Search results for "Trauma Medicine"

showing 3 items of 13 documents

Differences in kinematic and match-play demands between elite winning and losing wheelchair padel players

2020

We aimed to compare the match-play and kinematic demands of the translation and rotation movements of elite wheelchair padel players as a function of match results. Twenty-two elite male players were video-analysed with a two-dimensional direct linear transformation (DLT) -corrected video system across seven matches of a professional tournament. Distance, turns, changes of direction, linear and angular speed, acceleration and the players’ heart rate (HR) were recorded. Losing couples in wheelchair padel covered greater distances than winners (P <0.001; r = 0.024) and did so at a higher speed (P <0.001; r = 0.06), while making greater efforts by accelerating (P <0.001; ∅ = -0.021), braking (…

MaleViral DiseasesKinematicsCritical Care and Emergency MedicineVideo RecordingVelocitySocial SciencesKinematicsIncapacidadMedical ConditionsWheelchairHeart RateStatisticsMedicine and Health SciencesPsychologyTournamentTraumatic AmputationTrauma MedicineMathematicsVideo recordingMultidisciplinaryPhysicsDeportes para personas con discapacidadQRClassical MechanicsMiddle AgedSports ScienceBiomechanical PhenomenaInfectious DiseasesTime and Motion StudiesMatch playPhysical SciencesEngineering and TechnologyMedicineResearch ArticleBiotechnologySportsAdultScienceAccelerationCardiologyBioengineeringAngular velocityAthletic PerformanceMotionFenómenos biomecánicosHumansBehaviorBiology and Life SciencesMedicina deportivaAssistive TechnologiesEfectos fisiológicosWheelchairsPara-AthletesEliteRecreationMedical Devices and EquipmentTraumatic amputationPoliomyelitis
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Effects of Constant and Doublet Frequency Electrical Stimulation Patterns on Force Production of Knee Extensor Muscles

2016

International audience; This study compared knee extensors' neuromuscular fatigue in response to two 30-minute stimulation patterns: constant frequency train (CFT) and doublet frequency train (DFT). Fifteen men underwent two separate sessions corresponding to each pattern. Measurements included torque evoked by each contraction and maximal voluntary contractions (MVC) measured before and immediately after the stimulation sessions. In addition, activation level and torque evoked during doublets (Pd) and tetanic contractions at 80-Hz (P80) and 20-Hz (P20) were determined in six subjects. Results indicated greater mean torque during the DFT stimulation session as compared with CFT. But, no dif…

MalecontractionsMuscle PhysiologyCritical Care and Emergency MedicineContraction (grammar)Knee JointRefractory Period ElectrophysiologicalPhysiologyRefractory periodKneeslcsh:MedicineStimulationKnee JointsIsometric exerciseElectromyographyPathology and Laboratory MedicineEndoplasmic Reticulum0302 clinical medicineNuclear magnetic resonanceMedicine and Health Scienceslcsh:ScienceSpinal Cord InjuryMusculoskeletal SystemTrauma MedicinePhysicsSecretory PathwayMultidisciplinarymedicine.diagnostic_test[ SDV.MHEP.PHY ] Life Sciences [q-bio]/Human health and pathology/Tissues and Organs [q-bio.TO]PhysicsClassical MechanicsAnatomyNeurologyCell ProcessesPhysical SciencesMuscle FatigueLegsspinal-cord-injuryAnatomyCellular Structures and Organellesmedicine.symptomadaptationsTraumatic InjuryindividualsResearch ArticleMuscle ContractionMuscle contractionAdulthuman skeletal-muscleSurgical and Invasive Medical ProcedurestrainsMotion03 medical and health sciencesSigns and SymptomsDiagnostic MedicineIsometric ContractionSarcoplasmic Reticula[SDV.MHEP.PHY]Life Sciences [q-bio]/Human health and pathology/Tissues and Organs [q-bio.TO]medicineHumansFunctional electrical stimulationMuscle SkeletalpotentiationFunctional Electrical StimulationMuscle fatigueElectromyographylcsh:RLimbs (Anatomy)Biology and Life SciencesCell Biology030229 sport sciencesElectric StimulationJoints (Anatomy)Torquerecruitmentresponseslcsh:Qfatigue030217 neurology & neurosurgery
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Influence of custom-made and prefabricated insoles before and after an intense run

2017

[EN] Each time the foot contacts the ground during running there is a rapid deceleration that results in a shock wave that is transmitted from the foot to the head. The fatigue of the musculoskeletal system during running may decrease the ability of the body to absorb those shock waves and increase the risk of injury. Insoles are commonly prescribed to prevent injuries, and both custom-made and prefabricated insoles have been observed to reduce shock accelerations during running. However, no study to date has included a direct comparison of their behaviour measured over the same group of athletes, and therefore great controversy still exists regarding their effectiveness in reducing impact …

Shock waveMaleCritical Care and Emergency MedicinePhysiologylcsh:MedicineAccelerometerPathology and Laboratory MedicineMaterial FatigueRunning0302 clinical medicineMaterials PhysicsMedicine and Health SciencesTreadmillGroung Reaction Forcelcsh:ScienceMusculoskeletal SystemFatigueTrauma MedicineMultidisciplinaryPhysicsClassical MechanicsFoamShock (mechanics)Muscle FatiguePhysical SciencesLegsEngineering and TechnologyFemaleAnatomyShock AttenuationTraumatic InjuryResearch ArticleAdultmedicine.medical_specialtyMaterials by StructureMaterials ScienceSTRIDE03 medical and health sciencesAccelerationYoung AdultPhysical medicine and rehabilitationSigns and SymptomsDiagnostic MedicineTEORIA DE LA SEÑAL Y COMUNICACIONESmedicineHumansTibial Stress-FractureDamage Mechanicsbusiness.industryBiological Locomotionlcsh:RLimbs (Anatomy)Biology and Life Sciences030229 sport sciencesStride lengthShoesAthletesMusculoskeletal InjuryImpact loadingExercise Testlcsh:QFeet (Anatomy)ElectronicsAccelerometersbusiness030217 neurology & neurosurgery
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