Add to ORKGUneven asymmetrical landings in artistic gymnastics is considered a risk factor for injury. The aim of this research was to investigate if gymnasts experience asymmetrical upper and lower limb loading when performing foundation gymnastics skills on floor. Sixteen competitive level gymnasts (male= 8, female= 8) performed seven different gymnastics skills while wearing four inertial measurement units located bilaterally on the distal forearm and tibias. Every gymnastics skill showed significant inter-limb asymmetry (range z= -5.8, -6.0,
Measuring landing impacts in gymnastics has previously been difficult and has rarely taken place in ...
The aim of this study was to investigate if changes in elbow and wrist joints loading occurred as a ...
The effect of limb preference on lower extremity function and performance was examined in young heal...
The effect of eccentric load (drop height) on lower extremity neuromuscular function and performance...
The inter-limb symmetry of loading patterns during drop landings and the first contact of rebound ju...
To determine whether differences in landing force and asymmetry of landing force exist between gymna...
To determine whether differences in landing force and asymmetry of landing force exist between gymna...
Asymmetry in gymnastics underpins successful performance and may also have implications as an injury...
To determine whether differences in landing force and asymmetry of landing force exist between gymna...
Vaulting places considerable load on the upper limbs which can be associated with pain and injury. T...
Introduction: Landing asymmetry is an injury risk factor that may have antecedents at takeoff. The g...
Introduction: Landing asymmetry is an injury risk factor that may have antecedents at takeoff. The g...
This study aimed to quantify the mechanical characteristics of two landing techniques performed by a...
The aim of this study was to examine kinematic and kinetic asymmetries of the arm segments during th...
In gymnastics every exercise finishes with a landing. The quality of landing depends on subjective (...
Measuring landing impacts in gymnastics has previously been difficult and has rarely taken place in ...
The aim of this study was to investigate if changes in elbow and wrist joints loading occurred as a ...
The effect of limb preference on lower extremity function and performance was examined in young heal...
The effect of eccentric load (drop height) on lower extremity neuromuscular function and performance...
The inter-limb symmetry of loading patterns during drop landings and the first contact of rebound ju...
To determine whether differences in landing force and asymmetry of landing force exist between gymna...
To determine whether differences in landing force and asymmetry of landing force exist between gymna...
Asymmetry in gymnastics underpins successful performance and may also have implications as an injury...
To determine whether differences in landing force and asymmetry of landing force exist between gymna...
Vaulting places considerable load on the upper limbs which can be associated with pain and injury. T...
Introduction: Landing asymmetry is an injury risk factor that may have antecedents at takeoff. The g...
Introduction: Landing asymmetry is an injury risk factor that may have antecedents at takeoff. The g...
This study aimed to quantify the mechanical characteristics of two landing techniques performed by a...
The aim of this study was to examine kinematic and kinetic asymmetries of the arm segments during th...
In gymnastics every exercise finishes with a landing. The quality of landing depends on subjective (...
Measuring landing impacts in gymnastics has previously been difficult and has rarely taken place in ...
The aim of this study was to investigate if changes in elbow and wrist joints loading occurred as a ...
The effect of limb preference on lower extremity function and performance was examined in young heal...