The influence of sex and biological maturation on the sudomotor response to exercise-heat stress: Are girls disadvantaged?

Keyphrases

• Response Exercise 100%
• Sexual Maturation 100%
• Exercise-heat Stress 100%
• Sudomotor Reflex 100%
• Biological Maturation 100%
• Sweating 66%
• Sudomotor Function 66%
• Number of children 33%
• Mini 33%
• Adult children 33%
• Adult Female 33%
• Female-to-male 33%
• Sweat Rate 33%
• Physical Attributes 33%
• High Ambient Temperature 33%
• Whole-body 33%
• Glands 33%
• Absence of Evidence 33%
• Exercise-induced 33%
• Confounding Effect 33%
• Morphological Difference 33%
• Body Surface Area 33%
• Heat Transfer 33%
• Metabolic Heat Production 33%
• Regional Bodies 33%
• Evaporative Heat Loss 33%
• Exertional Hyperthermia 33%
• Area-to-mass Ratio 33%
• Evaporative Capacity 33%
• Skin Dryness 33%
• Sweat Output 33%
• Sweat Production 33%
• Evaporative Efficiency 33%

Medicine and Dentistry

• Sweating 100%
• Maturation 100%
• Sudomotor 100%
• Morphology 16%
• Body Surface 16%
• Hyperthermia 16%
• Thermogenesis 16%
• Sweat 16%