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Nervous Tissue and Cells

Total questions: 42

Worksheet time: 21mins

Name
Class
Date
1.

What is the primary composition of nervous tissue?

a)

Mainly extracellular space

b)

Primarily of cells with very little extracellular space

c)

Only neurons

d)

Only glial cells

2.

What is the function of neurons in the nervous tissue?

a)

Insulating cells

b)

Supporting cells

c)

Conducting cells

d)

Protecting cells

3.

What role do glial cells play in the nervous tissue? (Select 2.)

a)

Conducting signals

b)

Insulating and protecting neurons

c)

Producing myelin sheath

d)

Generating electrical impulses

4.

What is the function of dendrites in a neuron?

a)

They release neurotransmitters.

b)

They receive signals from other neurons.

c)

They produce the myelin sheath.

d)

They send signals to other neurons.

5.

What is the function of axons in a neuron?

a)

They release neurotransmitters.

b)

They receive signals from other neurons.

c)

They produce the myelin sheath.

d)

They send signals to other neurons.

6.

What is the myelin sheath?

a)

A part of the cell body.

b)

The conducting fiber of the neuron.

c)

An insulating fatty layer that speeds transmission.

d)

The part of the neuron that contains the nucleus.

7.

What is the significance of the Node of Ranvier?

a)

It is the site where the nucleus is located.

b)

It is the gap between myelin sheath segments that speeds up neural transmission.

c)

It is the part of the neuron that releases neurotransmitters.

d)

It connects dendrites to the cell body.

8.

What is the cell body of a neuron also called?

a)

Axon

b)

Dendrite

c)

Soma

d)

Synapse

9.

What does the nucleus of a neuron contain?

a)

Cytoplasm

b)

DNA

c)

Neurotransmitters

d)

Axon Terminals

10.

Where are axon terminals found, and what is their function?

a)

At the beginning of the axon, to receive neurotransmitters.

b)

At the far end of the axon, to send neurotransmitters to a neighboring cell.

c)

Inside the cell body, to produce DNA.

d)

On the dendrites, to receive information from other neurons.

11.

Which neurotransmitter is known as the "fight or flight" neurotransmitter?

a)

Serotonin

b)

Dopamine

c)

Adrenaline

d)

GABA

12.

What is the primary function of GABA as a neurotransmitter?

a)

Memory enhancement

b)

Calming

c)

Pleasure

d)

Concentration

13.

Which neurotransmitter is associated with pleasure?

a)

Noradrenaline

b)

Dopamine

c)

Acetylcholine

d)

Glutamate

14.

What role does serotonin play in the nervous system?

a)

It is a memory neurotransmitter

b)

It is a learning neurotransmitter

c)

It is a mood neurotransmitter

d)

It is a euphoria neurotransmitter

15.

What is the space between two neurons where neurotransmitters relay information called?

a)

Axon Terminal

b)

Dendrite

c)

Synapse

d)

Myelin Sheath

16.

What is the name of the structure that insulates the axon of a neuron?

a)

Node of Ranvier

b)

Dendrites

c)

Synaptic Bulbs

d)

Myelin Sheath

17.

What are the gaps along the myelin sheath called? They are involved in the propagation of electrical signals down the axon.

a)

Synaptic Bulbs

b)

Dendrites

c)

Nodes of Ranvier

d)

Schwann Cells

18.

How long can neurons vary in length?

a)

From a fraction of an inch to several inches

b)

From a fraction of an inch to several feet

c)

From a few millimeters to several meters

d)

From a few centimeters to several yards

19.

How many synapses does a typical neuron have?

a)

About 100 to 1,000 synapses

b)

About 1,000 to 10,000 synapses

c)

About 10,000 to 100,000 synapses

d)

About 100,000 to 1,000,000 synapses

20.

Can neurons regrow after being damaged?

a)

Yes, they can fully regrow

b)

Yes, but only partially

c)

No, they cannot regrow

d)

It depends on the type of neuron

21.

What is the function of afferent neurons?

a)

Transmit information from the CNS to the PNS

b)

Communicate information from the PNS to the CNS

c)

Connect different parts of the CNS

d)

Regulate the function of the PNS

22.

