Biography and Research Information
OverviewAI-generated summary
Xiujing Zhao's research investigates physiological responses and health-related factors across various populations and activities. Her work includes studies on hydration status in relation to knowledge and health habits, and the impact of water consumption on caloric intake. Zhao has also examined heat stress indicators, such as heat index and humidex, during moderate cycling. Her research extends to the physiological and gastrointestinal responses experienced by athletes during endurance events like the Boston Marathon. Additionally, she has investigated the predictive value of functional movement screens and Y-Balance test scores for musculoskeletal injuries in elite female fast-pitch softball athletes. Zhao collaborates with researchers such as Brendon P. McDermott and Cory L. Butts at the University of Arkansas at Fayetteville.
Metrics
- h-index: 1
- Publications: 7
- Citations: 4
Selected Publications
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Validity and Reliability of the WUT Hydration System When Assessed in the Afternoon (2026)
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Assessment of the <scp>MX3</scp> hydration testing system in adults at rest and following exercise in the heat (2026)
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Hydration Strategies in Ultra-Endurance Running: A Narrative Review of Programmed Versus Thirst-Driven Approaches (2025)
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Heat index and humidex, but not other measures, identify heat stress compensability during moderate cycling (2025)
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Biomarkers of organ stress and injury following the Boston Marathon (2025)
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RENAL STRESS AND ELECTROLYTE RESPONSES DURING THE BOSTON MARATHON (2025)
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Observation Of Gastrointestinal Symptoms During The Boston Marathon (2025)
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5 k Cycling Performance Under Hot-dry Vs Warm-humid Conditions With Matched WBGT (2025)
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Thermoregulation In Hot-dry & Warm-humid Heat Stress During Cycling In Matched Wbgt (2025)
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Utility of Heat Stress Indicators in Identifying Thermoregulatory Compensability during Moderate Cycling (2025)
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Preseason Functional Movement Screen But Not Y-Balance Test Scores Predict Musculoskeletal Injury in Elite Female Fast-Pitch Softball Athletes (2024)
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Effect Of A Daily Liter Of Water Consumption On Caloric And Fluid Intake (2024)
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Association of Knowledge and Health Habits with Physiological Hydration Status (2024)
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Does A Hydration Knowledge And Behavior Survey Predict Physiological Hydration Status? (2023)
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Relationship Between Health Habits And Fluid Balance (2023)
Collaboration Network
Top Collaborators
- Association of Knowledge and Health Habits with Physiological Hydration Status
- Relationship Between Health Habits And Fluid Balance
- Effect Of A Daily Liter Of Water Consumption On Caloric And Fluid Intake
- Observation Of Gastrointestinal Symptoms During The Boston Marathon
- Heat index and humidex, but not other measures, identify heat stress compensability during moderate cycling
- Relationship Between Health Habits And Fluid Balance
- Observation Of Gastrointestinal Symptoms During The Boston Marathon
- Observation Of Gastrointestinal Symptoms During The Boston Marathon
- RENAL STRESS AND ELECTROLYTE RESPONSES DURING THE BOSTON MARATHON
- Observation Of Gastrointestinal Symptoms During The Boston Marathon
- RENAL STRESS AND ELECTROLYTE RESPONSES DURING THE BOSTON MARATHON
- Association of Knowledge and Health Habits with Physiological Hydration Status
- Effect Of A Daily Liter Of Water Consumption On Caloric And Fluid Intake
- Preseason Functional Movement Screen But Not Y-Balance Test Scores Predict Musculoskeletal Injury in Elite Female Fast-Pitch Softball Athletes
- Preseason Functional Movement Screen But Not Y-Balance Test Scores Predict Musculoskeletal Injury in Elite Female Fast-Pitch Softball Athletes
- Preseason Functional Movement Screen But Not Y-Balance Test Scores Predict Musculoskeletal Injury in Elite Female Fast-Pitch Softball Athletes
- Observation Of Gastrointestinal Symptoms During The Boston Marathon
- RENAL STRESS AND ELECTROLYTE RESPONSES DURING THE BOSTON MARATHON
- RENAL STRESS AND ELECTROLYTE RESPONSES DURING THE BOSTON MARATHON
- RENAL STRESS AND ELECTROLYTE RESPONSES DURING THE BOSTON MARATHON
- Heat index and humidex, but not other measures, identify heat stress compensability during moderate cycling
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