INIS
acceleration
14%
accelerometers
7%
accuracy
18%
acute exposure
5%
adults
15%
aging
5%
algorithms
6%
amplitudes
7%
angular velocity
6%
applications
5%
assessments
6%
attenuation
6%
balances
8%
bicycles
6%
blood
15%
blood flow
8%
bone joints
22%
caffeine
13%
carbohydrates
5%
comparative evaluations
40%
concentration
15%
constraints
12%
contraction
25%
control
25%
correlations
10%
cre
5%
creatine
10%
curves
8%
damage
28%
data
16%
degrees of freedom
5%
design
11%
distance
7%
dynamical systems
7%
dynamics
19%
errors
12%
exercise
85%
far infrared radiation
11%
fatigue
8%
females
15%
flexibility
5%
hands
8%
height
16%
hormones
7%
humans
9%
hypoxia
6%
impulse
8%
indicators
6%
infants
5%
ingestion
9%
injuries
10%
interventions
9%
kinases
5%
lactates
6%
lamps
8%
learning
49%
levels
20%
limbs
13%
lipids
9%
loading
7%
losses
6%
males
20%
men
16%
motion
10%
motors
40%
muscles
78%
output
6%
oxygen
5%
peaks
26%
people
5%
performance
100%
plasma
13%
plates
8%
power
22%
propulsion
5%
range
6%
recovery
25%
reviews
5%
risks
6%
sensors
16%
shear
5%
shoes
14%
shuttles
16%
simulation
15%
space
12%
spain
5%
specificity
5%
speed
27%
taiwan
17%
therapy
8%
thickness
8%
torque
7%
units
15%
universities
9%
values
9%
velocity
13%
women
13%
Nursing and Health Professions
Acceleration
10%
Adult
12%
Athletes
15%
Blood Flow
5%
Caffeine
8%
Carbohydrate
5%
Combination Therapy
5%
Control
18%
Countermovement Jump
21%
Creatine
5%
Creatine Kinase Blood Level
8%
Eccentric Exercise
17%
Electromyogram
7%
Electromyography
10%
Exhaustion
5%
Female
8%
Height
12%
Hypoxia
5%
Injury
6%
Isometrics
15%
Lipid
6%
Male
11%
Man
6%
Marker
9%
Measurement
5%
Muscle Injury
16%
Muscle Strength
21%
Parameters
10%
Perceived Exertion
6%
Placebo
12%
Procedures
7%
Reliability
6%
Sensor
8%
Sham Procedure
8%
Shoe
10%
Strength
17%
Time
26%
Training Load
6%
Validity
9%
Variance
6%
Velocity
26%
Woman
9%