6533b834fe1ef96bd129cb5a

RESEARCH PRODUCT

Modification of Angular Kinematics and Spatiotemporal Parameters during Running after Central and Peripheral Fatigue

Pedro Pérez-sorianoRoberto Sanchis-sanchisAlberto Encarnación-martínezRafael Berenguer-vidalAntonio García-gallart

subject

medicine.medical_specialtyTechnologyKinematicsComputer scienceQH301-705.5QC1-999peripheral fatigueKinematicsbiomechanicsRunning03 medical and health sciences0302 clinical medicinePhysical medicine and rehabilitationmedicineEducación Física y DeportivarunningGeneral Materials ScienceBiomechanicsBiology (General)InstrumentationQD1-999Fluid Flow and Transfer ProcessesPeripheral fatigueFatigaProcess Chemistry and TechnologyTPhysicsGeneral EngineeringBiomechanicsBiomecànica030229 sport sciencesEngineering (General). Civil engineering (General)Computer Science Applicationscentral fatiguebody regionsChemistrykinematicsEducació físicaTA1-2040Central fatigue030217 neurology & neurosurgery

description

Fatigue causes kinematics modifications during running, and it could be related to injuries. The aim was to identify and compare the effects of central and peripheral fatigue on angular kinematics and spatiotemporal parameters during running. Angular kinematics and spatiotemporal parameters were evaluated using an infrared motion capture system and were registered during 2 min treadmill running in pre- and post-fatigue states in eighteen male recreational runners. Central fatigue was induced by a 30 min running fatigue protocol on a treadmill, while peripheral fatigue in quadriceps and hamstrings muscles was induced by an isokinetic dynamometer fatigue protocol. Central fatigue increased the anterior shank oscillation during the initial contact, knee flexion during the maximum absorption, posterior shank oscillation during propulsion, and stance time (p &lt

yearjournalcountryeditionlanguage
2021-07-19Applied Sciences
10.3390/app11146610https://www.mdpi.com/2076-3417/11/14/6610