EMG responses (relative to baseline) recorded on sequential 100 ms intervals of stimulus exposure according to muscle, group and emotion factors.

Feedback decomposition of EMG changes across perturbation sets.

Torrence D. J. Welch (561555)
Lena H. Ting (326522)

May 2014

For a representative subject, recorded (black/gray) and reconstructed (red/blue) EMG signals are ...

Physiological responses.

Johann Sung-Cheul Kim (467598)
Gerhard Vossel (458459)
Matthias Gamer (314349)

October 2013

Phasic heart rate (A), skin conductance level (B) and number of nonspecific skin conductance resp...

Electromyographic activity analysis.

Ettore Aimola (637524)
Maria Stella Valle (487894)
Antonino Casabona (22594)

October 2014

Mean level of baseline activity (A) and its variability (B) recorded over 100 ms prior the moveme...

Inter-groups comparisons of EMG responses recorded on sequential 100 ms intervals of stimulus exposure.

Soizic Argaud (811224)
Sylvain Delplanque (318458)
Jean-François Houvenaghel (811219)
Manon Auffret (3146538)
Joan Duprez (811225)
Marc Vérin (251049)
Didier Grandjean (377112)
Paul Sauleau (251030)

July 2016

Inter-groups comparisons of EMG responses recorded on sequential 100 ms intervals of stimulus exp...

EMG response pattern.

Ali Forghani (4516063)
Theodore E. Milner (4567447)

November 2017

Mean change in rectified EMG for all 16 muscles across subjects during the [0, 150] ms time inter...

Variation in EMG activity: a hierarchical approach

Rebecca Z. German
A. W. Crompton
A. J. Thexton

December 2014

Synopsis Recordings of naturally occurring Electromyographic (EMG) signals are variable. One of the ...

IMPORTANT FACTORS IN THE RECORDING, PROCESSING AND INTERPRETING EMG

Moshe Solomonow

October 2016

The EMG is an important tool in the assessment ofmuscle activities in various occupational tasks, on...

Time course of indirect markers of muscle damage before and after the isometric NMES session.

Alexandre Fouré (629234)
Kazunori Nosaka (629235)
Jennifer Wegrzyk (629236)
Guillaume Duhamel (448370)
Arnaud Le Troter (402753)
Hélène Boudinet (629237)
Jean-Pierre Mattei (629238)
Christophe Vilmen (402752)
Marc Jubeau (526162)
David Bendahan (402755)
Julien Gondin (402756)

September 2014

Maximal voluntary contraction force (MVCright) performed with the right leg (A), force...

Group averaged RMS EMG amplitudes for all 16 lower limb muscles.

Helen J. Huang (201553)
Alaa A. Ahmed (288890)

February 2013

Thick lines are the narrow beam data while dotted lines are the wide beam data. Left muscles are ...

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyographic data in the maximum protrusion condition, for each muscle evaluated, in the MIH group (MIHG) and control group (CG).

Milena Rodrigues Carvalho (14675443)
Simone Cecilio Hallak Regalo (5378342)
Selma Siéssere (5378330)
Lígia Maria Napolitano Gonçalves (5378339)
Francisco Wanderley Garcia de Paula-Silva (14675446)
Fernanda Vicioni-Marques (14675449)
Paulo Nelson-Filho (5255465)
Paulo Batista de Vasconcelos (9772651)
Fabrício Kitazono de Carvalho (14675452)
Alexandra Mussolino de Queiroz (14675455)

February 2023

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyogra...

Mean EMG activity (in RMS) for baseline period, pre-stimulus period and post-stimulus period.

Rosan Luijcks (552216)
Hermie J. Hermens (552217)
Lonneke Bodar (552218)
Catherine J. Vossen (479719)
Jim van. Os (552219)
Richel Lousberg (360679)

April 2014

Mean EMG activity (in RMS) for baseline period, pre-stimulus period and post-stimulus period.</p

Mean sensitivity and specificity measures (%) for each EMG channel with a 95% confidence interval.

João Freitas (5663920)
António Teixeira (5657833)
Samuel Silva (754070)
Catarina Oliveira (64480)
Miguel Sales Dias (754071)

June 2015

Mean sensitivity and specificity measures (%) for each EMG channel with a 95% confidence interval...

Average (and standard error) EMG for the four sampled muscles, across five stimulus sub-types, averaged over the entire epoch after SO.

