Clumsy kids can be fit, too
Clumsy kids can be as aerobically fit as their peers with better motor skills, according to a new study that investigated the associations between aerobic fitness, body fat content, and motor skills in 332 children aged 7 to 11 years.
The results are based on research conducted at the Faculty of Sport and Health Sciences of the University of Jyväskylä and the Institute of Biomedicine of the University of Eastern Finland, and they were published in Translational Sports Medicine.
AEROBIC FITNESS DOESN’T GO HAND IN HAND WITH MOTOR SKILLS
According to the general perception, fit kids also have good motor skills, while low aerobic fitness has been thought to be a link between poor motor skills and overweight.
"Our study clearly demonstrated that aerobic fitness is not linked to motor skills when body composition is properly taken into account," says Dr. Eero Haapala from the Faculty of Sport and Health Sciences at the University of Jyväskylä. "Also, aerobic fitness was not strongly associated with overweight or obesity. Therefore, it seems that the role of poor aerobic fitness as a risk factor for poor motor skills and excess body weight has been strongly exaggerated."
DEVELOPMENT OF MOTOR SKILLS CAN BE SUPPORTED
This study did not look at the role of exercise in the development of motor skills, but earlier studies have shown that a range of exercise, varying in motor challenges and intensity, contributes to the development of motor skills, regardless of aerobic fitness and body fat content. Higher levels of physical activity and less sedentary behavior can also protect against the development of excess weight.
"The key message of our study is that even a child who is unfit can be motorically adept and the heart of a clumsier kid can be as fit as her or his more skillful peer," Haapala says. "In addition, high levels of varied physical activity and reduced sedentary behavior are central to the development of motor skills and the prevention of excess weight gain since childhood."
New study suggests youth may be able to engage in physical and cognitive activity as soon as tolerated post-concussion
During Brain Injury Awareness Month new study examines risk of concussion for young athletes involved in tackle and flag football programs
Neuroscientists find link between children who are at risk for developmental coordination disorder (DCD), a common condition that can cause clumsiness, and difficulties with time perception
Children and teens suffering from depression have higher risk of sustaining a wide range of illnesses later in life