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Nerve Tissue

Total questions: 23

Worksheet time: 12mins

Name
Class
Date
1.

Progenitor cells for neurons and glial cells of peripheral nerves are directly derived from what embryonic structure(s)?

a)

Neural folds

b)

Neural crest

c)

Neural tube

d)

Neural plate

e)

Somites

2.

What are the most numerous cells of the central nervous system?

a)

Neurons of the gray matter

b)

Oligodendrocytes of the white matter

c)

Astrocytes

d)

Ependymal cells

e)

Microglial cells

3.

Flattened epithelial-like fibroblasts in what connective tissue layer immediately surround the grouped axons of a large peripheral nerve?

a)

Perineurium

b)

Schwann sheath

c)

Epineurium

d)

Endoneurium

e)

Dura mater

4.

The central nervous system is surrounded by layers of support tissue collectively called the meninges. Which part of the meninges directly contacts cells of the neural tissue?

a)

Dura mater

b)

Subarachnoid space

c)

Arachnoid mater

d)

Ependymal layer

e)

Pia mater

5.

Which of the following best describes a “peripheral nerve”?

a)

An axon and cell body of a single neuron

b)

A structure with nerve processes of many neurons, including both afferent and efferent fibers

c)

A structure with many processes originating from a single neuron

d)

A structure with unmyelinated fibers typically surrounding a central area of myelinated fibers

e)

A structure with many axons, each of which is surrounded by multiple layers from Schwann cells

6.

You read in a pathology report that a patient has peripheral neuropathy with partial demyelination in the larger nerves of the lower limbs. You know immediately that this involves what cells?

a)

Satellite cells

b)

Bipolar neurons

c)

Oligodendrocytes

d)

Schwann cells

e)

Astrocytes

7.

Accumulations or plaques of proteins between CNS neurons is one classic pathologic feature of Alzheimer’s disease. These proteins stimulate activity of what local cell related to the monocyte lineage with an immunosurveillance role in the brain?

a)

Astrocytes

b)

Satellite cells

c)

Microglia

d)

Schwann cells

e)

Oligodendrocytes

8.

Which part of a synapse is most likely to show the presence of secretory vesicles in a transmission electron micrograph? 

a)

Schwann cell

b)

Terminal bouton

c)

Primary synaptic cleft

d)

Secondary synaptic cleft

e)

Postsynaptic cell

9.

Dense irregular connective tissue comprises what layer in large peripheral nerves?  

a)

Perineurium

b)

Dura mater

c)

Epineurium

d)

Endoneurium

e)

Arachnoid layer

10.

In many peripheral nerves there are long neurons whose axons end with junctions at muscle fibers. Where are the perikarya of these neurons located?

a)

In gray matter of the spinal cord

b)

In white matter of the spinal cord

c)

In ganglia

d)

Just outside the muscle the axons innervate

e)

In the cerebellum

11.

The ventricles of the brain are filled with cerebrospinal fluid and lined by what cells?

a)

Astrocytes

b)

Cells of the pia mater

c)

Satellite cells

d)

Ependymal cells

e)

Purkinje cells

12.

Nodes of Ranvier represent the junctions between successive Schwann cells along an axon. Where are these nodes found in nervous tissue?

a)

White matter of the CNS

b)

Myelinated axons of peripheral nerves

c)

All peripheral nerves

d)

Both white and gray matter of the CNS

e)

In ganglia

13.

What property or structure common to almost all animal cells is utilized by neurons in their specialized conduction of a nerve impulse?

a)

Microtubules

b)

Electron transport system

c)

Microfilaments

d)

Contractility

e)

Excitability

14.

Remodeling of synaptic connections in the central nervous system occurs as needed throughout one’s life. This represents primarily which of the following?

a)

Formation of new neurons

b)

Changes in axonal targeting

c)

Progenitor cell proliferation

d)

Neural plasticity

e)

Neural stem cell proliferation

15.

In the central nervous system the microenvironments of perikarya, synapses, and capillaries are all surrounded by and regulated by what processes from what glial cell?

a)

Ependymal cells

b)

Schwann cells

c)

Astrocytes

d)

Satellite cells

e)

Microglia

16.

What is the term for aggregations of neuronal cell bodies lying in peripheral sites outside the central nervous system?

a)

Terminal boutons

b)

Perikaryons

c)

Ganglia

d)

Nuclei

e)

Perineurium

17.

Neuronally associated satellite cells are found in what region or structures of the nervous system?

a)

Ganglia of the peripheral nervous system

b)

White matter

c)

Gray matter

d)

Unmyelinated axons

e)

Cortex of the cerebellum

18.

Where in a typical synapse are receptors for the neurotransmitters located?

a)

In the presynaptic membrane

b)

In the postsynaptic membrane

c)

In the terminal bouton

d)

White matterIn the synaptic cleft

e)

In the membranes of surrounding satellite cells

19.

The functional significance of the material generally referred to as “Nissl substance” is reflected in its neuronal location. What is its location?

a)

In the perikaryon

b)

Outside the neurons, surrounding perikaryons and axons

c)

In the axon and dendrites

d)

In the axon only

e)

In the neuron’s nucleus

20.

Patients with cerebral edema (swelling) may have cognitive deficits and reduced function within the blood-brain barrier. What are the two most important cell types in forming this CNS “barrier”?

a)

Capillary endothelial cells and oligodendrocytes

b)

Astrocytes and ependymal cells

c)

Astrocytes and capillary endothelial cells

d)

Microglial cells and capillary endothelial cells

e)

Schwann cells and capillary endothelial cells

21.

Identify the pointed structure labeled as B

a)

Epineurium

b)

Perineurium

c)

Endoneurium

d)

Exoneurium

22.

Which type of glial cell is NOT derived from the neuroepithelial stem cell?

a)

Satellite cells

b)

Microglial cell

c)

Ependymal cells

d)

Oligodendrocytes

e)

Schwann cells

23.

An impulse in the red arrow region would cause an _______, releasing neurotransmitter molecules onto the violet arrow region via exocytosis. These molecules would bind to the receptors in the blue arrow region, which then results to an _______

a)

influx of potassium,

efflux of sodium

b)

influx of calcium, efflux of sodium

c)

efflux of sodium, efflux of calcium

d)

efflux of calcium, influx of sodium

e)

Influx of calcium, influx of sodium