ผศ.ดร.อรุณีย์ พรหมศรี

อาจารย์

Personal Information

English ภาษาไทย
Name Asst.Prof. Arunee Promsri ผศ.ดร.อรุณีย์ พรหมศรี
Education Level Doctoral Degrees ระดับปริญญาเอก
Tel 054-466-666 Ext.
e-Mail arunee.pr@up.ac.th
Personnel Types Academic สายวิชาการ
Department Physical Therapy Department สาขากายภาพบำบัด

Job Detail

English ภาษาไทย
Managerial Positions - -
Position Category Academic Positions (Assistant Professor) ตำแหน่งวิชาการ (ผู้ช่วยศาสตราจารย์)
Classification Name Teaching and Research สอนและวิจัย
Classification Title Lecturer อาจารย์
Division Neurological Physical Therapy แขนงกายภาพบำบัดในระบบประสาท

Education

Year Degree Institute
2016-2019 Sport science University of Innsbruck, Austria
2007-2009 Movement and exercise sciences Chiang Mai University
2000-2003 Physical Therapy Chiang Mai University

Research main interests

Postural Control, Human Movement Science, Gait Stability, Leg Dominance, Neuromuscular Control, Rehabilitation Science, Principal Component Analysis (PCA), Motor Control, Biomechanics, Movement Variability, Balance Mechanisms, Aging and Posture, Injury Prevention, Lower Limb Function, Dynamic Stability, Sensorimotor Control, Functional Movement Assessment, Coordination Patterns, Unstable Surface Balance Tasks, Physical Therapy Research, Sports Biomechanics, Athletic Performance, Sports Injury Prevention, Motor Skills in Sports, Rehabilitation in Athletes, Balance and Coordination in Sports, Postural Control in Sport-specific Tasks, Sport Science Applications in Rehabilitation

Published papers

# Published Papers
1

How does lower limb dominance influence postural control movements during single leg stance?

Scopus
2

Leg Dominance as a Risk Factor for Lower-Limb Injuries in Downhill Skiers—A Pilot Study into Possible Mechanisms

Scopus
3

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

Scopus
4

Should the Minimal Intervention Principle Be Considered When Investigating Dual-Tasking Effects on Postural Control?

Scopus
5

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

Scopus
6

Complexity, Composition, and Control of Bipedal Balancing Movements as the Postural Control System Adapts to Unstable Support Surfaces or Altered Feet Positions

Scopus
7

Leg Dominance Effects on Postural Control When Performing Challenging Balance Exercises

Scopus
8

Modulation of bilateral lower-limb muscle coordination when performing increasingly challenging balance exercises

Scopus
9

Principal postural acceleration and myoelectric activity: Interrelationship and relevance for characterizing neuromuscular function in postural control

Scopus
10

Analysis of bilateral muscle coordination for characterizing neuromuscular function in postural control

Scopus
11

Assessing Walking Stability Based on Whole-Body Movement Derived from a Depth-Sensing Camera

Scopus
12

Modulation of Lower-Limb Muscle Activity in Maintaining Unipedal Balance According to Surface Stability, Sway Direction, and Leg Dominance

Scopus
13

Sex Difference in Running Stability Analyzed Based on a Whole-Body Movement: A Pilot Study

Scopus
14

Age and Visual Contribution Effects on Postural Control Assessed by Principal Component Analysis of Kinematic Marker Data

Scopus
15

Leg Dominance—Surface Stability Interaction: Effects on Postural
Control Assessed by Smartphone-Based Accelerometry

Scopus
16

Walking Stability and Risk of Falls

Scopus
17

A Potential Mechanism Involved in the Regularity of Center-of-Pressure Displacements During Achieving Unipedal Equilibrium on Stable and Unstable Surfaces

Scopus
18

Age-Related Changes in Postural Stability in Response to Varying
Surface Instability in Young and Middle-Aged Adults

Scopus
19

Effects of Different Wearable Resistance Placements on Running Stability

Scopus
20

Impacts of Wearable Resistance Placement on Running Efficiency Assessed by Wearable Sensors: A Pilot Study

Scopus
21

PREDICTING PARKINSON’S DISEASE CLINICAL STAGES WITH EXTREME LEARNING MACHINE ON CENTER OF PRESSURE DATA

Scopus
22

Neuromuscular Control in Incline and Decline Treadmill Running: Insights into Movement Synergies for Training and Rehabilitation

Scopus
23

Neuromuscular Control in Postural Stability: Insights into Myoelectric Activity Involved in Postural Sway During Bipedal Balance Tasks

Scopus
24

Artificial Intelligence for Cervical Spine Fracture Detection: A Systematic Review of Diagnostic Performance and Clinical Potential

Scopus
25

Changes in Walking Stability at Different Percentages of Preferred Walking Speed in Healthy Young and Older Adults: Insights From Movement Component Analysis

Scopus
Download CV Google Scholar