Computers are now widely used by children. Tablet computers are becoming widely available and promoted for use by school children. The primary objective of this study was to compare the posture and muscle activity of children using a tablet computer to the posture and muscle activity of children using a desktop computer and paper technology. Eighteen children (mean age 5.6 years) performed a colouring-in task in tablet, desktop and paper conditions. 3-D posture and muscle activity around the neck and shoulder was assessed. Tablet computer use was similar to paper use, with less neutral spinal posture, more elevated scapular posture and greater upper trapezius and cervical erector spinae activity. This was offset by greater variability of po...
Objective: To evaluate and compare the postures and movements of the cervical and upper thoracic spi...
BACKGROUND: Due to its rapid growth in popularity, there is an imminent need for ergonomic evaluatio...
Desk design and computer display height can affect posture and muscle activation during computer use...
Computers are now widely used by children. Tablet computers are becoming widely available and promot...
Children now have considerable exposure to new information technologies (IT) such as desktop compute...
Objective: The 3-D posture and muscle activity in the neck and upper limb were assessed in children ...
1. Mobile touch screen device use by children is an emerging ergonomics issue Mobile touch screen de...
Young children (ages 3 to 5) are using mobile touchscreen technology, including tablet computers, ye...
Use of computers by children has increased rapidly, however few studies have addressed factors which...
Musculoskeletal disorders (MSDs) have been shown to be a significant problem in adults using compute...
Introduction: Children use various information and communication technologies (ICT), including compu...
Children are spending more time than ever on computers for school and leisure and the effect of comp...
Objective: There are concerns that insufficient variation in postural and muscle activity associated...
Objective: There are concerns that insufficient variation in postural and muscle activity associated...
Evidence suggests there is increasing use of computers by children and poor workstation designs for ...
Objective: To evaluate and compare the postures and movements of the cervical and upper thoracic spi...
BACKGROUND: Due to its rapid growth in popularity, there is an imminent need for ergonomic evaluatio...
Desk design and computer display height can affect posture and muscle activation during computer use...
Computers are now widely used by children. Tablet computers are becoming widely available and promot...
Children now have considerable exposure to new information technologies (IT) such as desktop compute...
Objective: The 3-D posture and muscle activity in the neck and upper limb were assessed in children ...
1. Mobile touch screen device use by children is an emerging ergonomics issue Mobile touch screen de...
Young children (ages 3 to 5) are using mobile touchscreen technology, including tablet computers, ye...
Use of computers by children has increased rapidly, however few studies have addressed factors which...
Musculoskeletal disorders (MSDs) have been shown to be a significant problem in adults using compute...
Introduction: Children use various information and communication technologies (ICT), including compu...
Children are spending more time than ever on computers for school and leisure and the effect of comp...
Objective: There are concerns that insufficient variation in postural and muscle activity associated...
Objective: There are concerns that insufficient variation in postural and muscle activity associated...
Evidence suggests there is increasing use of computers by children and poor workstation designs for ...
Objective: To evaluate and compare the postures and movements of the cervical and upper thoracic spi...
BACKGROUND: Due to its rapid growth in popularity, there is an imminent need for ergonomic evaluatio...
Desk design and computer display height can affect posture and muscle activation during computer use...