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Neuro Unit 4 Exam

Total questions: 51

Worksheet time: 38mins

Name
Class
Date
1.

A peripheral nerve injury would impair signals on which part of the primary neuron?

a)

Peripheral receptor site in the skin

b)

Axon from receptor to cell body

c)

Cell body in the dorsal root ganglion

d)

Axon from cell body to the CNS

2.

A patient lifts a cold can of soda to drink from. What peripheral receptors are activated? Select all that apply

a)

Mechanoreceptors

b)

Thermoreceptors

c)

Nociceptors

d)

Proprioceptors

e)

Chemoreceptors

3.

The distance between two points of contact does not change as you move from the elbow to the fingertip. What does this tell you about your patient's sensation?

a)

All sensation components are functioning normally

b)

Sensation is impaired in the distal upper limb

c)

Proprioception is impaired in the upper limb joints

d)

Sensation is impaired in the proximal upper limb

4.

A lesion is present in the mid-superior ventral medulla. Which of the following deficits are likely?

a)

Ipsilateral - Pain

b)

Contralateral - Temperature

c)

Ipsilateral - Proprioception

d)

Contralateral - Discriminative touch

e)

Ipsilateral - Motor

5.

Loss of pain and temperature on the right lower extremity indicate a lesion to what structure?

a)

Anterior Medulla

b)

Left anterior spinal cord

c)

Right thalamus

d)

Posterior spinal cord columns

e)

Right pre-central gyrus

6.

A patient suffers a middle cerebral artery stroke. Which of the following describe a potential deficit related to the spinothalamic (STHL) tract?

a)

Contralateral loss of proprioception from lower limb

b)

Ipsilateral loss of pain sensation in upper limb

c)

Contralateral loss of temperature sensation in upper limb

d)

Ipsilateral loss of upper limb tactile sensation

e)

Contralateral loss of upper and lower limb sensation

7.

Which of the following describes the structure of the sensory tract pathways?

a)

Efferent 2 neuron pathway

b)

Afferent 3 neuron pathway

c)

Efferent pathway with upper and lower neurons

d)

Afferent pathway with upper and lower neurons

8.

Which of the following receptors detect stimuli that exceeds normal ranges for temperature, pressure, stretch, or pH?

a)

Chemoreceptors

b)

Proprioceptors

c)

Thermoreceptors

d)

Nociceptors

e)

Mechanoreceptors

9.

Awareness of two points of contact on the skin refers to what type of sensation?

a)

Vibration

b)

Crude touch

c)

Proprioception

d)

2-point discriminatory fine touch

10.

The ability to differentiate objects by weight, size, texture, shape without the input of vision is referred to as which of the following?

a)

Crude touch

b)

Proprioception

c)

Graphethesia

d)

Stereognosis

11.

Injury to a single spinal cord segment would present in which of the following distributions?

a)

Limb distribution

b)

Dermatome distribution

c)

Peripheral nerve distribution

d)

Plexus distribution

12.

Where are the sensory tracts located in the spinal cord?

a)

Lateral and medial white matter

b)

Dorsal and ventral horns

c)

Dorsal and ventral white matter

d)

Ventral basis and lateral tegmentum

13.

What tract includes the medial lemniscus?

a)

Dorsal column tract

b)

Divergent tract

c)

Spinothalamic tract

d)

Spinocerebellar tract

14.

A lateral brainstem lesion in the medulla would impact which of the following tracts?

a)

Corticobulbar

b)

Spinothalamic

c)

Lateral corticospinal

d)

Dorsal columns

15.

A patient presents with deficits in pain and temperature in the upper right extremity. Where is the potential location of the lesion?

a)

Left dorsal horn of C7

b)

Left thalamus

c)

Left ventral spinal cord at L5

d)

Right medial somatosensory cortex

16.

