Lecture 8 Flashcards

(57 cards)

1
Q

The ascending spinal tracts carry _____ information.

A

Sensory

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2
Q

The _______ spinal tracts carry motor information.

A

Descending

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3
Q

Posterior Dorsal Columns carry ______ information.

A

Vibration, two point discrimination, deep pressure, and conscious muscle sense.

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4
Q

Sensory information carried by the dorsal columns ducussate at the _______.

A

Medulla/brain stem

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5
Q

Anterior spinothalamic tracts carry _______ information.

A

light touch

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6
Q

Dorsal Column sends what sensory information?

A

Deep pressure, vibration, two point discrimination, conscious muscle sense

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7
Q

Information sent through the dorsal column terminates in the

A

contralateral somasensory cortex

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8
Q

Information in the Anterior Spinothalamic tract decussates in the

A

spinal cord

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9
Q

the anterior spinothalamic tract carry what sensory information?

A

light touch

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10
Q

Information carried in the Anterior spinothalamic tract terminates in the

A

contralateral somasensory cortex

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11
Q

What information is carried through the latreal spinothalamic tract?

A

pain and temperature

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12
Q

Information carried through the lateral spinothalamic tract decussates in the

A

spinal cord

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13
Q

information carried in the lateral spinothalamic tract terminates in the

A

contralateral somasensory cortex

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14
Q

Information sent through the Anterior spinocerebellar tract:

A

unconscious muscle and joint sense

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15
Q

Information carried through the anterior spinocerebellar tract decussates at:

A

Some in the spinal cord at entry, some do not.

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16
Q

Information transmitted through the anterior spinocerebellar tract terminates in the

A

cerebellum

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17
Q

Information carried in the posterior spinocerebellar tract:

A

Unconscious muscle and joint sense

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18
Q

Information carried through the posterior spinocerebellar tract decussates at:

A

It doesn’t

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19
Q

Information carried through the posterior spinocerebellar tract terminates in the

A

cerebellum

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20
Q

Information carried through Lateral corticospinal tract

A

voluntary muscle control of appendages

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21
Q

information carried through the lateral corticospinal tract decussates at

A

the medulla oblongata

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22
Q

information carried through the lateral corticospinal tract terminates at the

A

interneurons: alpha motor neurons of the cord

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23
Q

information carreid through the anterior corticospinal tract

A

voluntary movement of axial skeleton

24
Q

information carried through the anterior corticospinal tract decussates at

A

spinal cord at site of innervation

25
information carried through the anterior corticospinal tract terminates at the
interneurons
26
These tracts carry unconscious muscle and joint sense:
Anterior and posterior spinocerebellar tracts
27
This tract carries voluntary muscle control of appendages
Lateral corticospinal tract
28
This tract carries voluntary movement of axial skeleton
anterior corticospinal tract
29
This tract carries vibration, two point discrimination, deep pressure, and conscious muscle sense
dorsal columns
30
This tract carries light touch sensation
Anterior spinothalamic tract
31
This tract carries pain and temperature sensation
lateral spinothalamic tract
32
Tract that carries stimulation to the paracervical muscles to turn head toward a sound
olivospinal tract
33
Cranial Nerve responsible for smell:
Olfactory (I)
34
Cranial Nerve responsible for vision:
Optic (II)
35
Cranial Nerve responsible for sensory information from face and jaw
Trigeminal (V)
36
Cranial Nerve responsible for taste from anterior 2/3 of tongue
Facial (VII)
37
Cranial Nerve responsible for auditory information from cochlea and balance from semicircular canals and vestibule
Vestibulochochlear (VIII)
38
Cranial Nerve responsible for taste from posterior 1/3 of tongue
glossopharyngeal (IX)
39
Cranial Nerve responsible for taste from base of tongue and oropharynx
Vagus (X)
40
Cranial Nerve responsible for moving 4/6 extraocular muscles
Oculomotor (III)
41
Cranial Nerve responsible for moving the superior oblique extraocular muscle
Trochlear (IV)
42
Cranial Nerve responsible for moving muscles of mastication
Trigeminal (V)
43
Cranial Nerve responsible for moving the lateral rectus extraocular muscle (abducts the eye)
Abducens (VI)
44
Cranial Nerve responsible for moving all muscles of facial expression
Facial (VII)
45
Cranial Nerve responsible for stimulating skeletal muscles in the pharynx and larynx for swallowing
Glossopharyngeal (IX)
46
Cranial Nerve responsible for stimulating skeletal muscles in the pharynx and larynx for swallowing.(controls levator of soft pallet)
Vagus (X)
47
Cranial Nerve responsible for stimulating skeletal muscles in the pharynx and larynx for swallowing, stimulating the sternocleidomastoid muscle, and trapezius muscle.
Accessory (XI)
48
Cranial Nerve responsible for stimulating the tongue (clarity of speech)
Hypoglossal (XII)
49
Cranial Nerve responsible for close vision (contraction of cillary muscle, papillary constriction, and eyeball convergence)
Oculomotor (III)
50
Cranial Nerve responsible for stimulating salivation and lacrimal grands
Facial (IIV)
51
Bells palsy is caused by the loss of function of the _____ nerve.
Facial (VII)
52
Cranial Nerve responsible for bringign in cardiovascular sensory information fromt he carotid sinus, blood pressure and chemistry, and stimulating salivation of the parotid salivary gland.
Glossopharyngeal (IX)
53
Cranial Nerve responsible for sensory and motor for most of teh viscera, control stops at the level of the colon.
Vagus (X)
54
Loss of function of the hypoglossal nerve causes
deviation of tongue to side of damage
55
Nerves which control eyeball movement
Oculomotor (III), Trochlear (IV), Abducens (VI)
56
Nerves which control taste
Facial (VII), Glossopharyngeal (IX), Vagus (X)
57
Nerves which control swallowing
Glossopharyngeal (IX), Vagus (X), Accessory (XI), Hypoglossal (XII)