Mean participant contralateral and ipsilateral knee extensor (KE) force for each contraction of the fatigue protocol.

In situ contractile testing of the lower leg anterior compartment muscles (n = 4 per group).

Giovanna Distefano (391424)
Ricardo Jose Ferrari (391425)
Christopher Weiss (391426)
Bridget M. Deasy (391427)
Michael L. Boninger (279871)
G. Kelley Fitzgerald (391428)
Johnny Huard (192304)
Fabrisia Ambrosio (391429)

March 2013

(A) Force-frequency curve. (B) Resistance to a 7-min fatigue protocol. Data are presented as perc...

Correlation between changes in the knee extensors strength (MVIC) and changes in self reported pain from the assessment made before the loading protocol to the one made after the loading protocol.

Ronaldo Valdir Briani (5844098)
Danilo De Oliveira Silva (5844101)
Carolina Silva Flóride (5844104)
Fernando Amâncio Aragão (5844107)
Carlos Eduardo de Albuquerque (5844110)
Fernando Henrique Magalhães (689063)
Fábio Mícolis de Azevedo (5844113)

October 2018

MVIC = Maximum voluntary isometric contraction. Negative and positive values indicate lower and high...

Effect of fatigue on tibial translation (left) and reflex responses (middle and right).

Martin Behrens (382735)
Anett Mau-Moeller (382736)
Franziska Wassermann (382737)
Sven Bruhn (382738)

February 2013

Filled bars: Pre, open bars: Post, BF: biceps femoris, ST:semitendinosus/semimembranosus. Data ar...

Participant contralateral and ipsilateral knee extensor force fatigue index following anodal transcranial direct current stimulation (a-tDCS) or sham tDCS (s-tDCS).

Ryan B. Savoury (14341520)
Armin Kibele (6433331)
Kevin E. Power (14341523)
Nehara Herat (10826238)
Shahab Alizadeh (4829028)
David G. Behm (10826244)

January 2023

(* denotes statistical significance at p ≤ 0.05). Circles denote individual participant data and col...

Figure illustrates mean ± standard deviation knee extensors (KE) condition (static stretching (SS) and control) x time (pre-test, post-test and post-24 hours test) interactions with significant differences between all pre- and post-tests (*).

Monoem Haddad (5345357)
Mohammad Shoaib Prince (6263813)
Nidhal Zarrouk (6263816)
Montassar Tabben (6263819)
David G. Behm (2549755)
Karim Chamari (441535)

January 2019

KE: Knee extensors, ISOK: isokinetic, PT: Peak torque (kg.metres), 60: isokinetic contraction veloci...

Individual differences in knee extensor fatigue induced by sustained mid-level contraction

Naoya Hirata
Shinya Sato
Hiroki Tanimoto
Naoto Imaizumi
Kosuke Hirata
Ryota Akagi

September 2021

Identifying the factors that contribute to individual differences in mid-level intensity neuromuscul...

Changes in isokinetic knee extensors maximal voluntary contraction (KE MVC) following the time to exhaustion tests (85% peak power output) and their recovery.

Benjamin Pageaux (3195843)
Romuald Lepers (3195846)
Samuele M. Marcora (3195840)

October 2016

Isokinetic KE MVCs were performed at 60 (panel, A), 100 (panel B) and 140 (panel C) deg/s. Isokin...

Fatigue affects optimum angle in knee flexors but not in knee extensors

CORATELLA, Giuseppe
BEATO, MARCO
SCHENA, Federico
Bellin G.

January 2014

Running kinematics parameters show different adaptations after a fatiguing protocol, highlighting a ...

Force Sense of the Knee Not Affected by Fatiguing the Knee Extensors and Flexors

Allison, Katelyn F.
Sell, Timothy C.
Benjaminse, Anne
Lephart, Scott M.

May 2016

Context: Knee injuries commonly occur in later stages of competition, indicating that fatigue may in...

Time-course of performance changes and underlying mechanisms during and after repetitive moderately weight-loaded knee extensions

Plautard, Mathieu
Guilhem, Gaël
Cornu, Christophe
Guével, Arnaud

June 2015

International audienceThe purpose of this study was to investigate the mechanisms of fatigue develop...

Figure shows mean ± standard deviation knee flexor (KF) dynamic stretching resulted in significant decreases from pre- to post-test for isokinetic (ISOK) peak torque (PT: kg.metres) at a contraction velocity of 60°.s-1 (*) as well as significant decreases for both post-test and 24 hours’ post-test (POST-24) compared to pre-test (#) for total work (Joules) and mean power (kg.s-1).

