Conclusions: The variation in physical exposures across users performing the same task is large, especially in comparison to the variation across tasks. Thus, expanded model predictions of physical exposures during computer use should be used rather than task-based predictions to improve exposure assessment for future epidemiological studies. Clinically, this finding also indicates that computer users will have differences in their physical exposures even when performing the same tasks
The goal of the present study, a part of the PROOF (Predicting Occupational biomechanics among OFfic...
Desk design and computer display height can affect posture and muscle activation during computer use...
About 35 % of the working population in Sweden report that computer use accounts for 50% or more of ...
The present study, a part of the PROOF (PRedicting Occupational biomechanics in OFfice workers) stud...
The present study, a part of the PROOF (PRedicting Occupational biomechanics in OFfice workers) stud...
Objectives: Alternative techniques to assess physical exposures, such as prediction models, could fa...
This study, a part of the PRedicting Occupational biomechanics in OFfice workers (PROOF) study, inve...
This study, a part of the PRedicting Occupational biomechanics in OFfice workers (PROOF) study, inve...
Background: Because of reported associations of psychosocial factors and computer related musculoske...
Prediction models were developed based on keyboard and mouse use in combination with individual fact...
The computer workstation is a ubiquitous tool in the office work environment; however, its use varie...
Introduction of more non-computer tasks has been suggested to increase exposure variation and thus r...
The aim of this Master’s study was to quantify the effects of modifying computer work posture on nec...
Computer technology has advanced rapidly in the past few decades and computers have become a very im...
© 2014 Taylor & Francis. Postures and muscle activity in the upper body were recorded from 50 acad...
The goal of the present study, a part of the PROOF (Predicting Occupational biomechanics among OFfic...
Desk design and computer display height can affect posture and muscle activation during computer use...
About 35 % of the working population in Sweden report that computer use accounts for 50% or more of ...
The present study, a part of the PROOF (PRedicting Occupational biomechanics in OFfice workers) stud...
The present study, a part of the PROOF (PRedicting Occupational biomechanics in OFfice workers) stud...
Objectives: Alternative techniques to assess physical exposures, such as prediction models, could fa...
This study, a part of the PRedicting Occupational biomechanics in OFfice workers (PROOF) study, inve...
This study, a part of the PRedicting Occupational biomechanics in OFfice workers (PROOF) study, inve...
Background: Because of reported associations of psychosocial factors and computer related musculoske...
Prediction models were developed based on keyboard and mouse use in combination with individual fact...
The computer workstation is a ubiquitous tool in the office work environment; however, its use varie...
Introduction of more non-computer tasks has been suggested to increase exposure variation and thus r...
The aim of this Master’s study was to quantify the effects of modifying computer work posture on nec...
Computer technology has advanced rapidly in the past few decades and computers have become a very im...
© 2014 Taylor & Francis. Postures and muscle activity in the upper body were recorded from 50 acad...
The goal of the present study, a part of the PROOF (Predicting Occupational biomechanics among OFfic...
Desk design and computer display height can affect posture and muscle activation during computer use...
About 35 % of the working population in Sweden report that computer use accounts for 50% or more of ...