Contractile properties of the studied motor units in control and trained animals.

Effect of Contractile Force on the Properties of Motor Unit Action Potentials : ADEMG Analysis

신지철

December 1996

The electrophysiology of neuromuscular function can be analyzed at the level of the individual motor...

Physiological joint and muscle forces applied to the model and boundary conditions applied to the model.

Myriam Cilla (4413073)
Edoardo Borgiani (4413070)
Javier Martínez (825936)
Georg N. Duda (108610)
Sara Checa (4413067)

September 2017

Physiological joint and muscle forces applied to the model and boundary conditions applied to the...

Mechanical properties of fish myotomal muscle

Davies, M.L.F.

January 1995

SIGLEAvailable from British Library Document Supply Centre-DSC:DX201090 / BLDSC - British Library Do...

Properties of the force-frequency relationship in studied motor units in control and trained animals.

Katarzyna Kryściak (5122541)
Joanna Majerczak (522369)
Jakub Kryściak (5122544)
Dawid Łochyński (5122535)
Dominik Kaczmarek (3095793)
Hanna Drzymała-Celichowska (5122538)
Piotr Krutki (3118008)
Anna Gawedzka (5122532)
Magdalena Guzik (5122529)
Michał Korostynski (3908416)
Zbigniew Szkutnik (2622931)
Elżbieta Pyza (3746302)
Wiesława Jarmuszkiewicz (2622919)
Jerzy A. Zoladz (2622934)
Jan Celichowski (3118002)

April 2018

Properties of the force-frequency relationship in studied motor units in control and trained anim...

Muscle Function: Strength, Speed, and Fatigability. Strength, Speed, and Fatigability.

Enoka, Roger R.M.
Duchateau, Jacques

November 2018

As the final common pathway from the nervous system to muscle, the motor unit transmits an activatio...

Muscle contractile measures following 8 weeks of low intensity, high frequency vibration training in wildtype and mdx mice.

Susan A. Novotny (615705)
Tara L. Mader (615706)
Angela G. Greising (615707)
Angela S. Lin (615708)
Robert E. Guldberg (615709)
Gordon L. Warren (365693)
Dawn A. Lowe (92694)

August 2014

Muscle contractile measures following 8 weeks of low intensity, high frequency vibration training...

The optimal tetanus in studied motor units in trained and control animals.

Katarzyna Kryściak (5122541)
Joanna Majerczak (522369)
Jakub Kryściak (5122544)
Dawid Łochyński (5122535)
Dominik Kaczmarek (3095793)
Hanna Drzymała-Celichowska (5122538)
Piotr Krutki (3118008)
Anna Gawedzka (5122532)
Magdalena Guzik (5122529)
Michał Korostynski (3908416)
Zbigniew Szkutnik (2622931)
Elżbieta Pyza (3746302)
Wiesława Jarmuszkiewicz (2622919)
Jerzy A. Zoladz (2622934)
Jan Celichowski (3118002)

April 2018

The optimal tetanus in studied motor units in trained and control animals.</p

The Motor Unit Anatomy and Physiology

Arthur Wm. English
Steven L. Wolf

January 1982

The physiological and anatomical properties of mammalian motor units are discussed, and the results ...

Force-frequency relationships of the three motor unit types in control and trained animals.

Katarzyna Kryściak (5122541)
Joanna Majerczak (522369)
Jakub Kryściak (5122544)
Dawid Łochyński (5122535)
Dominik Kaczmarek (3095793)
Hanna Drzymała-Celichowska (5122538)
Piotr Krutki (3118008)
Anna Gawedzka (5122532)
Magdalena Guzik (5122529)
Michał Korostynski (3908416)
Zbigniew Szkutnik (2622931)
Elżbieta Pyza (3746302)
Wiesława Jarmuszkiewicz (2622919)
Jerzy A. Zoladz (2622934)
Jan Celichowski (3118002)

April 2018

Fast fatigable (FF) motor units (MUs) are presented in panel A, fast fatigue resistant (FR) MUs i...

Physiology of muscle activation and force generation

Enoka, Roger R.M.
Duchateau, Jacques

April 2016

This chapter describes the physiology of muscle activation and force generation. It discusses the an...