Monoem Haddad (5345357)
Mohammad Shoaib Prince (6263813)
Nidhal Zarrouk (6263816)
Montassar Tabben (6263819)
David G. Behm (2549755)
Karim Chamari (441535)

January 2019

Figure shows mean ± standard deviation knee flexor (KF) dynamic stretching resulted in significant d...

Quadriceps femoris muscle fatigue in patients with knee osteoarthritis

Elboim-Gabyzon M
Rozen N
Laufer Y

August 2013

M Elboim-Gabyzon,1 N Rozen,2 Y Laufer11Physical Therapy Department, Faculty of Social Welfare and He...

Mean ± SD force steadiness values.

Matt S. Stock (678410)
Brennan J. Thompson (678411)

December 2014

Force steadiness was defined as the coefficient of variation over the ten second constant-force p...

Force sense of the knee is not affected by fatiguing the knee extensors and flexors

Allison, Katelyn
Sell, Timothy
Benjaminse, Anne
Lephart, Scott

January 2015

: Knee injuries commonly occur in later stages of competition indicating that fatigue may influence ...

Neuromuscular fatigue development during maximal concentric and isometric knee extensions

Babault, Nicolas
Desbrosses, Kevin
Fabre, Marie-Sophie
Michaut, Anne
Pousson, Michel

March 2006

International audience This study aimed to investigate mechanisms of neuromuscular fatigue during ma...

In situ contractile testing of the lower leg anterior compartment muscles (n = 4 per group).

Giovanna Distefano (391424)
Ricardo Jose Ferrari (391425)
Christopher Weiss (391426)
Bridget M. Deasy (391427)
Michael L. Boninger (279871)
G. Kelley Fitzgerald (391428)
Johnny Huard (192304)
Fabrisia Ambrosio (391429)

March 2013

(A) Force-frequency curve. (B) Resistance to a 7-min fatigue protocol. Data are presented as perc...

Correlation between changes in the knee extensors strength (MVIC) and changes in self reported pain from the assessment made before the loading protocol to the one made after the loading protocol.

Ronaldo Valdir Briani (5844098)
Danilo De Oliveira Silva (5844101)
Carolina Silva Flóride (5844104)
Fernando Amâncio Aragão (5844107)
Carlos Eduardo de Albuquerque (5844110)
Fernando Henrique Magalhães (689063)
Fábio Mícolis de Azevedo (5844113)

October 2018

MVIC = Maximum voluntary isometric contraction. Negative and positive values indicate lower and high...

Effect of fatigue on tibial translation (left) and reflex responses (middle and right).

Martin Behrens (382735)
Anett Mau-Moeller (382736)
Franziska Wassermann (382737)
Sven Bruhn (382738)

February 2013

Filled bars: Pre, open bars: Post, BF: biceps femoris, ST:semitendinosus/semimembranosus. Data ar...

Participant contralateral and ipsilateral knee extensor force fatigue index following anodal transcranial direct current stimulation (a-tDCS) or sham tDCS (s-tDCS).

Ryan B. Savoury (14341520)
Armin Kibele (6433331)
Kevin E. Power (14341523)
Nehara Herat (10826238)
Shahab Alizadeh (4829028)
David G. Behm (10826244)

January 2023

(* denotes statistical significance at p ≤ 0.05). Circles denote individual participant data and col...

Figure illustrates mean ± standard deviation knee extensors (KE) condition (static stretching (SS) and control) x time (pre-test, post-test and post-24 hours test) interactions with significant differences between all pre- and post-tests (*).

Monoem Haddad (5345357)
Mohammad Shoaib Prince (6263813)
Nidhal Zarrouk (6263816)
Montassar Tabben (6263819)
David G. Behm (2549755)
Karim Chamari (441535)

January 2019

KE: Knee extensors, ISOK: isokinetic, PT: Peak torque (kg.metres), 60: isokinetic contraction veloci...

Individual differences in knee extensor fatigue induced by sustained mid-level contraction

Naoya Hirata
Shinya Sato
Hiroki Tanimoto
Naoto Imaizumi
Kosuke Hirata
Ryota Akagi

September 2021

Identifying the factors that contribute to individual differences in mid-level intensity neuromuscul...

Changes in isokinetic knee extensors maximal voluntary contraction (KE MVC) following the time to exhaustion tests (85% peak power output) and their recovery.

