Add to ORKGThere are numerous variables used to assess musculoskeletal loading during human movement. This presentation will examine ground reaction forces, segment accelerations, joint contact forces and internal bone stresses and strains. I will cover implications for injury assessment, subtleties of interpretation, benefits and drawbacks of each these methods
Impact loads have been implicated in the initiation of secondary osteoarthritis but in the absence o...
IntroductionTibial stress fractures are a common overuse injury resulting from the accumulation of b...
During impacts the soft tissues of the body move relative to the underlying skeleton and so the rigi...
The response of biological tissue to impact like mechanical loading in sports is of vital interest i...
Introduction: Mechanical loads on the human body are necessary to stimulate bone growth, to maintain...
Accelerometry is often used as a means to quantify the osteogenic or injury potential of impacts. Th...
Ground/foot impact duration is typically less than 50ms (5). During this brief period of time the sh...
Introduction: Partial weight bearing is part of treatment schemes in orthopedic surgery and traumato...
Soft tissue motion occurs as impulsive loads are applied to the skeletal system. It has been demonst...
This thesis consisted of two main research themes: 1) The biomechanics of military load carriage, an...
Load carriage leads to larger, faster vertical ground reaction forces (GRFs), and greater risk of mu...
The purpose of this study was to determine the contribution of the leg tissue masses (bone mineral c...
Peak tibial acceleration (PTA) measured using accelerometers attached to the musculoskeletal system ...
Introduction: Bone stress injuries represent ~10% of injuries associated with sports and exercise an...
Muscles have a potentially important effect on lower extremity injuries during an automobile collisi...
Impact loads have been implicated in the initiation of secondary osteoarthritis but in the absence o...
IntroductionTibial stress fractures are a common overuse injury resulting from the accumulation of b...
During impacts the soft tissues of the body move relative to the underlying skeleton and so the rigi...
The response of biological tissue to impact like mechanical loading in sports is of vital interest i...
Introduction: Mechanical loads on the human body are necessary to stimulate bone growth, to maintain...
Accelerometry is often used as a means to quantify the osteogenic or injury potential of impacts. Th...
Ground/foot impact duration is typically less than 50ms (5). During this brief period of time the sh...
Introduction: Partial weight bearing is part of treatment schemes in orthopedic surgery and traumato...
Soft tissue motion occurs as impulsive loads are applied to the skeletal system. It has been demonst...
This thesis consisted of two main research themes: 1) The biomechanics of military load carriage, an...
Load carriage leads to larger, faster vertical ground reaction forces (GRFs), and greater risk of mu...
The purpose of this study was to determine the contribution of the leg tissue masses (bone mineral c...
Peak tibial acceleration (PTA) measured using accelerometers attached to the musculoskeletal system ...
Introduction: Bone stress injuries represent ~10% of injuries associated with sports and exercise an...
Muscles have a potentially important effect on lower extremity injuries during an automobile collisi...
Impact loads have been implicated in the initiation of secondary osteoarthritis but in the absence o...
IntroductionTibial stress fractures are a common overuse injury resulting from the accumulation of b...
During impacts the soft tissues of the body move relative to the underlying skeleton and so the rigi...