Abstract
Objectives: Methods for converting inactive video gaming to active video gaming have gained popularity in recent years. This study compared the physiological cost of a new peripheral device that used steps to power video gaming in an interactive manner against sedentary video gaming and self-paced ambulatory activity of university students (aged 19-29 years). Methods: Nineteen adults (9 male, 10 female) performed six 10-minute activities, namely self-paced leisurely walking, self-paced brisk walking, self-paced jogging, two forms of sedentary video gaming, and step-powered video gaming. Activities were performed in a random order. Physiological cost during the activities was measured using Actiheart. Results: Energy expenditure during step-powered video gaming (388.8 kcal.h -1 ) was comparable to the energy expended during brisk walking (373.8 kcal.h -1 ), and elicited a higher energy cost than sedentary video gaming (124.1 kcal.h -1 ) but a lower energy cost than jogging (694.5 kcal.h -1 ). Conclusion : Overall, step-powered video gaming could be used as an entertaining and appealing tool to increase physical activity, though it should not be used as a complete substitute for traditional exercise, such as jogging.
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