Benjamin Pageaux (3195843)
Romuald Lepers (3195846)
Samuele M. Marcora (3195840)

October 2016

Isokinetic KE MVCs were performed at 60 (panel, A), 100 (panel B) and 140 (panel C) deg/s. Isokin...

Fatigue affects optimum angle in knee flexors but not in knee extensors

CORATELLA, Giuseppe
BEATO, MARCO
SCHENA, Federico
Bellin G.

January 2014

Running kinematics parameters show different adaptations after a fatiguing protocol, highlighting a ...

Force Sense of the Knee Not Affected by Fatiguing the Knee Extensors and Flexors

Allison, Katelyn F.
Sell, Timothy C.
Benjaminse, Anne
Lephart, Scott M.

May 2016

Context: Knee injuries commonly occur in later stages of competition, indicating that fatigue may in...

Time-course of performance changes and underlying mechanisms during and after repetitive moderately weight-loaded knee extensions

Plautard, Mathieu
Guilhem, Gaël
Cornu, Christophe
Guével, Arnaud

June 2015

International audienceThe purpose of this study was to investigate the mechanisms of fatigue develop...

Figure shows mean ± standard deviation knee flexor (KF) dynamic stretching resulted in significant decreases from pre- to post-test for isokinetic (ISOK) peak torque (PT: kg.metres) at a contraction velocity of 60°.s-1 (*) as well as significant decreases for both post-test and 24 hours’ post-test (POST-24) compared to pre-test (#) for total work (Joules) and mean power (kg.s-1).

Monoem Haddad (5345357)
Mohammad Shoaib Prince (6263813)
Nidhal Zarrouk (6263816)
Montassar Tabben (6263819)
David G. Behm (2549755)
Karim Chamari (441535)

January 2019

Figure shows mean ± standard deviation knee flexor (KF) dynamic stretching resulted in significant d...

Quadriceps femoris muscle fatigue in patients with knee osteoarthritis

Elboim-Gabyzon M
Rozen N
Laufer Y

August 2013

M Elboim-Gabyzon,1 N Rozen,2 Y Laufer11Physical Therapy Department, Faculty of Social Welfare and He...

Mean ± SD force steadiness values.

Matt S. Stock (678410)
Brennan J. Thompson (678411)

December 2014

Force steadiness was defined as the coefficient of variation over the ten second constant-force p...

Force sense of the knee is not affected by fatiguing the knee extensors and flexors

Allison, Katelyn
Sell, Timothy
Benjaminse, Anne
Lephart, Scott

January 2015

: Knee injuries commonly occur in later stages of competition indicating that fatigue may influence ...

Neuromuscular fatigue development during maximal concentric and isometric knee extensions

Babault, Nicolas
Desbrosses, Kevin
Fabre, Marie-Sophie
Michaut, Anne
Pousson, Michel

March 2006

International audience This study aimed to investigate mechanisms of neuromuscular fatigue during ma...

In situ contractile testing of the lower leg anterior compartment muscles (n = 4 per group).

Giovanna Distefano (391424)
Ricardo Jose Ferrari (391425)
Christopher Weiss (391426)
Bridget M. Deasy (391427)
Michael L. Boninger (279871)
G. Kelley Fitzgerald (391428)
Johnny Huard (192304)
Fabrisia Ambrosio (391429)

March 2013

(A) Force-frequency curve. (B) Resistance to a 7-min fatigue protocol. Data are presented as perc...

Correlation between changes in the knee extensors strength (MVIC) and changes in self reported pain from the assessment made before the loading protocol to the one made after the loading protocol.

Ronaldo Valdir Briani (5844098)
Danilo De Oliveira Silva (5844101)
Carolina Silva Flóride (5844104)
Fernando Amâncio Aragão (5844107)
Carlos Eduardo de Albuquerque (5844110)
Fernando Henrique Magalhães (689063)
Fábio Mícolis de Azevedo (5844113)

October 2018

MVIC = Maximum voluntary isometric contraction. Negative and positive values indicate lower and high...

Effect of fatigue on tibial translation (left) and reflex responses (middle and right).

Martin Behrens (382735)
Anett Mau-Moeller (382736)
Franziska Wassermann (382737)
Sven Bruhn (382738)

February 2013

Filled bars: Pre, open bars: Post, BF: biceps femoris, ST:semitendinosus/semimembranosus. Data ar...

Mean participant contralateral and ipsilateral knee extensor (KE) force for each contraction of the fatigue protocol.

Abstract

Extracted data

Mean participant contralateral and ipsilateral knee extensor (KE) force for each contraction of the fatigue protocol.

Abstract

Extracted data

Related items

Related items