Key result
Performing a stationary running exergame on a mini-trampoline significantly increased physiological demands, including %VO2max (68.9% vs 53.4%), compared to traditional exergaming on a hard surface.
Why the study?
Does performing a stationary running exergame on a mini-trampoline increase cardiovascular and metabolic responses compared to performing it on a hard surface in healthy young males?
RCT (n=19)
Randomized crossover
No
Does performing a stationary running exergame on a mini-trampoline increase cardiovascular and metabolic responses compared to performing it on a hard surface in healthy young males?
Absolute Event Rate: 68.9% vs 53.4%
p-value: p=<0.001
Using a mini-trampoline during a stationary running exergame significantly increases cardiovascular and metabolic demands, elevating the exercise intensity from moderate to vigorous.
May enhance exergame intensity; hypothesis-generating for fitness applications, should not yet change practice.
A new class of video game called exergame (EXG) has been used to promote physical activity and cardiovascular fitness, but EXGs are not as efficient as traditional aerobic exercises. However, auxiliary tools, such as the mini trampoline (MT), may enhance the physiological responses obtained by the EXG. The aim of this study was to compare the metabolic and cardiovascular responses of a stationary running EXG with and without an MT. Nineteen healthy males performed a treadmill test for the determination of VO 2 max and HRmax. In sequence, the VO 2 , HR, and METs were measured during the Free Run, a Nintendo Wii's stationary running EXG, according to two distinct protocols. One protocol used the traditional EXG (EXG-PT), and the other protocol used an MT during the EXG (MT-PT). The normalized data were analyzed by statistical software SPSS 20.0 using a t-test and ANOVA for repeated measures (p < 0.05). The results supported that stationary running EXG performed on an MT showed an increased intensity, in all variables analyzed, when compared with the traditional EXG. Furthermore, the MT-PT was classified as a vigorous-intensity exercise and EXG-PT as a moderate to vigorous intensity exercise. In conclusion, these findings support that the MT is a feasible auxiliary tool to enhance physiologic responses during a stationary running EXG.
No takes yet. Share an insight, caveat, or question.
Rodrigues et al. (2018) conducted an RCT in Healthy (n=19). Stationary running exergame on a mini-trampoline vs. Stationary running exergame on a hard surface was evaluated on Percentage of maximal oxygen consumption (%VO2max) (p=<0.001). Performing a stationary running exergame on a mini-trampoline significantly increased physiological demands, including %VO2max (68.9% vs 53.4%), compared to traditional exergaming on a hard surface.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: