Add to ORKGknee pain impairs submaximal force steadiness in isometric, eccentric, and concentric muscle action
The purpose of this study was to understand how stretch-related sensory feedback from an antagonist ...
Purpose: In this study, the influence of using submaximal isokinetic contractions about the knee com...
Postural control during rapid movements may be impaired due to musculoskeletal pain. The purpose of ...
Introduction: Populations with knee joint damage, including arthritis, have noted impairments in the...
AIM: The purpose of this study was to investigate the effects of eccentric exercise of the knee exte...
OBJECTIVE: To determine the effects of experimentally induced pain on the strength of the contrala...
The study aimed to determine the effects of inter-limb interaction, contraction intensity and arousa...
Advances in isokinetic technology have allowed clinicians to objectively test the muscles of the kne...
Background: Muscle weakness is characteristic of knee osteoarthritis. Muscle steadiness may be an im...
Introduction—This study investigated the effect of knee position on quadriceps force steadiness and ...
Context: Knee injuries commonly occur in later stages of competition, indicating that fatigue may in...
International audienceIntroduction: This study compared voluntary activation during isometric, conce...
International audienceAlthough maximal voluntary contraction (MVC) force is reduced during pain, stu...
INTRODUCTION This study aimed to determine whether static muscle contraction in the contralateral li...
BACKGROUND: Maximal isometric quadriceps strength deficits have been widely reported in studies of k...
The purpose of this study was to understand how stretch-related sensory feedback from an antagonist ...
Purpose: In this study, the influence of using submaximal isokinetic contractions about the knee com...
Postural control during rapid movements may be impaired due to musculoskeletal pain. The purpose of ...
Introduction: Populations with knee joint damage, including arthritis, have noted impairments in the...
AIM: The purpose of this study was to investigate the effects of eccentric exercise of the knee exte...
OBJECTIVE: To determine the effects of experimentally induced pain on the strength of the contrala...
The study aimed to determine the effects of inter-limb interaction, contraction intensity and arousa...
Advances in isokinetic technology have allowed clinicians to objectively test the muscles of the kne...
Background: Muscle weakness is characteristic of knee osteoarthritis. Muscle steadiness may be an im...
Introduction—This study investigated the effect of knee position on quadriceps force steadiness and ...
Context: Knee injuries commonly occur in later stages of competition, indicating that fatigue may in...
International audienceIntroduction: This study compared voluntary activation during isometric, conce...
International audienceAlthough maximal voluntary contraction (MVC) force is reduced during pain, stu...
INTRODUCTION This study aimed to determine whether static muscle contraction in the contralateral li...
BACKGROUND: Maximal isometric quadriceps strength deficits have been widely reported in studies of k...
The purpose of this study was to understand how stretch-related sensory feedback from an antagonist ...
Purpose: In this study, the influence of using submaximal isokinetic contractions about the knee com...
Postural control during rapid movements may be impaired due to musculoskeletal pain. The purpose of ...