Mean and standard deviation values of readiness potential amplitudes.

Distracter and target-elicited P300 amplitudes and latencies: mean (standard deviation).

Perrine Bocquillon (328296)
Jean-Louis Bourriez (328298)
Ernesto Palmero-Soler (328299)
Alain Destée (328300)
Luc Defebvre (328302)
Philippe Derambure (94746)
Kathy Dujardin (328305)

February 2013

Distracter and target-elicited P300 amplitudes and latencies: mean (standard deviation).</p

Mean amplitudes and peak latencies for the recognition potential (RP) evoked by the word processing under five types of emotional states at electrodes that showed the largest RP responses (Standard Deviations were illustrated in parentheses).

Taomei Guo (304141)
Min Chen (147733)
Danling Peng (177801)

February 2013

Mean amplitudes and peak latencies for the recognition potential (RP) evoked by the word processi...

N1 latency and amplitude.

Sona Patel (14485900)
Karen Hebert (14485903)
Oleg Korzyukov (315852)
Charles R. Larson (14485906)

January 2023

The a) mean N1 peak latency and b) mean N1 peak amplitude from the ERPs at Cz for the opposing (Opp)...

Mean average of readiness potential amplitudes preceding the grasping of pleasant, unpleasant and neutral stimuli for each analyzed channel (C3, CZ and C4).

Laura Alice Santos de Oliveira (307553)
Luís Aureliano Imbiriba (307554)
Maitê Mello Russo (307555)
Anaelli A. Nogueira-Campos (307557)
Erika de C. Rodrigues (307560)
Mirtes G. Pereira (307561)
Eliane Volchan (307564)
Cláudia Domingues Vargas (307567)

February 2013

The mean readiness potential amplitude found for unpleasant stimulus was higher and that for plea...

Preliminary Observations on the Effects of Response Parameters on Pre-Response Potentials

Donchin, Emanuel
Kutas, M.

January 1976

This chapter discusses the effects that response parameters may have on the slow pre-response cortic...

Michael J. Larson (461107)
Peter E. Clayson (461106)
Mark Primosch (817076)
Marco Leyton (246963)
Scott C. Steffensen (486420)

October 2015

Note. Estimates for behavioral and stimulus-locked measures contain data from 12 males; estimates...

Mean amplitudes (Amp. in µV) and latencies (Lat. in ms) and standard error of means of the event-related potentials of physically active and inactive participants for standard and deviant tones, with F statistics and effect sizes.

Stephan Getzmann (313772)
Michael Falkenstein (42957)
Patrick D. Gajewski (454085)

September 2013

MMN, P3a, and RON refer to the difference event-related potentials (deviant minus standard tones)...

N2 amplitudes (µV) in the flanker task as a function of conditions for the high-trait-anxious (HTA) and low-trait-anxious (LTA) groups (Mean ± Standard deviation).

Senqing Qi (636297)
Qinghong Zeng (186268)
Yangmei Luo (500298)
Haijun Duan (698236)
Cody Ding (307967)
Weiping Hu (132366)
Hong Li (20183)

November 2014

N2 amplitudes (µV) in the flanker task as a function of conditions for the high-trait-anxious (HT...

The amplitudes of the FRN and P300.

Rongjun Yu (277015)
Sai Sun (586169)

May 2013

The FRN and P300 amplitudes (mean, SE) for three experimental conditions (Independent, Baseline v...

Peak-to-peak MEP amplitudes obtained for the ECR and FCR muscles during probabilistic reward tasks.

Makoto Suzuki (47967)
Hikari Kirimoto (531381)
Kazuhiro Sugawara (531382)
Mineo Oyama (531383)
Sumio Yamada (289490)
Jun-ichi Yamamoto (289493)
Atsuhiko Matsunaga (531384)
Michinari Fukuda (531385)
Hideaki Onishi (531386)

March 2014

Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...

Comparison of sural SNAP and peroneal CMAP potential amplitudes between normal and abnormal exam components, and correlations between amplitudes and various exam components.

Alon Abraham (812433)
Majed Alabdali (812434)
Abdulla Alsulaiman (3337257)
Hana Albulaihe (812436)
Ari Breiner (524476)
Hans D. Katzberg (312637)
Danah Aljaafari (3804589)
Leif E. Lovblom (312639)
Vera Bril (312641)

March 2017

Comparison of sural SNAP and peroneal CMAP potential amplitudes between normal and abnormal exam ...

P2 latency and amplitude.

