MEPs amplitudes during four conditions with imagery of the power grip.

Time course of the changes in MEP amplitude (Experiment 1).

Kazumasa Uehara (285647)
Takuya Morishita (285649)
Shinji Kubota (285651)
Kozo Funase (285652)

February 2013

(A) The traces show the typical MEP amplitudes for each FDI and EMG activity in the left FDI from...

MEP waveforms and cSP (overlay of 16 trials) with TMS over the M1 recorded from a representative subject during the force (blue line) and position tasks (red line) (A), the mean amplitude of MEPs (B) and the duration of cSP (C) during the force and position tasks. The black lines in panel (A) show the average waveform of 16 trials.

Hikari Kirimoto (531381)
Hiroyuki Tamaki (631464)
Makoto Suzuki (47967)
Takuya Matsumoto (36535)
Kazuhiro Sugawara (531382)
Syo Kojima (631465)
Hideaki Onishi (531386)

September 2014

The force task resulted in a significantly longer cSP duration than the position task, while the ...

Changes in MMG-MEPs during rest or during mental imagery of FCR voluntary muscle contraction, with or without median nerve stimulation.

Tomofumi Yamaguchi (131732)
Kenichi Sugawara (131735)
Satoshi Tanaka (131737)
Naoshin Yoshida (131739)
Kei Saito (131742)
Shigeo Tanabe (131746)
Yoshihiro Muraoka (131752)
Meigen Liu (131759)

September 2012

Data are presented as the mean ± standard error (n = 7). Asterisks indicate significant differenc...

MEPs amplitudes during four conditions with imagery of the pincer grip.

Nobuaki Mizuguchi (322824)
Masanori Sakamoto (322822)
Tetsuro Muraoka (322825)
Kento Nakagawa (342138)
Shoichi Kanazawa (342139)
Hiroki Nakata (342140)
Noriyoshi Moriyama (322823)
Kazuyuki Kanosue (322826)

February 2013

(A) An average of 20 trials of MEPs recorded in the FDI during the no contact, ulnar, medial and ...

MEPs amplitudes during the holding conditions without motor imagery.

Nobuaki Mizuguchi (322824)
Masanori Sakamoto (322822)
Tetsuro Muraoka (322825)
Kento Nakagawa (342138)
Shoichi Kanazawa (342139)
Hiroki Nakata (342140)
Noriyoshi Moriyama (322823)
Kazuyuki Kanosue (322826)

February 2013

(A) An average of 10 trials of MEPs recorded in the FDI during the Pinching Posture (PP), Pinchin...

MEPs amplitudes during the holding conditions with imagery of the power grip.

Nobuaki Mizuguchi (322824)
Masanori Sakamoto (322822)
Tetsuro Muraoka (322825)
Kento Nakagawa (342138)
Shoichi Kanazawa (342139)
Hiroki Nakata (342140)
Noriyoshi Moriyama (322823)
Kazuyuki Kanosue (322826)

February 2013

(A) An average of 20 trials of MEPs recorded in the FDI during the Pinching Posture (PP), Pinchin...

MEPs amplitudes during the holding conditions with imagery of the pincer grip.

Nobuaki Mizuguchi (322824)
Masanori Sakamoto (322822)
Tetsuro Muraoka (322825)
Kento Nakagawa (342138)
Shoichi Kanazawa (342139)
Hiroki Nakata (342140)
Noriyoshi Moriyama (322823)
Kazuyuki Kanosue (322826)

February 2013

(A) An average of 20 trials of MEPs recorded in the FDI during the Pinching Posture (PP), Pinchin...

Comparison of MEPs amplitude in 12 subjects within a session.

Andisheh Bastani (302926)
Shapour Jaberzadeh (302928)

February 2013

a) ECR, and b) FDI muscles with 5, 10 and 15 MEPs per block in three time points.</p

Corticospinal excitability results.

Olivia M. Lapenta (5979533)
Elisabetta Ferrari (767245)
Paulo S. Boggio (373721)
Luciano Fadiga (41646)
Alessandro D’Ausilio (5979536)

November 2018

Normalized MEPs amplitudes for each condition (Precision vs Power grip) in time points 1 (maximum ha...

Raw MEPs amplitudes recorded from the FDI (top) and the ADM muscle (bottom) in one representative subject from Experiment 1 (only 120% rMT blocks are shown).

Andrea Serino (304869)
Laura Annella (371107)
Alessio Avenanti (371108)

February 2013

Raw MEPs amplitudes recorded from the FDI (top) and the ADM muscle (bottom) in one representative...

The mean MEP amplitudes recorded from the right FDI muscle during observation of index and static videos at high and low stimulation intensity in experiment 1.

