Spotted on GigaOm (Free Android app turns Nintendo Wii Fit board into a smart scale), FitScales "uses the available APIs to send your weight data to either your FitBit (see disclosure) or RunKeeper account, just like a traditional web-connected scale would do."
Now I know this is not an exergame, but it does use a sensor that is an exergame. Who's to say that now that they're paired that someone can write an app that allows you to play games while using the board on a mobile device or OUYA gaming console. Might we finally see a greater crescendo of movement based games?
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Thursday, May 2, 2013
Wednesday, May 1, 2013
What is already known about this subject
- Active video games (AVGs) are being marketed as exercise tools.
- AVG play can result in light-to-moderate intensity physical activity.
- A comparison correcting for body size between the energy expended by children with obesity and those of a healthy weight playing AVGs.
- An examination of several variables related to the energy cost of AVG play including steps taken and rate of perceived exertion.
- There may be some differences in how children with obesity and children of a healthy weight play AVGs.
Increasing physical activity and reducing sedentary behaviour form a large part of the treatment of paediatric obesity. However, many children today spend prolonged periods of time playing sedentary video games. Active video games (AVGs) represent a novel and child friendly form of physical activity.
To measure the energy cost of playing two AVGs in children with obesity and healthy age- and gender-matched children.
The energy cost of gaming and heart rates achieved during gaming conditions were compared between groups.
AVG play can result in light-to-moderate intensity physical activity (2.7–5.4 metabolic equivalents). When corrected for fat-free mass those with obesity expended significantly less energy than healthy weight peers playing Nintendo Wii Fit Free Jogging (P = 0.017). No significant difference was seen between groups in the energy cost of playing Boxing.
Certain AVGs, particularly those that require lower limb movement, could be used to increase total energy expenditure, replace more sedentary activities, or achieve moderate intensity physical activity among children with obesity. There seems to be some differences in how children with obesity and children of a healthy weight play AVGs. This could result in those with obesity expending less energy than their lean peers during AVG play.
O'Donovan, C., Roche, E. F. and Hussey, J. (2013), The energy cost of playing active video games in children with obesity and children of a healthy weight. Pediatric Obesity. doi: 10.1111/j.2047-6310.2013.00172.x