Table of tcMEP latencies and amplitudes on the forelimb and on the hind limb as well as latencies and amplitudes of median and tibial SSEPs.

Mean MEP log-amplitude (upper panel) and latency (lower panel) computed in TA and GL in the two groups at each time delay/phase of the heel raising task.

Anthony Remaud (450430)
Martin Bilodeau (450432)
François Tremblay (437182)

October 2014

Symbols indicated significant main effects or interactions. Note that in the PREP phase, a signif...

Fig 2 -

I. Moll (14227650)
J. M. N. Essers (14227653)
R. G. J. Marcellis (14227656)
R. H. J. Senden (14227659)
Y. J. M. Janssen-Potten (14227662)
R. J. Vermeulen (3841792)
K. Meijer (14227665)

December 2022

Changes in sEMG median frequency (MF, panel A) and root mean square (RMS, panel B) between the comfo...

Comparison of between MEPs correlation of the recorded MEPs latency from ECR and FDI muscles.

Andisheh Bastani (302926)
Shapour Jaberzadeh (302928)

February 2013

Largest ICCs values of each comparison are in bold. ECR: extensor carpi radialis; FDI: first dors...

Original data set.

Sven Maier (5828972)
Ulrich Goebel (131076)
Sonja Krause (2678233)
Christoph Benk (3145131)
Martin A. Schick (729815)
Hartmut Buerkle (131054)
Friedhelm Beyersdorf (3324636)
Fabian A. Kari (3324648)
Jakob Wollborn (792183)

October 2018

Table of tcMEP latencies and amplitudes on the forelimb and on the hind limb as well as latencies an...

Presents the latency (ms) and amplitude (μV) data of the different peaks/deflections of MRCPs of the different subject groups.

Kevin De Pauw (3328719)
Pierre Cherelle (6551504)
Bruno Tassignon (6551507)
Jeroen Van Cutsem (3328725)
Bart Roelands (5909153)
Felipe Gomez Marulanda (6551510)
Dirk Lefeber (816047)
Bram Vanderborght (5431967)
Romain Meeusen (736985)

April 2019

(Note that data of able-bodied individuals and TTA are retrieved from Cz, and data of TFA mainly fro...

List of all the significant effects (or trends) on the amplitudes of each component at their respective electrodes of interest (CP3 for the right limb and CP4 for the left limb).

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

October 2018

List of all the significant effects (or trends) on the amplitudes of each component at their respect...

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 ...

Latency of transpinal evoked potentials (TEPs).

Jonathan Einhorn (467751)
Alan Li (467752)
Royi Hazan (467753)
Maria Knikou (467754)

October 2013

A, B: Non-rectified waveform averages (evoked at 0.2 Hz) of flexor carpi radialis (...

Mean BB MEP amplitude (mV; ± SE) during elbow flexion and forearm pronation before and after c-tDCS and sham.

Kazumasa Uehara (285647)
James P. Coxon (346067)
Winston D. Byblow (320726)

March 2015

Slow, middle and fast indicate 0.75, 1.0 and 1.25 Hz, respectively.Mean BB MEP amplitude (...

Contingency table for the anatomical structure evaluations of the paired T2-weighted scans without motion.

Mads Andersen (3498599)
Isabella M. Björkman-Burtscher (6324371)
Anouk Marsman (6710930)
Esben Thade Petersen (6710933)
Vincent Oltman Boer (6710936)

May 2019

Contingency table for the anatomical structure evaluations of the paired T2-weighted scans without m...

Table_1_Transcranial magnetic stimulation input–output curve slope differences suggest variation in recruitment across muscle representations in primary motor cortex.CSV

Lari M. Koponen (17915312)
Miles Martinez (17915315)
Eleanor Wood (17915318)
David L. K. Murphy (4720155)
Stefan M. Goetz (17915321)
Lawrence G. Appelbaum (17915324)
Angel V. Peterchev (11757416)

February 2024

Measurement of the input–output (IO) curves of motor evoked potentials (MEPs) elicited by transcrani...

Estimated power spectral densities of EMG signals from the right tibialis anterior (TA) muscle.

Takashi Yoshida (47738)
Kei Masani (652750)
Karl Zabjek (4743138)
Milos R. Popovic (207661)
Robert Chen (347308)

April 2018

Estimated power spectral densities of EMG signals from the right tibialis anterior (TA) muscle.</...

Bilateral mean onset latencies in ms (95% CI) for the four trunk muscles at the initiation of bilateral shoulder flexion for the three movement amplitudes.

M. Eriksson Crommert (825454)
K. Halvorsen (825455)
M. M. Ekblom (825456)

November 2015

The dashed line indicates the mean onset of left and right deltoid. * Indicates a significant dif...

Comparison of the three dominant sinusoid amplitudes, frequencies and phases in the sagittal, frontal and transverse planes for the control and patellofemoral pain limbs.

Kristin D. Morgan (6086738)
Brian Noehren (6086741)

December 2018

Comparison of the three dominant sinusoid amplitudes, frequencies and phases in the sagittal, fronta...

MEPs amplitudes during four 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 no contact, ulnar, medial and ...

Mean MEP log-amplitude (upper panel) and latency (lower panel) computed in TA and GL in the two groups at each time delay/phase of the heel raising task.

Anthony Remaud (450430)
Martin Bilodeau (450432)
François Tremblay (437182)

October 2014

Symbols indicated significant main effects or interactions. Note that in the PREP phase, a signif...

Fig 2 -

I. Moll (14227650)
J. M. N. Essers (14227653)
R. G. J. Marcellis (14227656)
R. H. J. Senden (14227659)
Y. J. M. Janssen-Potten (14227662)
R. J. Vermeulen (3841792)
K. Meijer (14227665)

December 2022

Changes in sEMG median frequency (MF, panel A) and root mean square (RMS, panel B) between the comfo...

