Persistent contralateral pain compromises exercise tolerance but does not alter corticomotor responses during repeated, submaximal isometric knee extensions to …

J Zhang, S Abel, M Macphail, SJ Aboodarda - Neuroscience, 2023 - Elsevier
Muscle pain is an important determinant of exercise tolerance, but its relationship with
neurophysiological responses during a submaximal exercise trial is unclear. The purpose of …
被引用次数：4 相关文章

Persistent Contralateral Pain Compromises Exercise Tolerance but Does not Alter Corticomotor Responses During Repeated, Submaximal Isometric Knee Extensions …

J Zhang, S Abel, M Macphail, SJ Aboodarda - Neuroscience, 2023 - ibroneuroscience.org
Muscle pain is an important determinant of exercise tolerance, but its relationship with
neurophysiological responses during a submaximal exercise trial is unclear. The purpose of …

Persistent Contralateral Pain Compromises Exercise Tolerance but Does not Alter Corticomotor Responses During Repeated, Submaximal Isometric Knee Extensions …

J Zhang, S Abel, M Macphail, SJ Aboodarda - Neuroscience - pubmed.ncbi.nlm.nih.gov
Muscle pain is an important determinant of exercise tolerance, but its relationship with
neurophysiological responses during a submaximal exercise trial is unclear. The purpose of …

Persistent contralateral pain compromises exercise tolerance but does not alter corticomotor responses during repeated, submaximal isometric knee extensions to …

J Zhang, S Abel, M Macphail, SJ Aboodarda - Neuroscience, 2023 - europepmc.org
Muscle pain is an important determinant of exercise tolerance, but its relationship with
neurophysiological responses during a submaximal exercise trial is unclear. The purpose of …