Search results for "sit-stand workstation"

showing 5 items of 5 documents

Muscle activity patterns and spinal shrinkage in office workers using a sit–stand workstation versus a sit workstation

2016

Reducing sitting time by means of sit-stand workstations is an emerging trend, but further evidence is needed regarding their health benefits. This cross-sectional study compared work time muscle activity patterns and spinal shrinkage between office workers (aged 24-62, 58.3% female) who used either a sit-stand workstation (Sit-Stand group, n = 10) or a traditional sit workstation (Sit group, n = 14) for at least the past three months. During one typical workday, muscle inactivity and activity from quadriceps and hamstrings were monitored using electromyography shorts, and spinal shrinkage was measured using stadiometry before and after the workday. Compared with the Sit group, the Sit-Stan…

AdultMalemedicine.medical_specialtyPosturemuscle inactivity and muscle activityPhysical Therapy Sports Therapy and RehabilitationHuman Factors and ErgonomicsElectromyographyHealth benefitsOffice workersYoung Adult03 medical and health sciencesWork time0302 clinical medicinePhysical medicine and rehabilitationmedicineHumans0501 psychology and cognitive sciencesMuscle activitysit-stand workstationWorkplaceta315Finland050107 human factorsoffice workersmedicine.diagnostic_testComputersElectromyographybusiness.industryMuscles05 social sciencesSignificant differencespinal shrinkage030229 sport sciencesta3142Middle AgedHealth SurveysSpineSitting timeSpinal shrinkageCross-Sectional StudiesPhysical therapyFemaleSedentary BehaviorbusinessErgonomics
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Muscle activity patterns and spinal shrinkage in office workers using a sit–stand workstation versus a sit workstation

2016

Reducing sitting time by means of sit–stand workstations is an emerging trend, but further evidence is needed regarding their health benefits. This cross-sectional study compared work time muscle activity patterns and spinal shrinkage between office workers (aged 24–62, 58.3% female) who used either a sit–stand workstation (Sit–Stand group, n = 10) or a traditional sit workstation (Sit group, n = 14) for at least the past three months. During one typical workday, muscle inactivity and activity from quadriceps and hamstrings were monitored using electromyography shorts, and spinal shrinkage was measured using stadiometry before and after the workday. Compared with the Sit group, the Sit–Stan…

spinal shrinkagemuscle inactivity and muscle activitysit-stand workstationtoimistotyöntekijät
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Effects of environmental intervention on sedentary time, musculoskeletal comfort and work ability in office workers

2016

Sit-stand workstations offer a potential strategy to reduce prolonged occupational sitting. This controlled intervention study examined the effects of an environmental intervention on occupational sedentary time, musculoskeletal comfort and work ability, and the usability of sit-stand workstations in office work via a self-reported questionnaire. The intervention group (n = 24) used sit-stand workstations during the 6-month intervention period, and the control group (n = 21) used traditional sitting workstations. The results showed that working at sit-stand workstations can reduce sitting time significantly compared to control workstations (-6.7% vs. 5.0%, p = .019), which is reallocated mo…

Adultmedicine.medical_specialtyShouldersPosture030209 endocrinology & metabolismPhysical Therapy Sports Therapy and RehabilitationHealth PromotionSittingOffice workersCohort Studieswork ability03 medical and health sciences0302 clinical medicineoffice workIntervention (counseling)sit–stand workstationHumansMedicineEnvironmental interventionOrthopedics and Sports Medicine030212 general & internal medicinesit-stand workstationta315WorkplaceSedentary timebusiness.industryoccupational sedentary timemusculoskeletal comfortta3142General MedicineMiddle AgedIntervention studiesPhysical therapyFemaleWork abilitySedentary BehaviorbusinessEuropean Journal of Sport Science
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Acute Metabolic Response, Energy Expenditure, and EMG Activity in Sitting and Standing

2017

Purpose While merely standing up interrupts sedentary behavior, it is important to study acute metabolic responses during single bouts of sitting and standing to understand the physiological processes affecting the health of office workers. Methods Eighteen healthy middle-age women 49.4 ± 7.9 yr old (range: 40–64) with a body mass index of 23.4 ± 2.8 kg·m−2 volunteered for this laboratory-based randomized crossover trial where they performed 2 h desk work in either sitting or standing postures after overnight fasting. Muscle activity (normalized to walking at 5 km·h−1), respiratory gas exchange, and blood samples were assessed after glucose loading (75 g). Results Compared with seated work,…

Blood GlucoseGlycerolHydrocortisoneElectromyographyBicepscarbohydrate oxidation0302 clinical medicineenergy expenditureInsulinOrthopedics and Sports Medicine030212 general & internal medicineglucose loadingsit-stand workstationta315aineenvaihduntaCross-Over Studiesmuscle activitymedicine.diagnostic_testArea under the curvefat oxidationMiddle AgedLipidsAnesthesiaFemaleOxidation-Reductionenergiankulutus (aineenvaihdunta)Adultmedicine.medical_specialtyPosturePhysical Therapy Sports Therapy and RehabilitationCarbohydrate metabolismSittingistuminen03 medical and health sciencesLumbarmedicineHumansMuscle SkeletallihasaktiivisuusElectromyographyPulmonary Gas Exchangebusiness.industry030229 sport sciencesCrossover studyseisominenQPverensokeriPhysical therapyEnergy MetabolismbusinessBody mass index
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Ergonomic Comparison of a Sit-Stand Workstation With a Traditional Workstation in Visual Display Unit Work

2013

Purpose: To compare ergonomics of an electrically adjustable sit-stand workstation with a traditional workstation in video display unit (VDU) work. Methods: Twelve female workers (aged 27-53 years) participated in this experimental study. Electromyography, wrist postures, subjective assessments, and productivity were used to make the ergonomic comparison. Results: The muscle activity of the right trapezius (p=0.01) and left wrist extensors (p=0.02), extension of the right (p=0.05) and left (p=0.002) wrist, and perceived strain of the arms (p=0.05) were lower and productivity was better (p=0.02) when the workers used a low-sitting, high-sitting, or standing posture at the sit-stand workstati…

ergonomiamedicine.medical_specialtyEngineeringWorkstationvisual display unitElectromyographyWristSittingistuma-seisoma työpistelaw.inventionPhysical medicine and rehabilitationlawmedicinetietokoneistumatyösit-stand workstationSimulationmedicine.diagnostic_testbusiness.industryWork (physics)Human factors and ergonomicsSitting postureta3142seisominenmedicine.anatomical_structureRight trapeziusbusinessThe Ergonomics Open Journal
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