Xavier Thompson

Assistant Professor of Sports Science Louisiana State University

  • Baton Rouge LA

Dr. Thompson’s research focuses on the identification of risk factors for athletic injuries and improving athletic performance.

Contact

Louisiana State University

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Biography

Dr. Thompson’s research focuses on the identification of risk factors for athletic injuries and improving athletic performance. He is interested in how biomechanics, motor performance, and other performance indicators can be modified in order to reduce injury risk in a variety of physically active populations.

Xavier Thompson obtained his bachelor’s degree in Athletic Training at the Ohio State University and a post-professional master’s in Athletic Training while working as a graduate assistant athletic trainer at the University of Kentucky. He worked as a clinical research coordinator before completing his doctoral studies at the University of Virginia.

Areas of Expertise

Athletic Injuries
Athletic Performance
Athletic Training
Biomechanics

Research Focus

Biomechanical Risk Factors & Performance Optimization

Dr. Thompson’s research focuses on biomechanical risk factors for athletic injuries and performance optimization across physically active populations. He employs motion capture, neuromuscular testing, and injury-surveillance modeling to develop evidence-based training strategies that cut injury risk and enhance athletic capacity.

Accomplishments

NIH National Institute of Arthritis and Musculoskeletal and Skin Diseases (NIAMS) Clinical Research Loan Repayment Program Award

2025-2027

Edgar F Shannon Z Society Award, Z Society

2024

Gansneder Award for Outstanding Quantitative Dissertation, UVA School of Education and Human Development

2024

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Education

University of Virginia

Ph.D.

Kinesiology

2024

University of Kentucky

M.S.

Athletic Training

2017

The Ohio State University

B.S.

Athletic Training

2015

Affiliations

  • National Athletic Trainers' Association

Articles

The Influence of Limb Dominance on Performance-Based Outcomes After ACL Reconstruction

Sports Health

2025

Background
Considering limb dominance (LD) may be valuable when utilizing limb symmetry index (LSI) when assessing patients after anterior cruciate ligament reconstruction (ACLR).
Hypothesis
Patients will have better performance-based outcomes when index ACLR occurred on the dominant limb (DL) compared with the nondominant limb (NDL).

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Do Kinesiophobia Levels During Recovery Change After Primary Versus Secondary Anterior Cruciate Ligament Reconstruction?

Journal of Sport Rehabilitation

2025

Context
Thirty percent of athletes go on to sustain a secondary anterior cruciate ligament (ACL) injury after return to sport. Those that went on to suffer a secondary injury had greater kinesiophobia levels at time of return to sport; however, these relationships have primarily been observed in patients after primary ACL reconstruction (ACLR). The purpose of this study is to compare differences in kinesiophobia 4 to 8 months after an individual’s primary versus secondary ACLR.

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The Utilization of the Landing Error Scoring System in Patients’ Postanterior Cruciate Ligament Reconstruction: An Exploratory Factor Analysis

Journal of Sport Rehabilitation

2025

Context : The landing error scoring system (LESS) was developed to screen healthy individuals for anterior cruciate ligament (ACL) injury risk factors using a jump landing task. The purpose of this study was to evaluate unique landing error components of a modified LESS scoring criteria to determine its clinical utility in patients following ACL reconstruction (ACLR). Design : An observational cross-sectional study design was implemented to determine if each individual error component of the modified LESS provided unique information in an ACLR patient population. Methods : Post-ACLR patients (N = 194 [47.9% female]) completed the LESS 7.91 (1.80) months after surgery.

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Event Appearances

Torque-Velocity Relationships and Corticospinal Excitability Following ACLR

2025 | National Athletic Trainer’s Association Annual Meeting and Clinical Symposium  Orlando, FL

Data to Decision: Using Low-Cost Wearables in Sports Medicine

2025 | National Athletic Trainer’s Association Annual Meeting and Clinical Symposium  Orlando, FL

Strength Recovery and Brain Driven Muscle Activation after ACL Reconstruction

2025 | Louisiana Athletic Trainer’s Association Annual Meeting  Baton Rouge, LA

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