Explain what dual innervation means with regard to the autonomic nervous system.                B) Using the cardiovascular, respiratory and digestive systems as examples, explain how dual innervation regulates the function of each

Describe the passage of information through the nervous system using a specific example. Be sure to include in detail:

Transmission of a nerve impulse across a gap between neurons is due to: a) Movement of a molecule, a chemical signal b) Movement of a positive charge, an electrical signal

A)The following structure in the figure is the cell body of a post-ganglionic parasympathetic neurone: A, B, C, D, E, F, G, H, I, J, K, L, M, N, O B) The following structure in the figure is the cell body of a pre-ganglionic sympathetic neurone: A, B, C, D, E, F, G, H, I, J, K, L, M, N, O C) The following structure in the figure is the cell body of a general somatic efferent neurone: A, B, C, D, E, F, G, H, I, J, K, L, M, N, O

Match the following statements about anatomy to the correct division of the autonomic nervous system.  Select "Both" if the statement or effect is true of both divisions. Innervate(s) most major organs of the body. Innervate(s) most blood vessels. Most effector pathways involve two neurons. The vagus cranial nerve carries these fibers. ANSWER OPTIONS: Parasympathetic, Sympathetic, BOTH

The neural changes that occur with training might include all of the following EXCEPT: a.) An increased excitability of the spinal motor neurons b.) A decrease in the activity of the antagonist muscle to the the trained movement (better coordination) c.) Muscle hypertrophy d.) An increase in the ability to formulate a movement plan in the brain and consequently an increase in the descending drive to the spinal cord

n the space provided below, provide a list of 5 examples (EACH) of things that happen within the human body when the following two systems are activated:   A) Parasympathetic System activated (5 examples) B) Sympathetic System activated (5 examples)

Fill in the descriptions for the following terms as they relate to the PNS or CNS neural tissue: Tract: Bundles of                             [ Select ]                          ["axons", "cell bodies"]            in the                             [ Select ]                          ["CNS", "PNS"]            Nerve: Bundles of                             [ Select ]                          ["axons", "cell bodies"]            in the                             [ Select ]                          ["CNS", "PNS"]            Ganglion: Bundles of                             [ Select ]                          ["axons", "cell bodies"]            in the                             [ Select ]                          ["CNS", "PNS"]            Nucleus: Bundles of                             [ Select ]                          ["axons", "cell bodies"]            in the                             [ Select ]                          ["CNS", "PNS"]