King Grub
2018-05-12, 18:47
[ Purpose]
This study examined the effects of gum chewing while walking on physical and physiological functions.
[Subjects and Methods]
This study enrolled 46 male and female participants aged 21-69 years. In the experimental trial, participants walked at natural paces for 15 minutes while chewing two gum pellets after a 1-hour rest period. In the control trial, participants walked at natural paces for 15 minutes after ingesting powder containing the same ingredient, except the gum base, as the chewing gum. Heart rates, walking distances, walking speeds, steps, and energy expenditure were measured.
[Results]
Heart rates during walking and heart rate changes (i.e., from at rest to during walking) significantly increased during the gum trial compared with the control trial. Walking distance, walking speed, walking heart rate, and heart rate changes in male participants and walking heart rate and heart rate changes in female participants were significantly higher during the gum trial than the control trial. In middle-aged and elderly male participants aged ≥40 years, walking distance, walking speed, steps, and energy expenditure significantly increased during the gum trial than the control trial.
[Conclusion]
Gum chewing while walking measurably affects physical and physiological functions.
J Phys Ther Sci. 2018 Apr;30(4):625-629. The effects of gum chewing while walking on physical and physiological functions.
This study examined the effects of gum chewing while walking on physical and physiological functions.
[Subjects and Methods]
This study enrolled 46 male and female participants aged 21-69 years. In the experimental trial, participants walked at natural paces for 15 minutes while chewing two gum pellets after a 1-hour rest period. In the control trial, participants walked at natural paces for 15 minutes after ingesting powder containing the same ingredient, except the gum base, as the chewing gum. Heart rates, walking distances, walking speeds, steps, and energy expenditure were measured.
[Results]
Heart rates during walking and heart rate changes (i.e., from at rest to during walking) significantly increased during the gum trial compared with the control trial. Walking distance, walking speed, walking heart rate, and heart rate changes in male participants and walking heart rate and heart rate changes in female participants were significantly higher during the gum trial than the control trial. In middle-aged and elderly male participants aged ≥40 years, walking distance, walking speed, steps, and energy expenditure significantly increased during the gum trial than the control trial.
[Conclusion]
Gum chewing while walking measurably affects physical and physiological functions.
J Phys Ther Sci. 2018 Apr;30(4):625-629. The effects of gum chewing while walking on physical and physiological functions.