Bayne et al. (201 6) recently established a direct link between lumbar injury incidence and increased 30 measures of thorax lateral flexion, pelvis rotation and hip extension during the cricket fast bowling action. However, the majority of bowlers are not able to avail themselves to 30 biomechanical analysis. Therefore, we set out to ascertain whether it is appropriate to use 20 measures to assess 3D lumbar injury risk factors in fast bowlers. Nineteen fast-medium bowlers were simultaneously recorded by 30 motion capture and 20 video. Results showed that 2D thorax lateral flexion and pelvis rotation at ball release correlate particularly well with the 3D equivalents. The information presented may be practically applied by coaches to improve...
Cricket fast bowlers have been highlighted as having increased risk of injury when compared to the r...
Objectives: This study aimed to identify modifiable mechanisms associated with low back injury in ad...
The Australian Institute of Sport Biomechanics department cricket fast bowling technique data were a...
Lumbar bone stress injuries (LBSI) have the highest prevalence of any injury in cricket. The purpose...
Introduction: Lumbar bone stress injuries (LBSI) are the most prevalent injury in cricket. While fas...
Lower back injury remains the most important injury problem in professional cricket with lumbar stre...
Lower back injuries are a serious concern for cricket fast bowlers. As lumbar loading is the causal ...
Identifying lumbar injury risk amongst cricket bowlers is a challenge to those involved in the sport...
Objectives: To investigate spinal kinematics, tibial and sacral impacts during fast bowling, among b...
The purpose of this thesis was to examine the nature and extent of cricket fast bowling injuries. In...
Context: Epidemiological studies highlight a prevalence of lumbar vertebrae injuries in cricket fast...
This study aimed to validate an array-based inertial measurement unit to measure cricket fast bowlin...
Fast bowlers have consistently been reported to suffer with the greatest frequency of injury, with ...
The relationship between bowling action classification and three-dimensional lowe
PURPOSE: This study aimed to analyse lumbo-pelvic lateral flexion kinematics and kinetics in junior ...
Cricket fast bowlers have been highlighted as having increased risk of injury when compared to the r...
Objectives: This study aimed to identify modifiable mechanisms associated with low back injury in ad...
The Australian Institute of Sport Biomechanics department cricket fast bowling technique data were a...
Lumbar bone stress injuries (LBSI) have the highest prevalence of any injury in cricket. The purpose...
Introduction: Lumbar bone stress injuries (LBSI) are the most prevalent injury in cricket. While fas...
Lower back injury remains the most important injury problem in professional cricket with lumbar stre...
Lower back injuries are a serious concern for cricket fast bowlers. As lumbar loading is the causal ...
Identifying lumbar injury risk amongst cricket bowlers is a challenge to those involved in the sport...
Objectives: To investigate spinal kinematics, tibial and sacral impacts during fast bowling, among b...
The purpose of this thesis was to examine the nature and extent of cricket fast bowling injuries. In...
Context: Epidemiological studies highlight a prevalence of lumbar vertebrae injuries in cricket fast...
This study aimed to validate an array-based inertial measurement unit to measure cricket fast bowlin...
Fast bowlers have consistently been reported to suffer with the greatest frequency of injury, with ...
The relationship between bowling action classification and three-dimensional lowe
PURPOSE: This study aimed to analyse lumbo-pelvic lateral flexion kinematics and kinetics in junior ...
Cricket fast bowlers have been highlighted as having increased risk of injury when compared to the r...
Objectives: This study aimed to identify modifiable mechanisms associated with low back injury in ad...
The Australian Institute of Sport Biomechanics department cricket fast bowling technique data were a...