Comparison of between MEPs correlation of the recorded MEPs latency from ECR and FDI muscles.

Andisheh Bastani (302926)
Shapour Jaberzadeh (302928)

February 2013

Largest ICCs values of each comparison are in bold. ECR: extensor carpi radialis; FDI: first dors...

Original data set.

Sven Maier (5828972)
Ulrich Goebel (131076)
Sonja Krause (2678233)
Christoph Benk (3145131)
Martin A. Schick (729815)
Hartmut Buerkle (131054)
Friedhelm Beyersdorf (3324636)
Fabian A. Kari (3324648)
Jakob Wollborn (792183)

October 2018

Table of tcMEP latencies and amplitudes on the forelimb and on the hind limb as well as latencies an...

Presents the latency (ms) and amplitude (μV) data of the different peaks/deflections of MRCPs of the different subject groups.

Kevin De Pauw (3328719)
Pierre Cherelle (6551504)
Bruno Tassignon (6551507)
Jeroen Van Cutsem (3328725)
Bart Roelands (5909153)
Felipe Gomez Marulanda (6551510)
Dirk Lefeber (816047)
Bram Vanderborght (5431967)
Romain Meeusen (736985)

April 2019

(Note that data of able-bodied individuals and TTA are retrieved from Cz, and data of TFA mainly fro...

List of all the significant effects (or trends) on the amplitudes of each component at their respective electrodes of interest (CP3 for the right limb and CP4 for the left limb).

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

October 2018

List of all the significant effects (or trends) on the amplitudes of each component at their respect...

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 ...

Latency of transpinal evoked potentials (TEPs).

Jonathan Einhorn (467751)
Alan Li (467752)
Royi Hazan (467753)
Maria Knikou (467754)

October 2013

A, B: Non-rectified waveform averages (evoked at 0.2 Hz) of flexor carpi radialis (...

Mean BB MEP amplitude (mV; ± SE) during elbow flexion and forearm pronation before and after c-tDCS and sham.

Kazumasa Uehara (285647)
James P. Coxon (346067)
Winston D. Byblow (320726)

March 2015

Slow, middle and fast indicate 0.75, 1.0 and 1.25 Hz, respectively.Mean BB MEP amplitude (...

Contingency table for the anatomical structure evaluations of the paired T2-weighted scans without motion.

Mads Andersen (3498599)
Isabella M. Björkman-Burtscher (6324371)
Anouk Marsman (6710930)
Esben Thade Petersen (6710933)
Vincent Oltman Boer (6710936)

May 2019

Contingency table for the anatomical structure evaluations of the paired T2-weighted scans without m...

Table_1_Transcranial magnetic stimulation input–output curve slope differences suggest variation in recruitment across muscle representations in primary motor cortex.CSV

Lari M. Koponen (17915312)
Miles Martinez (17915315)
Eleanor Wood (17915318)
David L. K. Murphy (4720155)
Stefan M. Goetz (17915321)
Lawrence G. Appelbaum (17915324)
Angel V. Peterchev (11757416)

February 2024

Measurement of the input–output (IO) curves of motor evoked potentials (MEPs) elicited by transcrani...

Estimated power spectral densities of EMG signals from the right tibialis anterior (TA) muscle.

Takashi Yoshida (47738)
Kei Masani (652750)
Karl Zabjek (4743138)
Milos R. Popovic (207661)
Robert Chen (347308)

April 2018

Estimated power spectral densities of EMG signals from the right tibialis anterior (TA) muscle.</...

Bilateral mean onset latencies in ms (95% CI) for the four trunk muscles at the initiation of bilateral shoulder flexion for the three movement amplitudes.

M. Eriksson Crommert (825454)
K. Halvorsen (825455)
M. M. Ekblom (825456)

November 2015

The dashed line indicates the mean onset of left and right deltoid. * Indicates a significant dif...

Comparison of the three dominant sinusoid amplitudes, frequencies and phases in the sagittal, frontal and transverse planes for the control and patellofemoral pain limbs.

Kristin D. Morgan (6086738)
Brian Noehren (6086741)

December 2018

Comparison of the three dominant sinusoid amplitudes, frequencies and phases in the sagittal, fronta...

MEPs amplitudes during four 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 no contact, ulnar, medial and ...

Mean MEP log-amplitude (upper panel) and latency (lower panel) computed in TA and GL in the two groups at each time delay/phase of the heel raising task.

Anthony Remaud (450430)
Martin Bilodeau (450432)
François Tremblay (437182)

October 2014

Symbols indicated significant main effects or interactions. Note that in the PREP phase, a signif...

Fig 2 -

I. Moll (14227650)
J. M. N. Essers (14227653)
R. G. J. Marcellis (14227656)
R. H. J. Senden (14227659)
Y. J. M. Janssen-Potten (14227662)
R. J. Vermeulen (3841792)
K. Meijer (14227665)

December 2022

Changes in sEMG median frequency (MF, panel A) and root mean square (RMS, panel B) between the comfo...

Comparison of between MEPs correlation of the recorded MEPs latency from ECR and FDI muscles.

Andisheh Bastani (302926)
Shapour Jaberzadeh (302928)

February 2013

Largest ICCs values of each comparison are in bold. ECR: extensor carpi radialis; FDI: first dors...

Table of tcMEP latencies and amplitudes on the forelimb and on the hind limb as well as latencies and amplitudes of median and tibial SSEPs.

Abstract

Extracted data

Table of tcMEP latencies and amplitudes on the forelimb and on the hind limb as well as latencies and amplitudes of median and tibial SSEPs.

Abstract

Extracted data

Related items

Related items