Which of the following describes the sensory deficits observed with a stroke in the left internal carotid artery?

a)

Contralateral loss of pain and temperature in the upper limb

b)

Contralateral loss of all sensation in the upper and lower limb

c)

Ipsilateral loss of motor and sensory functions in the upper and lower limb

d)

Ipsilateral loss of proprioception in the lower limb

17.

Which of the following layers of the eye contain the cornea?

a)

Anterior Segment

b)

Retina

c)

Sclera

d)

Choroid

18.

Misalignment of the eyes due to impairment of the extra-ocular muscles results in which of the following deficits?

a)

Unilateral blindness

b)

Double vision

c)

Detached retina

d)

Glaucoma

19.

Which of the following terms describes medial deviation of one eye at rest when the other is aligned straight ahead?

a)

Anopsia

b)

Esotropia

c)

Diplopia

d)

Exotropia

20.

Changing the shape of which of the following structures allows for near and distant vision?

a)

Optic nerve

b)

Lens

c)

Cornea

d)

Retina

21.

Which of the following can be corrected with external lenses?

a)

Cataracts

b)

Mydriasis

c)

Glaucoma

d)

Myopia

e)

Miosis

22.

Which structure in the eye is formed by the sphincter and dilator papillae muscles?

a)

Ciliary body

b)

Retina

c)

Suspensory ligaments

d)

Cornea

e)

Iris

23.

Which of the following structures transmits light stimuli to neural signals?

a)

Iris

b)

Retina

c)

Cornea

d)

Optic nerve

24.

Which of the following is a potential cause of amaurosis fugax?

a)

Stroke to the occipital cortex

b)

Vertebrobasilar stroke

c)

Lesion to optic chiasm

d)

Occlusion of the internal carotid artery

25.

Which part of the retina composes our peripheral vision?

a)

Temporal retinas

b)

Macula

c)

Nasal retinas

d)

Blind spot

26.

Which of the following accurately describes the nerve fibers from the temporal retinas?

a)

Fibers transmit from the ipsilateral visual field

b)

Fibers cross in the optic chiasm

c)

Fibers terminate in the thalamus

d)

Fibers are ipsilateral from retina to occipital lobe

27.

Where do neurons in the optic tract synapse?

a)

Optic chiasm

b)

Retina

c)

Thalamus

d)

Occipital lobe

28.

The right visual field projects to which of the following?

a)

Left primary visual cortex

b)

Right thalamus

c)

Left nasal retina

d)

Right temporal retina

e)

Right optic tract

29.

A lesion to the optic chiasm would result in which of the following anapsias?

a)

Homonymous hemianopsia

b)

Ipsialteral blindness

c)

Bitemporal hemianopsia

30.

Homonymous hemianopsia in the right visual field occurs with lesions to which of the following locations?

a)

Right occipital lobe

b)

Right optic nerve

c)

Optic chiasm

d)

Left thalamus

e)

Left retina

31.

A lesion to the right optic nerve results in which type of deficit?

a)

Loss of stimuli from the left nasal and temporal retinas

b)

Loss of peripheral vision

c)

Ipsilateral blindness in the right eye

d)

Loss of vision from the left visual field

32.

A lateral brainstem lesion to the medulla would spare which of the following sensations?

a)

Pain

b)

Tactile sensation

c)

Temperature

d)

Crude touch

33.

A patient presents with deficits in pain and temperature in the upper left extremity. Where is the potential location of the lesion?

a)

Right ventral spinal cord at L5

b)

Right thalamus

c)

Left medial somatosensory cortex

d)

Right dorsal horn of C7

34.

A patient suffers a stroke to the right anterior cerebral artery. Which of the following best describes the potential complete deficits?

a)

Left lower extremity motor loss

b)

Right upper and lower motor and sensory loss

c)

Left lower extremity motor and sensory loss

d)

Right lower extremity loss of pain and temperature

e)

Left upper extremity motor and sensory loss

35.

A patient has complete loss of their peripheral vision. Where is the location of the lesion?

a)

Optic tract

b)

Optic chiasm

c)

Temporal retinas

d)

Primary visual cortex

36.

