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Tron Krosshaug

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CV

Tron Krosshaug, PhD is a researcher at the Oslo Sports Trauma Research Center. He has a masters degree in biomechanics from the University of Sport and Physical Education. He has also taken several mathematics, mechanics and robotics courses at the University of Oslo. He defended his PhD thesis on the topic "Video analysis of the mechanisms for ACL injuries" in August 2006. Krosshaug also functions as a computer consultant for the research group. His main research area is sports injury prevention, with a primary focus on video analysis and inverse dynamics analysis of serious knee injuries various sports. Tron Krosshaug is devoted to lifting weights, and claims that life quality increases with frequent bench pressing.

Projects

Injury registration in goalkeepers in Tippeligaen and Adeccoligaen >>

Non-traumatic injuries in professional road cycling >>

Differences in motion patterns and strength measures between previously ACL-injured players and non-injured players >>

Cutting technique as a predictor of knee valgus moment >>

Determinants of excessive valgus moments of the knee in drop jumps and sidestep cutting, using 2D recording and 3D motion analysis >>

Correlation between lower extremity kinetics and kinematics in drop jumps and sidestep cutting >>

The correlation between two-dimensional video analysis and subjective assessment in evaluating knee control among elite female team handball players >>

Video analysis of anterior tibial translation in a non-contact ACL injury situation >>

Injuries in alpine skiing related to age groups >>

Knee loading during side-step cutting: A comparison of Norwegian male and female elite handball players >>

The prevalence of previous serious knee injuries among World Cup elite freestyle skiers >>

Video analysis of skiing injuries >>

Risk factors for ACL-injuries among elite female football players >>

Video analyses of ACL injuries in World Cup alpine skiing >>

Relationship between objectively measured valgus moments in drop jumps and sports specific cutting movements, and poor clinical test scores in elite female football players >>

Video analysis of ACL injuries in Sumo Wrestling >>

Video analysis of lateral ankle sprains using a MBIM technique >>

Accuracy and Reliability of Model-Based Image-Matching Technique on Ankle Joint Motion Analysis >>

Biomechanics of supination ankle sprain: A case report of an accidental injury event in laboratory >>

Validation of a model based image-matching technique for 3D motion reconstruction from uncalibrated 2D videosequences >>

A model-based image-matching technique for 3D reconstruction - application to ACL injury situations >>

Risk factors for non-contact ACL injuries in elite female team handball players – A prospective cohort study >>

The mechanisms of serious knee injuries in female European team handball - a 3D kinematic and kinetic analysis based on uncalibrated 2D video recordings >>

Mechanisms of serious knee injuries in World Cup freestyle skiing - a 3D kinematic analysis based on uncalibrated 2D video recordings >>

Validation of the visual inspection approach in video analysis >>

Mechanisms of ACL injury inbasketball: video analysis of 39 cases >>

Knee joint kinematics in non-contact ACL injury situations from female team handball and basketball >>

Publications

2007

2006

2005

2003

2002

2001