Keyphrases
Activity Data
6%
Activity Diagram
10%
Activity Difference
6%
Adult Men
8%
Barycenter
20%
Biceps Brachii
5%
Biceps Femoris
12%
Bipolar Electrode
6%
Cell Membrane
5%
Centroid
10%
Clinical Application
8%
Clustering Analysis
8%
Co-activation
6%
Coefficient of Variation
8%
Contraction Rate
30%
Dimensionality Reduction
8%
Dynamic Contractions
8%
EBSCO
5%
Eccentric Contraction
5%
Eccentric Exercise
50%
Electromyography
31%
Electromyography Signal
5%
EMG Amplitude
10%
Exclusion Criteria
5%
Exercise Effect
5%
Exercise Protocol
16%
Factorial Design
8%
Failure Function
8%
Forefoot Running
50%
Forefoot Strike
6%
Gastrocnemius
12%
Healthy Adults
8%
Heel Rise
8%
High Sensitivity
10%
High Slope
16%
High Spatial
10%
High-density Surface Electromyography
30%
Inclusion-exclusion
5%
Isometric Contraction
10%
Large Windows
8%
Late Swing
6%
Lateral Gastrocnemius
12%
Leg muscles
6%
Lower Limb muscles
50%
Mapping Approach
100%
Maximal Voluntary Contraction
10%
Mean Frequency
25%
Mechanical Measures
8%
Medial Gastrocnemius
22%
Median Frequency
16%
Mediolateral
10%
MEDLINE
5%
Motor Conduction Velocity
50%
Muscle Activation
50%
Muscle Activation Patterns
6%
Muscle Activity
18%
Muscle Cells
5%
Muscle Fatigue
8%
Myoelectric
6%
Myoelectric Activity
50%
Neuroimaging Techniques
10%
Neuromuscular Changes
5%
Nonlinear Dimensionality Reduction
50%
Peak Frequency
33%
Physiological Variables
5%
Plantar Flexion
10%
Quadriceps
5%
Quadriceps muscle
5%
Ran Cycle
12%
Rearfoot
6%
Rearfoot Running
50%
Rearfoot Strike
6%
Recreational Runners
6%
Rectus Femoris
12%
Reduction Analysis
8%
Repeated Measures ANOVA
10%
Running Technique
43%
Self-selected Speed
6%
Shank
6%
Short-time Fourier Transform
41%
Slope Failure
8%
Spatial Resolution
10%
Spectrum Feature
8%
Sports Applications
8%
Stance Phase
18%
Statistical Analysis
10%
Statistical Parametric Mapping
100%
Strike Pattern
6%
Surface Electromyography (sEMG)
50%
Swing Phase
37%
Task Failure
25%
Temporal Change
12%
Temporal Difference
50%
Temporal Filter
5%
Thigh muscles
12%
Tibialis Anterior
6%
Tibialis Anterior muscle
18%
Topographic Change
50%
Treadmill
6%
Vastus Lateralis
5%
Window Overlap
50%
Window Size
50%