Michela Loporto (294062)
Paul S. Holmes (426620)
David J. Wright (294060)
Craig J. McAllister (585553)

May 2013

The MEP amplitudes are presented as z-scores (mean ± SE). Significant differences are indi...

Comparison of MEPs amplitude in 12 subjects between two sessions.

Andisheh Bastani (302926)
Shapour Jaberzadeh (302928)

February 2013

a) ECR and b) FDI muscle with 5, 10 and 15 MEPs per block in three time points.</p

The mean MEP amplitudes recorded from the participants' right FDI (left panel) and right ADM (right panel) muscles during observation of index, little, and static videos recorded from the FDI-OSP (white) and ADM-OSP (black) in experiment 2.

Michela Loporto (294062)
Paul S. Holmes (426620)
David J. Wright (294060)
Craig J. McAllister (585553)

May 2013

The MEP amplitudes are presented as z-scores (mean ± SE). Significant differences are indi...

Average values (+SE) of MEP amplitudes from the contralateral right OP muscle.

Nicolas Gueugneau (382170)
Marco Bove (382171)
Laura Avanzino (382172)
Agnès Jacquin (382173)
Thierry Pozzo (201068)
Charalambos Papaxanthis (269852)

February 2013

Horizontal black bars and the corresponding star indicate significant differences between the thr...

Effects of barely conscious goal pursuit on MEP amplitude.

Yudai Takarada (638181)
Daichi Nozaki (155108)

October 2014

A: Typical recordings of the average MEP of all 50 trials for FCU during three experimental condi...

Time course of the changes in MEP amplitude (Experiment 1).

Kazumasa Uehara (285647)
Takuya Morishita (285649)
Shinji Kubota (285651)
Kozo Funase (285652)

February 2013

(A) The traces show the typical MEP amplitudes for each FDI and EMG activity in the left FDI from...

MEP waveforms and cSP (overlay of 16 trials) with TMS over the M1 recorded from a representative subject during the force (blue line) and position tasks (red line) (A), the mean amplitude of MEPs (B) and the duration of cSP (C) during the force and position tasks. The black lines in panel (A) show the average waveform of 16 trials.

Hikari Kirimoto (531381)
Hiroyuki Tamaki (631464)
Makoto Suzuki (47967)
Takuya Matsumoto (36535)
Kazuhiro Sugawara (531382)
Syo Kojima (631465)
Hideaki Onishi (531386)

September 2014

The force task resulted in a significantly longer cSP duration than the position task, while the ...

Changes in MMG-MEPs during rest or during mental imagery of FCR voluntary muscle contraction, with or without median nerve stimulation.

Tomofumi Yamaguchi (131732)
Kenichi Sugawara (131735)
Satoshi Tanaka (131737)
Naoshin Yoshida (131739)
Kei Saito (131742)
Shigeo Tanabe (131746)
Yoshihiro Muraoka (131752)
Meigen Liu (131759)

September 2012

Data are presented as the mean ± standard error (n = 7). Asterisks indicate significant differenc...

MEPs amplitudes during four conditions with imagery of the pincer grip.

Nobuaki Mizuguchi (322824)
Masanori Sakamoto (322822)
Tetsuro Muraoka (322825)
Kento Nakagawa (342138)
Shoichi Kanazawa (342139)
Hiroki Nakata (342140)
Noriyoshi Moriyama (322823)
Kazuyuki Kanosue (322826)

February 2013

(A) An average of 20 trials of MEPs recorded in the FDI during the no contact, ulnar, medial and ...

MEPs amplitudes during the holding conditions without motor imagery.

Nobuaki Mizuguchi (322824)
Masanori Sakamoto (322822)
Tetsuro Muraoka (322825)
Kento Nakagawa (342138)
Shoichi Kanazawa (342139)
Hiroki Nakata (342140)
Noriyoshi Moriyama (322823)
Kazuyuki Kanosue (322826)

February 2013

(A) An average of 10 trials of MEPs recorded in the FDI during the Pinching Posture (PP), Pinchin...

MEPs amplitudes during the holding conditions with imagery of the power grip.

Nobuaki Mizuguchi (322824)
Masanori Sakamoto (322822)
Tetsuro Muraoka (322825)
Kento Nakagawa (342138)
Shoichi Kanazawa (342139)
Hiroki Nakata (342140)
Noriyoshi Moriyama (322823)
Kazuyuki Kanosue (322826)

February 2013

(A) An average of 20 trials of MEPs recorded in the FDI during the Pinching Posture (PP), Pinchin...

MEPs amplitudes during the holding conditions with imagery of the pincer grip.

