This scoping review examines the effects of sit-stand desks (SSDs) on six domains: behavior
(eg time sitting and standing), physiological, work performance, psychological, discomfort …

This study investigated the effect of wearing a passive lower-limb exoskeleton on physical
load, kinematics, postural control, and discomfort. 45 healthy males participated and were …

Objective We present a literature review on workplace physical fatigue interventions,
focusing on evaluating the methodological quality and strength of evidence. Background …

Objective Compare musculoskeletal discomfort, productivity, postural risks, and perceived
fatigue for a sit-stand-walk intervention between two workstation configurations–one …

Introducción El dolor lumbar es una dolencia prevalente con repercusión sanitaria, social y
laboral. Es objetivo de este trabajo valorar la influencia de las variables sociolaborales en …

The objective of this study was to provide a biomechanical comparison of two different types
of active chairs (AC1 & AC2) versus a static chair (NAC). Thirty healthy participants were …

Ergonomics research strives to make workers' labor more efficient, safer, and more
comfortable. Therefore, six digital humans and welding torch model were built and …

This paper presents the E-LEG, a novel semi-passive lower-limb exoskeleton for worker
squatting assistance, with motorized tuning of the assistive squatting height. Compared with …

Regular standing interruptions to sedentary work are recommended, but their dosage is
understudied. To measure perception variations associated with different sit: stand ratios, 16 …

This cross-sectional study examined the physiological effects of two active chairs (AC1: had
the feature to pedal and slide forward; AC2: was a multiaxial chair) compared to a traditional …