Sebastian Korb (576383)
Stéphane With (576384)
Paula Niedenthal (576385)
Susanne Kaiser (576386)
Didier Grandjean (377112)

June 2014

A Stimulus X Muscle X Time ANOVA resulted in a significant Stimulus X Muscle interaction (see mai...

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyographic data in the habitual mastication of consistent food condition, for each muscle evaluated, in the MIH group (MIHG) and control group (CG).

Milena Rodrigues Carvalho (14675443)
Simone Cecilio Hallak Regalo (5378342)
Selma Siéssere (5378330)
Lígia Maria Napolitano Gonçalves (5378339)
Francisco Wanderley Garcia de Paula-Silva (14675446)
Fernanda Vicioni-Marques (14675449)
Paulo Nelson-Filho (5255465)
Paulo Batista de Vasconcelos (9772651)
Fabrício Kitazono de Carvalho (14675452)
Alexandra Mussolino de Queiroz (14675455)

February 2023

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyogra...

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyographic data in the habitual mastication of soft food condition, for each muscle evaluated, in the MIH Group (MIHG) and Control Group (CG).

Milena Rodrigues Carvalho (14675443)
Simone Cecilio Hallak Regalo (5378342)
Selma Siéssere (5378330)
Lígia Maria Napolitano Gonçalves (5378339)
Francisco Wanderley Garcia de Paula-Silva (14675446)
Fernanda Vicioni-Marques (14675449)
Paulo Nelson-Filho (5255465)
Paulo Batista de Vasconcelos (9772651)
Fabrício Kitazono de Carvalho (14675452)
Alexandra Mussolino de Queiroz (14675455)

February 2023

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyogra...

Feedback decomposition of EMG changes across perturbation sets.

Torrence D. J. Welch (561555)
Lena H. Ting (326522)

May 2014

For a representative subject, recorded (black/gray) and reconstructed (red/blue) EMG signals are ...

Physiological responses.

Johann Sung-Cheul Kim (467598)
Gerhard Vossel (458459)
Matthias Gamer (314349)

October 2013

Phasic heart rate (A), skin conductance level (B) and number of nonspecific skin conductance resp...

Electromyographic activity analysis.

Ettore Aimola (637524)
Maria Stella Valle (487894)
Antonino Casabona (22594)

October 2014

Mean level of baseline activity (A) and its variability (B) recorded over 100 ms prior the moveme...

Inter-groups comparisons of EMG responses recorded on sequential 100 ms intervals of stimulus exposure.

Soizic Argaud (811224)
Sylvain Delplanque (318458)
Jean-François Houvenaghel (811219)
Manon Auffret (3146538)
Joan Duprez (811225)
Marc Vérin (251049)
Didier Grandjean (377112)
Paul Sauleau (251030)

July 2016

Inter-groups comparisons of EMG responses recorded on sequential 100 ms intervals of stimulus exp...

EMG response pattern.

Ali Forghani (4516063)
Theodore E. Milner (4567447)

November 2017

Mean change in rectified EMG for all 16 muscles across subjects during the [0, 150] ms time inter...

Variation in EMG activity: a hierarchical approach

Rebecca Z. German
A. W. Crompton
A. J. Thexton

December 2014

Synopsis Recordings of naturally occurring Electromyographic (EMG) signals are variable. One of the ...

IMPORTANT FACTORS IN THE RECORDING, PROCESSING AND INTERPRETING EMG

Moshe Solomonow

October 2016

The EMG is an important tool in the assessment ofmuscle activities in various occupational tasks, on...

Time course of indirect markers of muscle damage before and after the isometric NMES session.

Alexandre Fouré (629234)
Kazunori Nosaka (629235)
Jennifer Wegrzyk (629236)
Guillaume Duhamel (448370)
Arnaud Le Troter (402753)
Hélène Boudinet (629237)
Jean-Pierre Mattei (629238)
Christophe Vilmen (402752)
Marc Jubeau (526162)
David Bendahan (402755)
Julien Gondin (402756)

September 2014

Maximal voluntary contraction force (MVCright) performed with the right leg (A), force...

Group averaged RMS EMG amplitudes for all 16 lower limb muscles.

Helen J. Huang (201553)
Alaa A. Ahmed (288890)

February 2013

Thick lines are the narrow beam data while dotted lines are the wide beam data. Left muscles are ...