Nobuaki Mizuguchi (322824)
Masanori Sakamoto (322822)
Tetsuro Muraoka (322825)
Kento Nakagawa (342138)
Shoichi Kanazawa (342139)
Hiroki Nakata (342140)
Noriyoshi Moriyama (322823)
Kazuyuki Kanosue (322826)

February 2013

(A) An average of 20 trials of MEPs recorded in the FDI during the Pinching Posture (PP), Pinchin...

Comparison of MEPs amplitude in 12 subjects within a session.

Andisheh Bastani (302926)
Shapour Jaberzadeh (302928)

February 2013

a) ECR, and b) FDI muscles with 5, 10 and 15 MEPs per block in three time points.</p

Corticospinal excitability results.

Olivia M. Lapenta (5979533)
Elisabetta Ferrari (767245)
Paulo S. Boggio (373721)
Luciano Fadiga (41646)
Alessandro D’Ausilio (5979536)

November 2018

Normalized MEPs amplitudes for each condition (Precision vs Power grip) in time points 1 (maximum ha...

Raw MEPs amplitudes recorded from the FDI (top) and the ADM muscle (bottom) in one representative subject from Experiment 1 (only 120% rMT blocks are shown).

Andrea Serino (304869)
Laura Annella (371107)
Alessio Avenanti (371108)

February 2013

Raw MEPs amplitudes recorded from the FDI (top) and the ADM muscle (bottom) in one representative...

The mean MEP amplitudes recorded from the right FDI muscle during observation of index and static videos at high and low stimulation intensity in experiment 1.

Michela Loporto (294062)
Paul S. Holmes (426620)
David J. Wright (294060)
Craig J. McAllister (585553)

May 2013

The MEP amplitudes are presented as z-scores (mean ± SE). Significant differences are indi...

Comparison of MEPs amplitude in 12 subjects between two sessions.

Andisheh Bastani (302926)
Shapour Jaberzadeh (302928)

February 2013

a) ECR and b) FDI muscle with 5, 10 and 15 MEPs per block in three time points.</p

The mean MEP amplitudes recorded from the participants' right FDI (left panel) and right ADM (right panel) muscles during observation of index, little, and static videos recorded from the FDI-OSP (white) and ADM-OSP (black) in experiment 2.

Michela Loporto (294062)
Paul S. Holmes (426620)
David J. Wright (294060)
Craig J. McAllister (585553)

May 2013

The MEP amplitudes are presented as z-scores (mean ± SE). Significant differences are indi...

Average values (+SE) of MEP amplitudes from the contralateral right OP muscle.

Nicolas Gueugneau (382170)
Marco Bove (382171)
Laura Avanzino (382172)
Agnès Jacquin (382173)
Thierry Pozzo (201068)
Charalambos Papaxanthis (269852)

February 2013

Horizontal black bars and the corresponding star indicate significant differences between the thr...

Effects of barely conscious goal pursuit on MEP amplitude.

Yudai Takarada (638181)
Daichi Nozaki (155108)

October 2014

A: Typical recordings of the average MEP of all 50 trials for FCU during three experimental condi...

Time course of the changes in MEP amplitude (Experiment 1).

Kazumasa Uehara (285647)
Takuya Morishita (285649)
Shinji Kubota (285651)
Kozo Funase (285652)

February 2013

(A) The traces show the typical MEP amplitudes for each FDI and EMG activity in the left FDI from...

MEP waveforms and cSP (overlay of 16 trials) with TMS over the M1 recorded from a representative subject during the force (blue line) and position tasks (red line) (A), the mean amplitude of MEPs (B) and the duration of cSP (C) during the force and position tasks. The black lines in panel (A) show the average waveform of 16 trials.

Hikari Kirimoto (531381)
Hiroyuki Tamaki (631464)
Makoto Suzuki (47967)
Takuya Matsumoto (36535)
Kazuhiro Sugawara (531382)
Syo Kojima (631465)
Hideaki Onishi (531386)

September 2014

The force task resulted in a significantly longer cSP duration than the position task, while the ...

Changes in MMG-MEPs during rest or during mental imagery of FCR voluntary muscle contraction, with or without median nerve stimulation.

Tomofumi Yamaguchi (131732)
Kenichi Sugawara (131735)
Satoshi Tanaka (131737)
Naoshin Yoshida (131739)
Kei Saito (131742)
Shigeo Tanabe (131746)
Yoshihiro Muraoka (131752)
Meigen Liu (131759)

September 2012

Data are presented as the mean ± standard error (n = 7). Asterisks indicate significant differenc...

MEPs amplitudes during four conditions with imagery of the power grip.

Abstract

Extracted data

MEPs amplitudes during four conditions with imagery of the power grip.

Abstract

Extracted data

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