Sona Patel (14485900)
Karen Hebert (14485903)
Oleg Korzyukov (315852)
Charles R. Larson (14485906)

January 2023

The a) mean P2 peak latency and b) mean P2 peak amplitude from the ERPs at Cz for the opposing (Opp)...

Summary plots of P300 peak amplitude and latency means for averaged ERPs: larger and faster responses for most salient stimuli.

Marta Teixeira (514064)
Gabriel Pires (514065)
Miguel Raimundo (514066)
Sérgio Nascimento (514067)
Vasco Almeida (514068)
Miguel Castelo-Branco (285814)

January 2014

Top: A, B, C, E - mean peak amplitudes for A. Color/Luminance (exp I); B. Phase offset (exp II); ...

Pearson's Correlation Coefficient between age and P300 measures [latency (ms) and amplitude (μV)].

Thalita Ubiali (2157502)
Milaine Dominici Sanfins (2157496)
Leticia Reis Borges (2157493)
Maria Francisca Colella-Santos (2157499)

February 2016

Pearson's Correlation Coefficient between age and P300 measures [latency (ms) and amplitude (μV)]...

Peak-to-peak MEP amplitudes obtained for the ECR and FCR muscles after reward and non-reward stimuli presentations during probabilistic reward tasks.

Makoto Suzuki (47967)
Hikari Kirimoto (531381)
Kazuhiro Sugawara (531382)
Mineo Oyama (531383)
Sumio Yamada (289490)
Jun-ichi Yamamoto (289493)
Atsuhiko Matsunaga (531384)
Michinari Fukuda (531385)
Hideaki Onishi (531386)

March 2014

Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...

Distracter and target-elicited P300 amplitudes and latencies: mean (standard deviation).

Perrine Bocquillon (328296)
Jean-Louis Bourriez (328298)
Ernesto Palmero-Soler (328299)
Alain Destée (328300)
Luc Defebvre (328302)
Philippe Derambure (94746)
Kathy Dujardin (328305)

February 2013

Distracter and target-elicited P300 amplitudes and latencies: mean (standard deviation).</p

Mean amplitudes and peak latencies for the recognition potential (RP) evoked by the word processing under five types of emotional states at electrodes that showed the largest RP responses (Standard Deviations were illustrated in parentheses).

Taomei Guo (304141)
Min Chen (147733)
Danling Peng (177801)

February 2013

Mean amplitudes and peak latencies for the recognition potential (RP) evoked by the word processi...

N1 latency and amplitude.

Sona Patel (14485900)
Karen Hebert (14485903)
Oleg Korzyukov (315852)
Charles R. Larson (14485906)

January 2023

The a) mean N1 peak latency and b) mean N1 peak amplitude from the ERPs at Cz for the opposing (Opp)...

Mean average of readiness potential amplitudes preceding the grasping of pleasant, unpleasant and neutral stimuli for each analyzed channel (C3, CZ and C4).

Laura Alice Santos de Oliveira (307553)
Luís Aureliano Imbiriba (307554)
Maitê Mello Russo (307555)
Anaelli A. Nogueira-Campos (307557)
Erika de C. Rodrigues (307560)
Mirtes G. Pereira (307561)
Eliane Volchan (307564)
Cláudia Domingues Vargas (307567)

February 2013

The mean readiness potential amplitude found for unpleasant stimulus was higher and that for plea...

Preliminary Observations on the Effects of Response Parameters on Pre-Response Potentials

Donchin, Emanuel
Kutas, M.

January 1976

This chapter discusses the effects that response parameters may have on the slow pre-response cortic...

Michael J. Larson (461107)
Peter E. Clayson (461106)
Mark Primosch (817076)
Marco Leyton (246963)
Scott C. Steffensen (486420)

October 2015

Note. Estimates for behavioral and stimulus-locked measures contain data from 12 males; estimates...

Mean amplitudes (Amp. in µV) and latencies (Lat. in ms) and standard error of means of the event-related potentials of physically active and inactive participants for standard and deviant tones, with F statistics and effect sizes.

Stephan Getzmann (313772)
Michael Falkenstein (42957)
Patrick D. Gajewski (454085)

September 2013

MMN, P3a, and RON refer to the difference event-related potentials (deviant minus standard tones)...

N2 amplitudes (µV) in the flanker task as a function of conditions for the high-trait-anxious (HTA) and low-trait-anxious (LTA) groups (Mean ± Standard deviation).

