Unit 3 Opener. Figure 16.1 Overall organization of neural structures that control movement.
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Transcript of Unit 3 Opener. Figure 16.1 Overall organization of neural structures that control movement.
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Unit 3 Opener
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Figure 16.1 Overall organization of neural structures that control movement
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Figure 16.2 Spatial distribution of lower motor neurons in the ventral horn of the spinal cord
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Figure 16.3 Somatotopic organization of lower motor neurons
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Figure 16.4 Location of local circuit neurons that supply the medial region of the ventral horn
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Figure 16.5 The motor unit
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Figure 16.6 The force and fatigability of the three different types of motor units
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Figure 16.6 The force and fatigability of the three different types of motor units (Part 1)
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Figure 16.6 The force and fatigability of the three different types of motor units (Part 2)
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Box 16A(1) Motor Unit Plasticity
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Box 16A(2) Motor Unit Plasticity
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Box 16A(2) Motor Unit Plasticity (Part 1)
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Box 16A(2) Motor Unit Plasticity (Part 2)
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Figure 16.7 Motor neuron recruitment in a cat muscle under different behavioral conditions
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Figure 16.8 The effect of stimulation rate on muscle tension
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Figure 16.9 Effect of increasing force on firing rate of motor units in a muscle of the human hand
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Figure 16.10 Stretch reflex circuitry
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Figure 16.10 Stretch reflex circuitry (Part 1)
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Figure 16.10 Stretch reflex circuitry (Part 2)
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Figure 16.10 Stretch reflex circuitry (Part 3)
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Figure 16.11 motor neuron activity regulates muscle spindle responses
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Figure 16.11 motor neuron activity regulates muscle spindle responses (Part 1)
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Figure 16.11 motor neuron activity regulates muscle spindle responses (Part 2)
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Figure 16.12 The function of muscle spindles and Golgi tendon organs
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Figure 16.12 The function of muscle spindles and Golgi tendon organs (Part 1)
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Figure 16.12 The function of muscle spindles and Golgi tendon organs (Part 2)
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Figure 16.12 The function of muscle spindles and Golgi tendon organs (Part 3)
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Figure 16.13 Negative feedback regulation of muscle tension by Golgi tendon organs
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Figure 16.14 Spinal cord circuitry responsible for the flexion-crossed extension reflex
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Figure 16.15 Central pattern generators in terrestrial mammals
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Figure 16.15 Central pattern generators in terrestrial mammals (Part 1)
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Figure 16.15 Central pattern generators in terrestrial mammals (Part 2)
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Figure 16.15 Central pattern generators in terrestrial mammals (Part 3)
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Box 16B(1) Locomotion in the Leech and the Lamprey
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Box 16B(1) Locomotion in the Leech and the Lamprey (Part 1)
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Box 16B(1) Locomotion in the Leech and the Lamprey (Part 2)
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Box 16B(2) Locomotion in the Leech and the Lamprey
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Box 16B(2) Locomotion in the Leech and the Lamprey (Part 1)
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Box 16B(2) Locomotion in the Leech and the Lamprey (Part 2)
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Box 16B(2) Locomotion in the Leech and the Lamprey (Part 3)
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Box 16C(1) The Autonomy of Central Pattern Generators: Evidence from the Lobster Stomatogastric Ganglion
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Box 16C(2) The Autonomy of Central Pattern Generators: Evidence from the Lobster Stomatogastric Ganglion