Key result
Exergame conditioning improves HRV by ~15 ms only in normal-weight female adolescents.
Why the study?
To analyze the contribution of a physical conditioning program with exergames on postural control and compare cardiovascular autonomic function among female adolescents.
Does a physical conditioning program with exergames improve cardiovascular autonomic function and postural control in female adolescents?
Cohort (n=17)
No
Does a physical conditioning program with exergames improve cardiovascular autonomic function and postural control in female adolescents?
A short-term exergame intervention improves heart rate variability and postural control in normal-weight female adolescents, but these physiological adaptations are blunted in those who are overweight.
Exergames may improve HRV and postural control in normal-weight female adolescents; leaves open benefits in overweight youth and need for RCTs.
Objective: to analyze the contribution of a physical conditioning program with exergames on postural control and to compare cardiovascular autonomic function among female adolescents. Methods: longitudinal study with overweight and non-overweight female adolescents, aged between 10 and 16 years, submitted to two assessments, when heart rate variability (HRV) and postural control were investigated during participation in the conditioning program with exergames Results: HRV indices for the time domain (RMSS and SDNN), showed significant differences between the pre and post moments of the program with exergames (14.67 [5.86; 22.72]; 12.38 [4, 82; 20.88]), respectively. In postural conditions BPA/AO open base with parallel feet and open eyes (0.19 [0.05; 0.32]), BTD/AO (semi-tandem base with straight forward foot and open eyes) (-0.17 [-0.32; -0.01]), BTD/OF (semi-tandem base with straight forward feet and eyes closed) (-0.21 [-0.38; -0.04]) and BTE/OF (semi-tandem base with left foot forward and eyes closed) (-0.2 [-0.38; -0.02]) differences were found between the pre and post moments of the muscle activation values of the flexor and extensor muscles of the ankle. The same adjustments were not identified for the overweight group. The total displacement of the pressure center in the BTD/AO postures (0.19 [0.02; 0.36]) in the eutrophic group (with adequate weight), and in the BTE/OF (0.77 [0.18; 1.41]) in the overweight group, in pre and post comparisons, statistically significant differences were found. Conclusion: exergames can contribute to physiological adaptations to cardiovascular and motor levels in adolescents.
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Antônio et al. (2023) conducted a cohort in Overweight and normal weight female adolescents (n=17). Exergame physical conditioning program vs. Pre-intervention baseline and overweight vs. normal weight comparison was evaluated on Heart rate variability index RMSSD (root mean square of successive differences) (Mean difference 14.67, 95% CI 5.86-22.72). An 8-week exergame conditioning program significantly improved heart rate variability (RMSSD increased by 14.67 ms) and postural control in normal-weight female adolescents, but not in those with overweight.
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