The relationship between control, kinematic and electromyographic variables in fast single-joint movements in humans

Keyphrases

• Peak Velocity 100%
• Kinematics 100%
• Joint Movement 100%
• Electromyography 100%
• Single Joint 100%
• Equilibrium Point 100%
• Movement Time 66%
• Kinematic Pattern 66%
• Control Pattern 66%
• High Mass Loading 66%
• Control Trial 66%
• Electromyographic Patterns 66%
• Visual Feedback 33%
• Control Signal 33%
• External Force 33%
• Force Feedback 33%
• Loading Conditions 33%
• Movement Speed 33%
• Movement Control 33%
• Deflection 33%
• Flexor 33%
• Flexion 33%
• Arm Position 33%
• Discrete Movements 33%
• EMG Patterns 33%
• N-shaped 33%
• Spring-loaded 33%
• Substantial Reduction 33%
• Point-based 33%
• Proprioceptive Feedback 33%
• Load-dependent 33%
• Elbow Flexion 33%
• Random Testing 33%
• Movement Phase 33%
• Tonic 33%
• Oscillatory Response 33%
• Joint Torque 33%
• Secondary Movement 33%
• Monotonic Relationship 33%
• Dynamic Phase 33%
• System Equilibrium 33%
• Equifinality 33%
• Torque Motor 33%
• Maximal Voluntary Contraction 33%
• Tonic Activity 33%
• Static Phase 33%
• Maximum Voluntary Contraction 33%

Engineering

• Peak Velocity 100%
• Single Joint 100%
• Equilibrium Point 100%
• Movement Time 66%
• Joints (Structural Components) 33%
• Oscillatory 33%
• Movement Control 33%
• Load Condition 33%
• Control Signal 33%
• Elbow Flexor 33%
• Final Position 33%
• Test Trial 33%
• Torque Motor 33%

Neuroscience

• Electromyography 100%
• Elbow Flexor 100%
• Agonist 100%