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- ACL injury (1)
- Acromioclavicular (1)
- Artificial Intelligence (1)
- Body mass index (BMI) (1)
- Concussion (1)
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- Conservative Treatment (1)
- Finite Element Brain Model (1)
- Helmets (1)
- Knee abduction angle (1)
- Knee ankle separation ratio (1)
- Knee valves (1)
- Mild Traumatic Brain Injuries (1)
- Motion capture (1)
- Rotator Cuff (1)
- Rowing; interval training; 10 s work: 5 s recovery; 30 min; 2000 m performances (1)
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- Shoulder Instability (1)
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Articles 1 - 4 of 4
Full-Text Articles in Sports Sciences
Evaluation Of Conservative And Operative Treatments In Active Patients With Acromioclavicular (Ac) And Rotator Cuff (Rc) Injuries, Jesse Singh
Electronic Thesis and Dissertation Repository
Abstract
Introduction: Shoulder pain and disability, particularly acromioclavicular joint (ACJ) and rotator cuff (RC) injuries, are common in a physically active population. Determining operative or rehabilitative treatment plans involve multiple treatment choices influenced by the injury grade and treatment goals, such as return to sport. This thesis investigates the management of treatment for AC and RC injuries
Method: The first study is a scoping review that uses the Preferred Reporting Items for Systematic Reviews and Meta-Analysis extension for Scoping Reviews (PRISMA-ScR) to synthesize 32 studies involving athletes who have undergone conservative or operative treatment for their Rockwood grade III …
The Influence Of Sex And Body Size On The Validity Of The Microsoft Kinect For Measuring Knee Motion During Landing, Jillian Neufeld
The Influence Of Sex And Body Size On The Validity Of The Microsoft Kinect For Measuring Knee Motion During Landing, Jillian Neufeld
Electronic Thesis and Dissertation Repository
Measuring knee motion during landing is a method to evaluate knee injury risk. Three-dimensional (3D) motion capture is inaccessible, and the Microsoft Kinect is an alternative to measure knee motion. The primary objective was to evaluate the influence of sex and body size on the validity of the Kinect to measure knee motion during landing. A secondary objective was to compare knee motion between females and males with high and low body mass index (BMI). We assessed frontal plane knee kinematics of 40 (10 per group of females and males with high and low BMI) participants during landing with the …
A 10 S: 5 S High-Intensity Interval Training Regime Improves Rowing Performance In Varsity And International Class Rowers, Braden J. Reid
A 10 S: 5 S High-Intensity Interval Training Regime Improves Rowing Performance In Varsity And International Class Rowers, Braden J. Reid
Electronic Thesis and Dissertation Repository
The purpose of this study was to investigate the effects of a high-intensity interval training regime with elite collegiate rowers on their rowing performance. A total of 10 interval training sessions were performed over a four-week period with four males and five females completing all pre-testing performance and training sessions. Participants completed a 2000 m performance test to determine initial training intensity. The interventional training sessions consisted of 30 min of 10 s work: 5 s recovery. The 10 s mean power output improved 17% from training session one to ten. The moderate-intensity increased by 44%; mean power output over …
Using Statistics, Computational Modelling And Artificial Intelligence Methods To Study And Strengthen The Link Between Kinematic Impacts And Mtbis, Andrew Luke Mcconnell Patterson
Using Statistics, Computational Modelling And Artificial Intelligence Methods To Study And Strengthen The Link Between Kinematic Impacts And Mtbis, Andrew Luke Mcconnell Patterson
Electronic Thesis and Dissertation Repository
Mild traumatic brain injuries (mTBIs) are frequently occurring, yet poorly understood, injuries in sports (e.g., ice hockey) and other physical recreation activities where head impacts occur. Helmets are essential pieces of equipment used to protect participants’ heads from mTBIs. Evaluating the performance of helmets to prevent mTBIs using simulations on anatomically accurate computational head finite element models is critically important for advancing the development of safer helmets. Advancing the level of detail in, and access to, such models, and their continued validation through state-of-the-art brain imaging methods and traditional head injury assessment procedures, is also essential to improve safety. The …