Senqing Qi (636297)
Qinghong Zeng (186268)
Yangmei Luo (500298)
Haijun Duan (698236)
Cody Ding (307967)
Weiping Hu (132366)
Hong Li (20183)

November 2014

N2 amplitudes (µV) in the flanker task as a function of conditions for the high-trait-anxious (HT...

The amplitudes of the FRN and P300.

Rongjun Yu (277015)
Sai Sun (586169)

May 2013

The FRN and P300 amplitudes (mean, SE) for three experimental conditions (Independent, Baseline v...

Peak-to-peak MEP amplitudes obtained for the ECR and FCR muscles during probabilistic reward tasks.

Makoto Suzuki (47967)
Hikari Kirimoto (531381)
Kazuhiro Sugawara (531382)
Mineo Oyama (531383)
Sumio Yamada (289490)
Jun-ichi Yamamoto (289493)
Atsuhiko Matsunaga (531384)
Michinari Fukuda (531385)
Hideaki Onishi (531386)

March 2014

Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...

Comparison of sural SNAP and peroneal CMAP potential amplitudes between normal and abnormal exam components, and correlations between amplitudes and various exam components.

Alon Abraham (812433)
Majed Alabdali (812434)
Abdulla Alsulaiman (3337257)
Hana Albulaihe (812436)
Ari Breiner (524476)
Hans D. Katzberg (312637)
Danah Aljaafari (3804589)
Leif E. Lovblom (312639)
Vera Bril (312641)

March 2017

Comparison of sural SNAP and peroneal CMAP potential amplitudes between normal and abnormal exam ...

P2 latency and amplitude.

Sona Patel (14485900)
Karen Hebert (14485903)
Oleg Korzyukov (315852)
Charles R. Larson (14485906)

January 2023

The a) mean P2 peak latency and b) mean P2 peak amplitude from the ERPs at Cz for the opposing (Opp)...

Summary plots of P300 peak amplitude and latency means for averaged ERPs: larger and faster responses for most salient stimuli.

Marta Teixeira (514064)
Gabriel Pires (514065)
Miguel Raimundo (514066)
Sérgio Nascimento (514067)
Vasco Almeida (514068)
Miguel Castelo-Branco (285814)

January 2014

Top: A, B, C, E - mean peak amplitudes for A. Color/Luminance (exp I); B. Phase offset (exp II); ...

Pearson's Correlation Coefficient between age and P300 measures [latency (ms) and amplitude (μV)].

Thalita Ubiali (2157502)
Milaine Dominici Sanfins (2157496)
Leticia Reis Borges (2157493)
Maria Francisca Colella-Santos (2157499)

February 2016

Pearson's Correlation Coefficient between age and P300 measures [latency (ms) and amplitude (μV)]...

Peak-to-peak MEP amplitudes obtained for the ECR and FCR muscles after reward and non-reward stimuli presentations during probabilistic reward tasks.

Makoto Suzuki (47967)
Hikari Kirimoto (531381)
Kazuhiro Sugawara (531382)
Mineo Oyama (531383)
Sumio Yamada (289490)
Jun-ichi Yamamoto (289493)
Atsuhiko Matsunaga (531384)
Michinari Fukuda (531385)
Hideaki Onishi (531386)

March 2014

Values are mean ± standard error of the mean. MEP, motor-evoked potential; ECR, extensor carpi ra...

Distracter and target-elicited P300 amplitudes and latencies: mean (standard deviation).

Perrine Bocquillon (328296)
Jean-Louis Bourriez (328298)
Ernesto Palmero-Soler (328299)
Alain Destée (328300)
Luc Defebvre (328302)
Philippe Derambure (94746)
Kathy Dujardin (328305)

February 2013

Distracter and target-elicited P300 amplitudes and latencies: mean (standard deviation).</p

Mean amplitudes and peak latencies for the recognition potential (RP) evoked by the word processing under five types of emotional states at electrodes that showed the largest RP responses (Standard Deviations were illustrated in parentheses).

Taomei Guo (304141)
Min Chen (147733)
Danling Peng (177801)

February 2013

Mean amplitudes and peak latencies for the recognition potential (RP) evoked by the word processi...

N1 latency and amplitude.

Sona Patel (14485900)
Karen Hebert (14485903)
Oleg Korzyukov (315852)
Charles R. Larson (14485906)

January 2023

The a) mean N1 peak latency and b) mean N1 peak amplitude from the ERPs at Cz for the opposing (Opp)...

Mean and standard deviation values of readiness potential amplitudes.

Abstract

Extracted data

Mean and standard deviation values of readiness potential amplitudes.

Abstract

Extracted data

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