Which of the following statements is correct when a cockroach makes the decision to begin walking? a.  The subesophagael ganglion disinhibits specific regions in the frontal ganglion of the stomatogastric nervous system, which allows the frontal ganglion to excite the GPGs for flexing and extending the legs in the caudal ganglion. b.  The protocerebrum disinhibits specific regions of the subesophageal gangion, which in turn excite the command interneurons that activate the Flexor Burst Generators and inhibit the Extenor Motor Neurons in the thoracic ganglion that control each leg. c.  The subesophageal ganglion disinhibits the Central Body in the protocerbrum of the centeral nervous system, which excites the CPGs for the legs contained within the abdominal ganglion. d.  The pars intercerebralis of the protocerebrum releases EDNH, which excites the GPGs for the legs contained within the thoracic ganglia.

Human Biology (MindTap Course List)
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Chapter14: Sensory Systems
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Problem 5CT: In a rock climber like the man pictured in Figure 14.25, which organs of equilibrium are activated?...
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Which of the following statements is correct when a cockroach makes the decision to begin walking?

a.  The subesophagael ganglion disinhibits specific regions in the frontal ganglion of the stomatogastric nervous system, which allows the frontal ganglion to excite the GPGs for flexing and extending the legs in the caudal ganglion.
b.  The protocerebrum disinhibits specific regions of the subesophageal gangion, which in turn excite the command interneurons that activate the Flexor Burst Generators and inhibit the Extenor Motor Neurons in the thoracic ganglion that control each leg.
c.  The subesophageal ganglion disinhibits the Central Body in the protocerbrum of the centeral nervous system, which excites the CPGs for the legs contained within the abdominal ganglion.

d.  The pars intercerebralis of the protocerebrum releases EDNH, which excites the GPGs for the legs contained within the thoracic ganglia.

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