Mechanical properties of relaxed muscle fibers.

David Altman (33440)
Fabio C. Minozzo (189129)
Dilson E. Rassier (189137)

April 2015

Magnitude of the complex modulus, phase, elastic modulus, and viscous modulus for relaxed muscle ...

Motor unit properties affect the excitation-force relation of a muscle: a simulation study

Gerritsen, Kasper (author)

May 2020

Muscles consists of multiple motor units (MUs) that produce the force required for our movements. Mo...

Schematic picture of the simplified muscle model.

Tibor Istvan Toth (482706)
Joachim Schmidt (12665)
Ansgar Büschges (110437)
Silvia Daun-Gruhn (482707)

November 2013

: variable spring constant (elasticity modulus). The actual value of is determined by the activi...

Selected isometric twitch contractile properties of uninjured TA muscles from β-KO mice.

Jarrod E. Church (593827)
Jennifer Trieu (535281)
Radhika Sheorey (593828)
Annabel Y. -M. Chee (593829)
Timur Naim (535284)
Dale M. Baum (593830)
James G. Ryall (593831)
Paul Gregorevic (294694)
Gordon S. Lynch (535285)

July 2014

Pt - peak twitch tension; TPT - time to peak twitch tension; ½ RT - one-half relaxatio...

Mechanical properties of activated muscle fibers.

David Altman (33440)
Fabio C. Minozzo (189129)
Dilson E. Rassier (189137)

April 2015

Magnitude of the complex modulus, phase, elastic modulus, and viscous modulus for activated muscl...

Effect of Contractile Force on the Properties of Motor Unit Action Potentials : ADEMG Analysis

신지철

December 1996

The electrophysiology of neuromuscular function can be analyzed at the level of the individual motor...

Physiological joint and muscle forces applied to the model and boundary conditions applied to the model.

Myriam Cilla (4413073)
Edoardo Borgiani (4413070)
Javier Martínez (825936)
Georg N. Duda (108610)
Sara Checa (4413067)

September 2017

Physiological joint and muscle forces applied to the model and boundary conditions applied to the...

Mechanical properties of fish myotomal muscle

Davies, M.L.F.

January 1995

SIGLEAvailable from British Library Document Supply Centre-DSC:DX201090 / BLDSC - British Library Do...

Properties of the force-frequency relationship in studied motor units in control and trained animals.

Katarzyna Kryściak (5122541)
Joanna Majerczak (522369)
Jakub Kryściak (5122544)
Dawid Łochyński (5122535)
Dominik Kaczmarek (3095793)
Hanna Drzymała-Celichowska (5122538)
Piotr Krutki (3118008)
Anna Gawedzka (5122532)
Magdalena Guzik (5122529)
Michał Korostynski (3908416)
Zbigniew Szkutnik (2622931)
Elżbieta Pyza (3746302)
Wiesława Jarmuszkiewicz (2622919)
Jerzy A. Zoladz (2622934)
Jan Celichowski (3118002)

April 2018

Properties of the force-frequency relationship in studied motor units in control and trained anim...

Muscle Function: Strength, Speed, and Fatigability. Strength, Speed, and Fatigability.

Enoka, Roger R.M.
Duchateau, Jacques

November 2018

As the final common pathway from the nervous system to muscle, the motor unit transmits an activatio...

Muscle contractile measures following 8 weeks of low intensity, high frequency vibration training in wildtype and mdx mice.

Susan A. Novotny (615705)
Tara L. Mader (615706)
Angela G. Greising (615707)
Angela S. Lin (615708)
Robert E. Guldberg (615709)
Gordon L. Warren (365693)
Dawn A. Lowe (92694)

August 2014

Muscle contractile measures following 8 weeks of low intensity, high frequency vibration training...

The optimal tetanus in studied motor units in trained and control animals.

