Disparate Mechanisms of Fatigability in Response to Prolonged Running versus Cycling of Matched Intensity and Duration.
R Faricier, GY Millet - Medicine and Science in Sports and …, 2022 - europepmc.org
Methods During separate visits, 17 endurance-trained male participants performed 3 h of
cycling and running at 105% of the gas exchange threshold. Neuromuscular assessments …
cycling and running at 105% of the gas exchange threshold. Neuromuscular assessments …
[引用][C] Disparate mechanisms of fatigability in response to prolonged running versus cycling of matched intensity and duration
CG Brownstein, M Metra, P Sabater… - … and Science in …, 2022 - eprints.ncl.ac.uk
Disparate mechanisms of fatigability in response to prolonged running versus cycling of
matched intensity and duration - ePrints - Newcastle University Newcastle University Toggle …
matched intensity and duration - ePrints - Newcastle University Newcastle University Toggle …
Disparate Mechanisms of Fatigability in Response to Prolonged Running versus Cycling of Matched Intensity and Duration
CG Brownstein, M Metra, FS Pastor… - … and science in …, 2022 - pubmed.ncbi.nlm.nih.gov
Introduction Running and cycling represent two of the most common forms of endurance
exercise. However, a direct comparison of the neuromuscular consequences of these two …
exercise. However, a direct comparison of the neuromuscular consequences of these two …