Assoc.Prof.Arunee Promsri
Lecturer
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054-466-666
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arunee.pr@up.ac.th
Work Address
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Department of Physicsl Therapy, School of Allied Health Sciences, University of Phayao
Contact address
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arunee.pr@up.ac.th
about us
Dr. Arunee Promsri is a lecturer and researcher in the field of physical therapy and rehabilitation science at the University of Phayao, Thailand. She specializes in human movement science, biomechanics, neuromuscular control, and postural stability, with a strong emphasis on understanding the mechanisms underlying human balance, stability, and locomotion across the lifespan. Her research examines how factors such as age, body composition, leg dominance, and surface stability influence postural control and dynamic movement behavior, particularly in sport-related movement and functional assessment tasks. To explore these mechanisms, Dr. Promsri utilizes a wide range of advanced motion analysis technologies, including accelerometers, gyroscopes, wearable systems like RunScribe, optical motion capture (MoCap), electromyography (EMG), force plates, and low-cost technologies such as smartphones and depth-sensing cameras to analyze human movements. She applies sophisticated analytical approaches such as principal component analysis (PCA), sample entropy (SampEn), Lyapunov exponent (LyE), and cross-correlation analysis to investigate movement variability, neuromuscular coordination, and dynamic stability with high precision. Dedicated to bridging the gap between theory and practice, Dr. Promsri’s research aims to inform evidence-based rehabilitation strategies, injury prevention programs, and performance optimization techniques for both general and athletic populations. Her recent work focuses on dynamic stability during sport-related movements, such as running and single-leg tasks, highlighting phase-specific control mechanisms, adaptations to unstable surfaces, and the role of functional tasks in enhancing individual and sports performance. Dr. Promsri actively contributes to peer-reviewed Q1–Q2 journals, participates in graduated curriculum development, and mentors students in the rehabilitation and movement science fields. Her research reflects a deep scientific curiosity and a commitment to advancing rehabilitation and athletic performance practices by enhancing the understanding of the mechanisms that govern human movement and postural control.
Education
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2016-2019
Sport science
University of Innsbruck, Austria
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2007-2009
Movement and exercise sciences
Chiang Mai University
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2000-2003
Physical Therapy
Chiang Mai University
Research main interests
Published papers
How does lower limb dominance influence postural control movements during single leg stance?
Leg Dominance as a Risk Factor for Lower-Limb Injuries in Downhill Skiers—A Pilot Study into Possible Mechanisms
Analysis of Postural Control Using Principal Component Analysis: The Relevance of Postural Accelerations and of Their Frequency Dependency for Selecting the Number of Movement Components
Should the Minimal Intervention Principle Be Considered When Investigating Dual-Tasking Effects on Postural Control?
Analysis of Postural Control Using Principal Component Analysis: The Relevance of Postural Accelerations and of Their Frequency Dependency for Selecting the Number of Movement Components
Complexity, Composition, and Control of Bipedal Balancing Movements as the Postural Control System Adapts to Unstable Support Surfaces or Altered Feet Positions
Leg Dominance Effects on Postural Control When Performing Challenging Balance Exercises
Modulation of bilateral lower-limb muscle coordination when performing increasingly challenging balance exercises
Principal postural acceleration and myoelectric activity: Interrelationship and relevance for characterizing neuromuscular function in postural control
Analysis of bilateral muscle coordination for characterizing neuromuscular function in postural control
Assessing Walking Stability Based on Whole-Body Movement Derived from a Depth-Sensing Camera
Modulation of Lower-Limb Muscle Activity in Maintaining Unipedal Balance According to Surface Stability, Sway Direction, and Leg Dominance
Sex Difference in Running Stability Analyzed Based on a Whole-Body Movement: A Pilot Study
Age and Visual Contribution Effects on Postural Control Assessed by Principal Component Analysis of Kinematic Marker Data
Leg Dominance—Surface Stability Interaction: Effects on Postural
Control Assessed by Smartphone-Based Accelerometry
Walking Stability and Risk of Falls
A Potential Mechanism Involved in the Regularity of Center-of-Pressure Displacements During Achieving Unipedal Equilibrium on Stable and Unstable Surfaces
Age-Related Changes in Postural Stability in Response to Varying
Surface Instability in Young and Middle-Aged Adults
Effects of Different Wearable Resistance Placements on Running Stability
Impacts of Wearable Resistance Placement on Running Efficiency Assessed by Wearable Sensors: A Pilot Study
PREDICTING PARKINSON’S DISEASE CLINICAL STAGES WITH EXTREME LEARNING MACHINE ON CENTER OF PRESSURE DATA
Neuromuscular Control in Incline and Decline Treadmill Running: Insights into Movement Synergies for Training and Rehabilitation
Neuromuscular Control in Postural Stability: Insights into Myoelectric Activity Involved in Postural Sway During Bipedal Balance Tasks
Artificial Intelligence for Cervical Spine Fracture Detection: A Systematic Review of Diagnostic Performance and Clinical Potential
Changes in Walking Stability at Different Percentages of Preferred Walking Speed in Healthy Young and Older Adults: Insights From Movement Component Analysis