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyographic data in the maximum protrusion condition, for each muscle evaluated, in the MIH group (MIHG) and control group (CG).

Milena Rodrigues Carvalho (14675443)
Simone Cecilio Hallak Regalo (5378342)
Selma Siéssere (5378330)
Lígia Maria Napolitano Gonçalves (5378339)
Francisco Wanderley Garcia de Paula-Silva (14675446)
Fernanda Vicioni-Marques (14675449)
Paulo Nelson-Filho (5255465)
Paulo Batista de Vasconcelos (9772651)
Fabrício Kitazono de Carvalho (14675452)
Alexandra Mussolino de Queiroz (14675455)

February 2023

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyogra...

Mean EMG activity (in RMS) for baseline period, pre-stimulus period and post-stimulus period.

Rosan Luijcks (552216)
Hermie J. Hermens (552217)
Lonneke Bodar (552218)
Catherine J. Vossen (479719)
Jim van. Os (552219)
Richel Lousberg (360679)

April 2014

Mean EMG activity (in RMS) for baseline period, pre-stimulus period and post-stimulus period.</p

Mean sensitivity and specificity measures (%) for each EMG channel with a 95% confidence interval.

João Freitas (5663920)
António Teixeira (5657833)
Samuel Silva (754070)
Catarina Oliveira (64480)
Miguel Sales Dias (754071)

June 2015

Mean sensitivity and specificity measures (%) for each EMG channel with a 95% confidence interval...

Average (and standard error) EMG for the four sampled muscles, across five stimulus sub-types, averaged over the entire epoch after SO.

Sebastian Korb (576383)
Stéphane With (576384)
Paula Niedenthal (576385)
Susanne Kaiser (576386)
Didier Grandjean (377112)

June 2014

A Stimulus X Muscle X Time ANOVA resulted in a significant Stimulus X Muscle interaction (see mai...

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyographic data in the habitual mastication of consistent food condition, for each muscle evaluated, in the MIH group (MIHG) and control group (CG).

Milena Rodrigues Carvalho (14675443)
Simone Cecilio Hallak Regalo (5378342)
Selma Siéssere (5378330)
Lígia Maria Napolitano Gonçalves (5378339)
Francisco Wanderley Garcia de Paula-Silva (14675446)
Fernanda Vicioni-Marques (14675449)
Paulo Nelson-Filho (5255465)
Paulo Batista de Vasconcelos (9772651)
Fabrício Kitazono de Carvalho (14675452)
Alexandra Mussolino de Queiroz (14675455)

February 2023

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyogra...

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyographic data in the habitual mastication of soft food condition, for each muscle evaluated, in the MIH Group (MIHG) and Control Group (CG).

Milena Rodrigues Carvalho (14675443)
Simone Cecilio Hallak Regalo (5378342)
Selma Siéssere (5378330)
Lígia Maria Napolitano Gonçalves (5378339)
Francisco Wanderley Garcia de Paula-Silva (14675446)
Fernanda Vicioni-Marques (14675449)
Paulo Nelson-Filho (5255465)
Paulo Batista de Vasconcelos (9772651)
Fabrício Kitazono de Carvalho (14675452)
Alexandra Mussolino de Queiroz (14675455)

February 2023

Mean values, standard error, and statistical significance (p ≤ 0.05) of the normalized electromyogra...

Feedback decomposition of EMG changes across perturbation sets.

Torrence D. J. Welch (561555)
Lena H. Ting (326522)

May 2014

For a representative subject, recorded (black/gray) and reconstructed (red/blue) EMG signals are ...

Physiological responses.

Johann Sung-Cheul Kim (467598)
Gerhard Vossel (458459)
Matthias Gamer (314349)

October 2013

Phasic heart rate (A), skin conductance level (B) and number of nonspecific skin conductance resp...

Electromyographic activity analysis.

Ettore Aimola (637524)
Maria Stella Valle (487894)
Antonino Casabona (22594)

October 2014

Mean level of baseline activity (A) and its variability (B) recorded over 100 ms prior the moveme...

EMG responses (relative to baseline) recorded on sequential 100 ms intervals of stimulus exposure according to muscle, group and emotion factors.

Abstract

Extracted data

EMG responses (relative to baseline) recorded on sequential 100 ms intervals of stimulus exposure according to muscle, group and emotion factors.

Abstract

Extracted data

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