Katarzyna Kryściak (5122541)
Joanna Majerczak (522369)
Jakub Kryściak (5122544)
Dawid Łochyński (5122535)
Dominik Kaczmarek (3095793)
Hanna Drzymała-Celichowska (5122538)
Piotr Krutki (3118008)
Anna Gawedzka (5122532)
Magdalena Guzik (5122529)
Michał Korostynski (3908416)
Zbigniew Szkutnik (2622931)
Elżbieta Pyza (3746302)
Wiesława Jarmuszkiewicz (2622919)
Jerzy A. Zoladz (2622934)
Jan Celichowski (3118002)

April 2018

The optimal tetanus in studied motor units in trained and control animals.</p

The Motor Unit Anatomy and Physiology

Arthur Wm. English
Steven L. Wolf

January 1982

The physiological and anatomical properties of mammalian motor units are discussed, and the results ...

Force-frequency relationships of the three motor unit types in control and trained animals.

Katarzyna Kryściak (5122541)
Joanna Majerczak (522369)
Jakub Kryściak (5122544)
Dawid Łochyński (5122535)
Dominik Kaczmarek (3095793)
Hanna Drzymała-Celichowska (5122538)
Piotr Krutki (3118008)
Anna Gawedzka (5122532)
Magdalena Guzik (5122529)
Michał Korostynski (3908416)
Zbigniew Szkutnik (2622931)
Elżbieta Pyza (3746302)
Wiesława Jarmuszkiewicz (2622919)
Jerzy A. Zoladz (2622934)
Jan Celichowski (3118002)

April 2018

Fast fatigable (FF) motor units (MUs) are presented in panel A, fast fatigue resistant (FR) MUs i...

Physiology of muscle activation and force generation

Enoka, Roger R.M.
Duchateau, Jacques

April 2016

This chapter describes the physiology of muscle activation and force generation. It discusses the an...

Mechanical properties of relaxed muscle fibers.

David Altman (33440)
Fabio C. Minozzo (189129)
Dilson E. Rassier (189137)

April 2015

Magnitude of the complex modulus, phase, elastic modulus, and viscous modulus for relaxed muscle ...

Motor unit properties affect the excitation-force relation of a muscle: a simulation study

Gerritsen, Kasper (author)

May 2020

Muscles consists of multiple motor units (MUs) that produce the force required for our movements. Mo...

Schematic picture of the simplified muscle model.

Tibor Istvan Toth (482706)
Joachim Schmidt (12665)
Ansgar Büschges (110437)
Silvia Daun-Gruhn (482707)

November 2013

: variable spring constant (elasticity modulus). The actual value of is determined by the activi...

Selected isometric twitch contractile properties of uninjured TA muscles from β-KO mice.

Jarrod E. Church (593827)
Jennifer Trieu (535281)
Radhika Sheorey (593828)
Annabel Y. -M. Chee (593829)
Timur Naim (535284)
Dale M. Baum (593830)
James G. Ryall (593831)
Paul Gregorevic (294694)
Gordon S. Lynch (535285)

July 2014

Pt - peak twitch tension; TPT - time to peak twitch tension; ½ RT - one-half relaxatio...

Mechanical properties of activated muscle fibers.

David Altman (33440)
Fabio C. Minozzo (189129)
Dilson E. Rassier (189137)

April 2015

Magnitude of the complex modulus, phase, elastic modulus, and viscous modulus for activated muscl...

Effect of Contractile Force on the Properties of Motor Unit Action Potentials : ADEMG Analysis

신지철

December 1996

The electrophysiology of neuromuscular function can be analyzed at the level of the individual motor...

Physiological joint and muscle forces applied to the model and boundary conditions applied to the model.

Myriam Cilla (4413073)
Edoardo Borgiani (4413070)
Javier Martínez (825936)
Georg N. Duda (108610)
Sara Checa (4413067)

September 2017

Physiological joint and muscle forces applied to the model and boundary conditions applied to the...

Mechanical properties of fish myotomal muscle

Davies, M.L.F.

January 1995

SIGLEAvailable from British Library Document Supply Centre-DSC:DX201090 / BLDSC - British Library Do...

Contractile properties of the studied motor units in control and trained animals.

Abstract

Extracted data

Contractile properties of the studied motor units in control and trained animals.

Abstract

Extracted data

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