Which of the following receptors primarily contribute signals indicating body position?

a)

Mechanoreceptors

b)

Thermoreceptors

c)

Nociceptors

d)

Proprioceptors

37.

Where is the cell body located of the primary (1st order) sensory neuron?

a)

Dorsal horn

b)

Thalamus

c)

Dorsal root ganglion

d)

Ventral white matter

e)

Medial lemniscus

38.

Poorly localized pain travels to the CNS using which of the following pathways?

a)

Dorsal Column/Medial Lemniscus (DCML)

b)

Divergent

c)

Spinocerebellar

d)

Spinothalamic (STHL)

e)

Lateral corticospinal (LSCT)

39.

A lesion to which of the following locations would impair sensation from proprioceptors in the left lower limb?

a)

Right dorsal horn L5

b)

Right fascicles cuneatus C5

c)

Left thalamus

d)

Left fascicles gracilis L3

e)

Right inferior dorsal medulla

40.

A patient presents with loss of proprioception, pain, temperature in the left upper limb?

a)

Contralateral ventral white matter spinal cord

b)

Ipsilateral dorsal horn C8

c)

Contralateral dorsal horn L5

d)

Ipsilateral dorsal white matter spinal cord

e)

Ipsilateral thalamus

41.

What structure within the eye receives light and transitions into neural signals for the optic nerve?

a)

Cornea

b)

Macula

c)

Retina

d)

Lens

e)

Pupil

42.

In which of the following conditions does excess pressure on the retina develop from poor drainage of aqueous fluid within the anterior chamber?

a)

Glaucoma

b)

Homonymous heminopsia

c)

Amaurosis fugax

d)

Esotropia

e)

Macular degeneration

43.

Injury to the optic nerve would result in which of the following conditions?

a)

Homonymous hemianopsia

b)

Ipsilateral blindness

c)

Bitemporal hemianopsia

d)

Exotropia

e)

Macular degeneration

44.

Which of the following occurs with injury to the oculomotor nerve (CN III)?

a)

Mydriasis

b)

Exotropia

c)

Loss of accommodation

d)

Diplopia

e)

All of the above

45.

A patient fails to receive visual stimuli from the left visual field. Where is their potential injury?

a)

Midbrain

b)

Optic chiasm

c)

Right optic nerve

d)

Right primary visual cortex

e)

Left optic nerve

46.

Injury to the nasal retinas or crossing fibers of the visual tract result in what type of visual deficit?

a)

Homonymous hemianopsia

b)

Ipsilateral blindness

c)

COmplete anopsia

d)

Bitemporal hemianopsia

e)

Esotropia

47.

Which of the following describes the role of the medial longitudinal fascicules?

a)

Connect vestibular signals with the spinal cord

b)

Connects vestibular signals with a pathway to direct the eyes to work together

c)

Connects vestibular signals with a pathway to respond reflexively to sound

d)

Connects vestibular signals with the cerebral cortex

48.

Which of the following structures directly stimulates the hair cells in the cochlea with vibrations?

a)

Tectorial membrane

b)

Semicircular canals

c)

Perilymph

d)

Otoliths

e)

Tympanic membrane

49.

Which of the following structures senses rotational movement of the head?

a)

Cochlea

b)

Organ of Corti

c)

Semicircular canals

d)

Otoliths

e)

Stapes

50.

Which of the following would result in sensorineural hearing loss?

a)

Excessive ear wax

b)

Middle ear infection

c)

Ruptured tympanic membrane

d)

Chronic noise damage to the Organ of Corti

51.

Which of the following describes how sound is perceived within the primary auditory cortex?

a)

The auditory cortex receives 25% of signals from the contralateral ear

b)

The auditory cortex receives 100% of signals from the contralateral ear

c)

The auditory cortex receives 75% of signals from the contralateral ear

d)

The auditory cortex receives 100% of signals from the ipsilateral ear