Keyphrases
Hypoxia
90%
Physiological Strain
75%
Hypoxic Chamber
50%
Renal Response
50%
Elite Athletes
50%
Annual Congress
50%
Sweden
50%
Malmö
50%
Heat Acclimation
50%
Altitude Training
50%
Support Staff
50%
Endurance Running
50%
Sports Science
50%
VO2peak
50%
Hypoxia Response
50%
Hypobaric Hypoxia
50%
Physiological Response
50%
Rehydration
37%
Reduced Oxygen
25%
High Altitude
25%
Oxygen Level
25%
S100B
25%
Heat Shock Protein 70 (HSP70)
25%
Training Methods
21%
Hypoxic Training
21%
FiO2
20%
Hypoxic Exposure
20%
Hemoglobin Mass
16%
Stroke Volume
16%
Humidity
16%
Respiratory Exchange Ratio
16%
Heart Rate
16%
Exercise Capacity
16%
Isotonic Fluids
12%
Water Intake
12%
Perceptual Scale
12%
Fluid Restriction
12%
Compartment Volumes
12%
Physiological Symptoms
12%
Water Fluid
12%
Fluid Compartments
12%
Fluid Replacement
12%
Temperature Scale
12%
Blood-brain Barrier
12%
SaO2
12%
Normoxia
12%
Nausea
12%
Core Temperature
12%
Hypohydration
12%
Body Mass
12%
Headache
12%
Exercise Limitation
12%
VO2max
12%
Fluid Balance
12%
Intermittent Walking
12%
Healthy Participants
12%
Cardiac Efficiency
8%
Thermal Intervention
8%
Strain Capacity
8%
Metabolic
8%
Performance Trial
8%
Hot Conditions
8%
Cardiac Output
8%
Hot-humid Conditions
8%
Free Hemoglobin
8%
Effective Intervention
8%
Gas Exchange
8%
Oxygen Saturation
8%
Male Age
8%
Trec
8%
Rectal Temperature
8%
Plasma Volume
8%
Plasma Expansion
8%
Temperate Conditions
8%
Cycle Ergometer
8%
Exercise Training
8%
Normobaric
8%
Cross-acclimation
8%
Internet-based Survey
7%
Hypoxic Volume
7%
Behavior Factor
7%
London 2012 Olympics
7%
Endurance Runners
7%
Elite Group
7%
Research-based
7%
Popular
7%
Coaching
7%
Situational Factors
7%
Reasons for Use
7%
Elite Endurance Athletes
7%
Endurance Performance
7%
Training Regime
7%
Cultural Factors
7%
Medicine and Dentistry
Hypoxia
100%
Sports Medicine
50%
Acclimatization
50%
Exercise
21%
S100B
20%
Lung Gas Exchange
14%
Stroke Volume
14%
Water Intake
10%
Vasopressin
10%
Dehydration
10%
Blood Brain Barrier
10%
Headache
10%
Fluid Balance
10%
Nausea
10%
Gas Exchange
7%
Oxygen Saturation
7%
Heart Output
7%