Background: Immature balance control is considered an important rate limiter for maturation of gait. The spatial margin of stability (MoS) is a biomechanical measure of dynamic balance control that might provide insights into balance control strategies used by children during the developmental course of gait.Research hypothesis: We hypothesize ther...
Background: Immature balance control is considered an important rate limiter for maturation of gait. The spatial margin of stability (MoS) is a biomechanical measure of dynamic balance control that might provide insights into balance control strategies used by children during the developmental course of gait.Research hypothesis: We hypothesize ther...
Background: Immature balance control is considered an important rate limiter for maturation of gait. The spatial margin of stability (MoS) is a biomechanical measure of dynamic balance control that might provide insights into balance control strategies used by children during the developmental course of gait.Research hypothesis: We hypothesize ther...
Background: Immature balance control is considered an important rate limiter for maturation of gait. The spatial margin of stability (MoS) is a biomechanical measure of dynamic balance control that might provide insights into balance control strategies used by children during the developmental course of gait.Research hypothesis: We hypothesize ther...
Background: Immature balance control is considered an important rate limiter for maturation of gait. The spatial margin of stability (MoS) is a biomechanical measure of dynamic balance control that might provide insights into balance control strategies used by children during the developmental course of gait.Research hypothesis: We hypothesize ther...
Intensive tennis practice, with its unilateral solicitation, leads to sport-specific adaptations particularly in shoulder range of motion and muscular strength at the dominant shoulder (Gillet et al., 2017). However, excessive or imbalance changes are known to increase the risk of shoulder injuries (Chorley et al., 2017). Shoulder injuries can be e...
Intensive tennis practice, with its unilateral solicitation, leads to sport-specific adaptations particularly in shoulder range of motion and muscular strength at the dominant shoulder (Gillet et al., 2017). However, excessive or imbalance changes are known to increase the risk of shoulder injuries (Chorley et al., 2017). Shoulder injuries can be e...
Intensive tennis practice, with its unilateral solicitation, leads to sport-specific adaptations particularly in shoulder range of motion and muscular strength at the dominant shoulder (Gillet et al., 2017). However, excessive or imbalance changes are known to increase the risk of shoulder injuries (Chorley et al., 2017). Shoulder injuries can be e...
Intensive tennis practice, with its unilateral solicitation, leads to sport-specific adaptations particularly in shoulder range of motion and muscular strength at the dominant shoulder (Gillet et al., 2017). However, excessive or imbalance changes are known to increase the risk of shoulder injuries (Chorley et al., 2017). Shoulder injuries can be e...
