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Does passive heat acclimation impact the athlete's heart continuum?
Mathew G Wilson
,
Julien D Périard
, Carmen Adamuz
, Abdulaziz Farooq
, Victoria Watt
, Sebastien Racinais
Research output
:
Contribution to journal
›
Article
›
peer-review
10
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Citations (Scopus)
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Keyphrases
Heat Exposure
100%
Passive Heat Acclimation
100%
Athlete's Heart
100%
Cardiac Structure
100%
Heart Rate
50%
Environmental Conditions
50%
Confounding Factors
50%
Response Exercise
50%
Male Athletes
50%
Skin Temperature
50%
Blood Pressure
50%
Thermo
50%
Whole-body
50%
Anthropometry
50%
Summer Months
50%
Repeated Exposure
50%
World Championship
50%
Doha
50%
Acclimatization
50%
Physiological Adaptation
50%
Endurance Exercise
50%
Myocardium
50%
Daily Exposure
50%
Passive Heating
50%
Cardiac Function
50%
Hot Environment
50%
Cardiac Pathology
50%
Major Sport Events
50%
Physiological Strain
50%
Ambient Conditions
50%
Body Core Temperature
50%
Cardiovascular Adaptation
50%
Stroke Volume
50%
Myocardial Efficiency
50%
Sweating
50%
Potential Performance
50%
Cardiac Remodeling
50%
Athens
50%
Rio Olympics
50%
Myocardial Compliance
50%
Hot Plate Test
50%
Tokyo 2020 Olympic Games
50%
Engineering
Ambient Condition
100%
Repeated Exposure
100%
Stroke Volume
100%
Summer Month
100%
Immunology and Microbiology
Thermal Exposure
100%
Blood Pressure
50%
Endurance Training
50%
Core Temperature
50%
Sweating
50%
Skin Temperature
50%
Biochemistry, Genetics and Molecular Biology
Thermal Exposure
100%
Blood Pressure
50%
Endurance Training
50%
Core Temperature
50%
Sweating
50%
Skin Temperature
50%
Nursing and Health Professions
Athletes
100%
Thermal Exposure
40%
Compliance
20%
Anthropometry
20%
Core Temperature
20%
Skin Temperature
20%
Blood Pressure
20%
Heart Stroke Volume
20%
Heart Ventricle Remodeling
20%
Confounding Factor
20%
Endurance Training
20%
Psychology
Skin Temperature
100%
Blood Pressure
100%