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M Bobo

Publications and source records attributed to M Bobo.

7 recordsLinked to original sources

The effects of long-term aerobic dance on agility and flexibility.

BACKGROUND: The benefits of aerobic dance toward the contribution to overall wellness have been studied in a skewed manner. Numerous studies in the past have examined the cardiorespiratory benefits of aerobic dance. Fewer studies have reported the effects on agility, flexibility and coordination. Moreover even fewer studies have used aerobic dance instructors as subjects. METHODS: To examine the effects of long-term aerobic dance on agility and selected measures of flexibility, fifty-four experienced and non-experienced aerobic dance teachers were tested on these parameters. RESULTS: No significant differences were identified in any parameter. CONCLUSIONS: On the basis of the present data we conclude that extended participation in aerobic dance does not contribute to better sit and reach flexibility, trunk flexibility, dynamic rotational flexibility or agility and that aerobic dance teachers should participate in general flexibility stretching activities and secondary activities to improve and/or maintain agility and general coordination.

Adult↗

The physiologic response of exercising in the water and on land with and without the X1000 Walk'N Tone Exercise Belt.

Study of the physiological effects of exercise that decreases lower joint impact is needed. Participants (N = 18) were exposed to either land or water exercise that included or did not include wearing a belt. Physiological variables of caloric expenditure, net oxygen cost, net oxygen pulse, and heart rate were assessed. A 2 x 2 (Environment x Belt) analysis of variance (ANOVA) revealed a significant environment main effect for net oxygen cost and caloric expenditure. Water actually decreased the energy cost of the exercise. A 2 x 2 x 4 (Environment x Belt x Time) ANOVA revealed a significant environment main effect for net oxygen cost and caloric expenditure. Specifically, land heart rates increased over time, whereas water heart rates did not.

Adult↗