1.
. General Visceral Motor Neurons: these carry impulses to cardiac muscle, smooth muscle and some glands.
2.
. General Visceral Sensory Neurons carry impulses from: the internal organs and joints to the CNS.
3.
. The ANS contains both sensory: and motor neurons
4.
. The ANS regulates the activity of: smooth muscle, cardiac muscle and certain glands.
5.
Adjusting the rate and force of the heartbeat: General Visceral Motor Neurons
6.
Changing pupil size in the eye produced: General Visceral Motor Neurons
7.
Detecting stretch of organs and blood vessels: . General Visceral Motor Neurons
8.
Dilating blood vessels: General Visceral Motor Neurons
9.
General Visceral Sensory Neurons: makeup the input portion of the ANS.
10.
Monitoring CO2 levels in the blood: . General Visceral Motor Neurons
11.
Monitoring fullness of the urinary bladder: . General Visceral Motor Neurons
12.
Most parasympathetic ganglia are located in the: visceral effector organs
13.
Movements in the GI tract: General Visceral Motor Neurons
14.
Pain and nausea sensations from damaged viscera: . General Visceral Motor Neurons
15.
Parasympathetic fibers emerge from: the brain and sacral portion of the spinal cord (referred to as Craniosacral).
16.
Postganglionic Neuron: -extends to effectors in the body. Nerve fibers in these neurons are extremely thin and are never myelinated.
17.
Preganglionic Neuron: in the CNS. These contain a preganglionic axon
that synapses with the second motor neuron of the ANS. These
neurons usually contain thin nerve fibers that are lightly myelinated
18.
Sympathetic fibers originate in the: Thoracolumbar region of the
spinal cord.
19.
sympathetic ganglia lie near the: spinal cord
20.
The ANS is regulated primarily by the: hypothalamus.
21.
The first neuron has its cell body in the: CNS
22.
the second extends to: effectors
in the body (which includes cardiac and smooth muscle and glands).
23.
The sympathetic and parasympathetic divisions are distinguished by:: Their specific origin sites
The lengths of their fibers
Location of their ganglia
24.
what separates 2 neurons?: autonomic ganglion