Dependence of dynamic response of spindle receptors on muscle length and velocity

Keyphrases

• Muscle Length 100%
• Spindle 100%
• Dynamic Response 100%
• Dynamic Trajectory 100%
• Muscle Velocity 100%
• Discharge Rate 60%
• Initial Spacing 60%
• Fold Increase 40%
• Denervated 40%
• Dynamic Effects 40%
• Straight Line 40%
• Power Dependence 40%
• Fractional Powers 40%
• Fusimotor 40%
• Large-scale Dynamics 20%
• Dynamic Responsiveness 20%
• Reflex 20%
• Muscle Spindle 20%
• Simultaneous Recording 20%
• Low Threshold 20%
• Length-dependent 20%
• Soleus muscle 20%
• Constant Velocity 20%
• Length Dependence 20%
• Ventral Root 20%
• Transection 20%
• Weak Dependence 20%
• Dorsal Root 20%
• Decerebrate 20%
• Low Velocity 20%
• Cat Soleus 20%
• Positive Slope 20%
• Static Effect 20%
• Initial Discharge 20%
• Initial Burst 20%
• Postburn 20%
• Spinal Roots 20%
• Product Relationships 20%
• Velocity Dependence 20%
• Motion Detection 20%
• Pre-burst 20%
• Average Discharge 20%
• Straight Line Fitting 20%
• Quasi-static Response 20%

Neuroscience

• Receptor 100%
• Power-Dependence 40%
• Nonoxynol-9 40%
• Muscle Spindle 20%