Statistical analysis for postural stability variables.
journal contribution
posted on 2025-01-03, 18:33 authored by Julien Ducas, Janny Mathieu, Michael Drouin, Stéphane Sobczak, Jacques Abboud, Martin DescarreauxAM: Morning; PM: Afternoon; COP: Center of Pressure; Hz: Hertz; mm: millimeters; RMS: Root Mean Square; EC: Eyes Closed; EO: Eyes Open; Statistically significant result are presented in bold.
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two measurement timesmaximal voluntary contractionmaximal force productionextended working livesaddressing labor shortages89 177related physical effortslumbar muscular enduranceexperienced workers play40 177related physiological changesspine tissue propertiesphysiological changeslumbar spinetissue properties 8804related effectsrelated declines40 participantsbiomechanical propertiesyounger workersyoung workersweight discrepancysustainable employmentstudy suggestsstudy aimedsignificant interactionprompted interestprimary determinantpotentially increasingpostural stabilitypartially explainedmusculoskeletal injuriesmuscle qualitymeasurements takenincorporating weightimportant rolegroup 2group 1ensure safedisc heightdaily workcovariate revealedaging individuals50 years
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