trinka (200771)

September 2013

Scalp maps for all subjects (each row represents one subject) between 200 and 400 ms for the comp...

Scalp maps of difference wave (human made minus non-human made sounds) between 120-500ms.

Katherine Kuhl-Meltzoff Stavropoulos (3308211)
Leslie J. Carver (625358)

October 2016

Scalp maps of difference wave (human made minus non-human made sounds) between 120-500ms.</p

Mean scalp topography during of the different components of the SSEPs extracted at 15 ms (N20), 19 ms (P25), 43 ms (P45) and 84 ms (P90).

Jean-Daniel Dubois (3269955)
Isabelle Poitras (5879660)
Julien I. A. Voisin (5509946)
Catherine Mercier (207386)

October 2018

Note that these maps are based solely on the first block of SSEPs, i.e. prior to any experimental ma...

Scalp maps showing RP, MMN and P3a component distribution.

Maria Bader (757349)
Erich Schröger (81199)
Sabine Grimm (310984)

May 2017

Scalp maps are shown at time points with maximal deflections for MMN (top row) and P3a (bottom ro...

Scalp maps of the difference potentials of left and right-hand errors.

Clemens Maidhof (373537)
Martina Rieger (373538)
Wolfgang Prinz (329473)
Stefan Koelsch (93690)

February 2013

A) shows the difference potential for correct keypresses subtracted from left-hand errors and B) ...

Grand average TFDs and α-ERD scalp topographies for all sensory modalities in target and non-target conditions.

Weiwei Peng (326655)
Li Hu (326656)
Zhiguo Zhang (147197)
Yong Hu (171926)

February 2013

In the target condition, grand average TFDs are measured at (P3+P4+P5+P6+PO3+PO4)/6 for all senso...

Topographic plots of scalp electrical activity.

Gregory J. Christie (379806)
Charles M. Cook (379807)
Brian J. Ward (152012)
Matthew S. Tata (289660)
Janice Sutherland (326555)
Robert J. Sutherland (339625)
Deborah M. Saucier (379808)

February 2013

(A) Activity in the 0–500 ms period in 100 ms intervals for the encoding and retrieval processes ...

The scalp topography of semantic priming effects (after subtracting the ERP amplitudes for Related pairs from those for Unrelated pairs) in N400 and LPC time-windows for each session.

Agnes Sianipar (835443)
Renée Middelburg (835444)
Ton Dijkstra (411954)

December 2015

The scalp topography of semantic priming effects (after subtracting the ERP amplitudes for Relate...

ERN scalp topographies for individual patients.

Jutta Peterburs (349301)
Giulio Pergola (349304)
Benno Koch (349306)
Michael Schwarz (209306)
Klaus-Peter Hoffmann (252667)
Irene Daum (349308)
Christian Bellebaum (297976)

February 2013

Topographical maps and latency of the mean most negative peak in the difference waveforms within ...

Topographical maps.

Alena Galilee (4268281)
Chrysi Stefanidou (4268284)
Joseph P. McCleery (4268287)

July 2017

Scalp potential distributions in the subtraction of topographical activity in the TD versus ASD g...

Maps of the difference between a disgust response and the other emotional responses.

Esther Eijlers (6298337)
Ale Smidts (6102487)
Maarten A. S. Boksem (6298340)

February 2019

The colors represent t-values. The different scalp maps show the contrast (expressed in t-values) be...

ERN scalp topographies for patients and controls as groups.

Jutta Peterburs (349301)
Giulio Pergola (349304)
Benno Koch (349306)
Michael Schwarz (209306)
Klaus-Peter Hoffmann (252667)
Irene Daum (349308)
Christian Bellebaum (297976)

February 2013

Topographical maps and latency of the mean most negative peak in the difference waveforms within ...

Grand average ERPs and scalp topographies for the three conditions RC, RASP, and RASP-F.

Seul-Ki Yeom (657325)
Siamac Fazli (273240)
Klaus-Robert Müller (52696)
Seong-Whan Lee (391862)

November 2014

Top row: ERPs for targets and nontargets at two selected electrodes Cz and PO7. The two shaded ar...

Average relative power changes for different frequency bands during left and right thumb movements for scalp (C3/C4) and source (M1 and primary somatosensory) data.

Ching-Chang Kuo (2360128)
Phan Luu (366573)
Kyle K. Morgan (655846)
Mark Dow (655847)
Colin Davey (655848)
Jasmine Song (655849)
Allen D. Malony (655850)
Don M. Tucker (366581)

November 2014

Average relative power changes for different frequency bands during left and right thumb movement...

Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comparison distractor minus standard.

Abstract

Extracted data

Scalp maps for all subjects (each row represents one subject) between 300 and 400 ms for the comparison distractor minus standard.

Abstract

Extracted data

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