What type of cells are unipolar cells?

a)

Cells with multiple processes

b)

Cells with no processes

c)

Cells with only one process

d)

Cells with two processes

23.

What is another name for efferent neurons?

a)

Sensory Neurons

b)

Interneurons

c)

Motor Neurons

d)

Glial Cells

24.

What is another name for afferent neurons?

a)

Sensory Neurons

b)

Interneurons

c)

Motor Neurons

d)

Glial Cells

25.

What do efferent neurons communicate information between?

a)

The PNS to the CNS

b)

The CNS to the PNS

c)

The brain to the spinal cord

d)

The spinal cord to the muscles

26.

What is the characteristic of multipolar neurons?

a)

One dendrite and no axons

b)

Several axons and no dendrites

c)

One axon and several dendrites

d)

No axons and several dendrites

27.

What does the presence of several dendrites and branching axons in the nervous system indicate?

a)

The nervous system is simple with minimal integration

b)

The nervous system is linear with no integration

c)

The nervous system is complex with lots of integration

d)

The nervous system is uniform with no specialization

28.

What do afferent neurons carry?

a)

Motor information from the brain to the peripheral nervous system

b)

Sensory information from receptors in skin/other organs to the central nervous system

c)

Involuntary body responses

d)

Voluntary movement by skeletal muscles

29.

Where are interneurons found?

a)

Only in the Peripheral Nervous System (PNS)

b)

Only in the Central Nervous System (CNS)

c)

In both the CNS and PNS

d)

Outside the nervous system

30.

What is the role of interneurons?

a)

Connect the digestive and respiratory systems

b)

Connect the sensory and motor neurons

c)

Connect the upper and lower limbs

d)

Connect the left and right hemispheres of the brain

31.

What is the structural classification of interneurons?

a)

Unipolar

b)

Bipolar

c)

Multipolar

d)

Pseudounipolar

32.

What do interneurons form within the CNS?

a)

Simple reflex arcs

b)

Complex networking

c)

Linear pathways

d)

Independent circuits

33.

What type of glial cell is part of the Peripheral Nervous System?

a)

Astrocytes

b)

Microglia

c)

Schwann cells

d)

Oligodendrocytes

34.

Which glial cell is known for its role in immune defense in the Central Nervous System?

a)

Ependymal cells

b)

Schwann cells

c)

Satellite cells

d)

Microglia

35.

What is the function of the myelin sheath in neurons?

a)

It generates electrical impulses.

b)

It provides insulation that allows electrical impulses to transmit quickly and efficiently along the nerve cells.

c)

It connects different neurons together.

d)

It stores neurotransmitters for neuron communication.

36.

Which type of glial cells make the myelin sheath in the central nervous system (CNS)?

a)

Astrocytes

b)

Microglia

c)

Schwann cells

d)

Oligodendrocytes

37.

Which type of glial cells make the myelin sheath in the peripheral nervous system (PNS)?

a)

Astrocytes

b)

Microglia

c)

Schwann cells

d)

Oligodendrocytes

38.

What analogy is used in the image to describe the myelin sheath?

a)

A protective helmet

b)

A rubber insulation on an electric cord

c)

A plastic coating on a water pipe

d)

A metal casing around a cable

39.

What is one of the main functions of astrocytes in the CNS?

a)

Producing myelin sheath

b)

Forming and maintaining the blood-brain barrier

c)

Generating electrical impulses

d)

Conducting nerve signals

40.

What do satellite cells in the PNS contribute to?

a)

Synapse formation

b)

Blood flow regulation

c)

Myelin sheath production

d)

Mitochondrial transfer

41.

What is the function of ependymal cells?

a)

Injury repair of neuronal networks

b)

Forming an epithelial lining and production of cerebrospinal fluid

c)

Waste removal from the brain

d)

Nutrient supply to the brain

42.

Which of the following is NOT a function of cerebrospinal fluid?

a)

Nutrient supply to the brain

b)

Waste removal

c)

All are

d)

Protection of the brain