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The Sensory Super Highway Challenge 1

Total questions: 18

Worksheet time: 11mins

Name
Class
Date
1.

Which sensory modalities are transmitted via the DCML system?"

a)

Pain and temperature

b)

Fine touch and proprioception

c)

Balance and coordination

d)

Crude touch and pressure

2.

Which structure in the spinal cord contains sensory fibers for fine touch from the lower limbs?

a)

Fasciculus cuneatus

b)

Fasciculus gracilis

c)

Lateral corticospinal tract

d)

Spinothalamic tract

e)

Dorsal root ganglia

3.

Among the following, which is the location of the dorsal column medial lemniscus tract?

a)

A

b)

B

c)

C

d)

D

4.

Which statement is related to the second order neuron in the dorsal column?

a)

A type of unipolar neuron.

b)

Decussates in the spinal cord.

c)

Receives impulses from the receptor.

d)

Transmits impulses to the cerebral cortex.

5.

What is the pathway for conscious proprioception impulses from the upper trunk?

a)

A

b)

B

c)

C

d)

D

6.

When the foot is touched, the sensation of touch travels to the brain through which structure?

a)

A

b)

B

c)

C

d)

D

7.

Which tract is responsible for transmitting pain and temperature sensations?

a)

Spinocerebellar tract

b)

Lateral spinothalamic tract

c)

Medial lemniscus tract

d)

Corticospinal tract

8.

which tract carries proprioceptive sensory information from the upper limbs to the brain?

a)

fasciculus gracilis (medial part of dorsal column)

b)

spinothalamic tract

c)

fasciculus cuneatus (lateral part of dorsal column)

d)

anterior corticospinal tract

9.

Which part of the brain processes fine touch and proprioception?

a)

Thalamus

b)

Cerebellum

c)

Medulla oblongata

d)

Primary somatosensory cortex

10.

What is the primary function of the fasciculus cuneatus?

a)

Transmit pain and temperature from the lower body

b)

Transmit fine touch and proprioception from the upper body

c)

Transmit balance information to the cerebellum

d)

Transmit motor signals to the limbs

11.

Where do the fibers of the DCML pathway decussate?

a)

In the spinal cord

b)

In the medulla oblongata

c)

In the midbrain

d)

In the thalamus

12.

Which of the following is a clinical sign of spinothalamic tract damage?

a)

Loss of proprioception and vibration sense

b)

Loss of pain and temperature sensation

c)

C. Muscle weakness and spasticity

d)

Inability to perform fine motor tasks

13.

Which of the following correctly describes the parts of the spinothalamic tract and their functions?

a)

The lateral spinothalamic tract carries fine touch, while the anterior spinothalamic tract carries proprioception.

b)

The anterior spinothalamic tract carries proprioception, and the lateral spinothalamic tract carries crude touch.

c)

The lateral spinothalamic tract carries pain and temperature, while the anterior spinothalamic tract carries crude touch and pressure.

d)

Both anterior and lateral spinothalamic tracts carry pain and temperature

14.

At which nervous system level does the spinothalamic tract decussate (cross over)?

a)

At the level of the Thalamus

b)

In the medulla

c)
At the level of the cortex
d)

At the level of the spinal cord near the point of entry

15.

The first-order neurons of the spinothalamic tract have their cell bodies located in the:

a)

Anterior horn of spinal cord

b)

Posterior horn of spinal cord

c)

Dorsal root ganglion

d)

Thalamus

16.

A patient has loss of pain and temperature sensation on the right side of the body, while vibration is preserved.Which of the following best explains this pattern of sensory loss?

a)

Damage to the right spinothalamic tract before decussation

b)

Damage to the left dorsal column after decussation

c)

Damage to the right dorsal column before decussation

d)

Damage to the left spinothalamic tract after decussation

17.

Which sequence correctly represents the order of neurones in the spinothalamic pathway?


a)

Dorsal root ganglion → thalamus → cerebral cortex

b)

Posterior horn → dorsal root ganglion → thalamus

c)

Dorsal root ganglion → posterior horn → thalamus → sensory cortex

d)

Posterior horn → anterior horn → thalamus → cortex

18.

which method of teaching you prefer

a)

lecture

b)

small group discussions

c)

flipped class room

d)

team based learnng

e)

practical