earticle

영어

The purpose of this study was conducted to identify the difference that formation of exercise intensity and metabolic fatigue level which of conventional stationary cycle exercise and cycle game exercise in children. Twenty participants(ten males and ten females) were examined during two separated sessions: 1) incremental cycle ergometer exercise for the assessment of maximal aerobic power, heart rate and post exercise blood lactate level on two posture that standing position cycling and sitting position cycling. 2) conventional stationary cycle and cycle for game exercise(traffic light game and touch pannel game) using 6-min constant exercise through self-selected exercise intensity. Heart rate and post-exercise blood lactate level were measured. During cycle game exercise, heart rate were significantly higher than conventional stationary cycle exercise. Especially, traffic light game exercise was higher than the other. Blood lactate level appear different significantly according to game type and exercise type. In male children, blood lactate level of traffic light cycle game exercise(3.65±0.96) were higher than that of conventional stationary cycle exercise(2.40±0.60) and touch pannel cycle game exercise(2.34±0.56). In female children blood lactate level of traffic light cycle game exercise(3.47±0.69) and standing position maximal cycle exercise(3.31±0.88) were higher than that of touch pannel cycle game exercise(2.26±0.66). During cycle game exercise heart rate results in greater than conventional cycling. But, metabolic fatigue level and exercise intensity was different according to game type and recruitment exercise type.