The development of motor skills is fundamental to the continued movement and specific skills in the sport. The development of motor skills concurrent with their age allows them to acquire and master locomotor and object control skills through physical activity. This study aims to identify the gross motor developmental stage among six year old girls at the National Child Development Research Center, Universiti Pendidikan Sultan Idris. This study focuses on the level of gross motor development and the relationship between Gross Motor Quotient (GMQ and Body Mass Index (BMI) of the children. Gross motor development data was obtained using the Test of Gross Motor Development, Second Edition (TGMD-2). BMI data was determined from existing formula. The gross motor development of the children in this study was 95%. This is based on the percentile level of gross motor development (GMQ percentile). Pearson correlation analysis showed a negative relationship between GMQ and BMI for these children.
The aim of this study was to investigate the effects of a two week reduction in training load on selected physiological and performance among junior cyclist. Twenty seven male junior cyclists (age= 16.6±0.7 years, height=165.6±6.1 cm, weight= 54.1±8.1 kg) were matched into either the control group (n=13) or the experimental group (n=14) using their initial VO2max values. Both groups followed a 12-week progressive endurance training program and subsequently, the experimental group (EXP) engaged in a two week tapering (recovery via a reduction in training loads) phase. The control group continued with their normal training routine. A simulated 20 km time trials performance and a graded exercise test on cycle ergometer were performed before and after endurance training and after the two week tapering protocol. Following the conclusion of the two week intervention or no intervention program both groups undertook a TT20km. Results showed no significant difference in the TT20km performance. Compared to the CON group, the EXP group showed significant changes in all the selected physiological variables tested, p
Anthropometric measurements are widely used to determine body composition, size and weight, and proportions of the human body, especially in children. Our aim was to identify common physical characteristics of student athletes in selected Malaysia states sports schools. The ensuing analysis aimed to provide these states sports school athletes with a competitive advantage. Participants (n=317) were from student-athletes, aged between 13-14y and 15-16y staying in their school’s dormitory. These student-athletes comprise of 181 males (13-14y, n=138; 15-16y, n=43) and 136 females (13-14y, n=84; 15-16y, n=52). All subjects were measured on 26 anthropometric dimensions using measurements of four skin folds, six direct lengths, seven segment girths, six segment breadths, plus body mass, stretch stature and sitting height. The results showed significantly differences (p