PMU - 2nd/2t Semester Anatomy - CNS (Cerebellum)

Question

The cerebellum is located in the posterior cranial fossa:

Answer 1

It is in the dorsal part of the pons

Answer 2

The dentorubral tract starts from it.

Answer 3

The dentothalamic tract starts from it.

Answer 4

It receives afferents from Purkinje cells.

Answer 5

It receives afferents from olivocerebellar tract

Answer 6

Cuneocerebellar tract

Answer 7

Ventral spinocerebellar tract

Answer 8

Dorsal spinocerebellar tract

Answer 9

Olivocerebellar tract

Answer 10

Trigeminocerebellar fibers

Answer 11

Connects the cerebellum to the midbrain

Answer 12

Is primarily an efferent bundle of fibers

Answer 13

Represents the major output from the cerebellum

Answer 14

Contains dentatothalamic fibers

Answer 15

Contains the juxtarestiform body

Answer 16

The neocerebellar pathway influences the motor cortex via the ventral anterior thalamic nucleus

Answer 17

The dentatothalamic tract decussates in the midbrain

Answer 18

The corticopontocerebellar tract decussates in the base of the pons

Answer 19

The neocerebellum expresses itself via the corticospinal tract

Answer 20

The dentate nucleus is reciprocally connected with the inferior olivary nucleus

Answer 21

Contains four pairs of nuclei within its medullary body

Answer 22

Contains two pairs of cerebellar peduncles

Answer 23

Consists of a midline vermis and two lateral hemispheres

Answer 24

Is located infratentorially within the posterior fossa

Answer 25

Has a three-layered cortex

Answer 26

Projects to the red nucleus

Answer 27

Projects to the vesticular nuclei

Answer 28

Projects to the lateral ventral nucleus of the thalamus

Answer 29

Receives input from the superior olivary nucleus

Answer 30

Receives the olivocerebellar tract via the inferior cerebellar peduncle

Answer 31

Is derived from the alar plate

Answer 32

Develops from the rhombic lips

Answer 33

Is part of the metencephalon

Answer 34

Is part of the rhombencephalon

Answer 35

Is part of the brainstem

Answer 36

Receives input from climbing the mossy fibers

Answer 37

Receives inhibitory input from Purkinje cells

Answer 38

Gives rise to the superior cerebellar peduncle

Answer 39

Gives rise to the fascia dentata (dentate gyrus)

Answer 40

Projects to the ventral lateral nucleus of the thalamus

Answer 41

Lobulus simplex

Answer 42

Lobulus semilunaris superior

Answer 43

Lobulus biventer

Answer 44

Through the inferior cerebellar peduncle receives a large number of fibres which are associated with proprioception

Answer 45

Has connections with the frontal lobe through the superior cerebellar peduncle and thalamus

Answer 46

Has no grey matter other than that of the cerebellar cortex

Answer 47

Has a uniform structure throughout its cortex

Answer 48

Receives fibres from the olivary nucleus mainly of the same side.

Answer 49

Contain fibres most of which end in the cerebellar cortex

Answer 50

Form part of the lateral boundaries of the lower part of the fourth ventricle.

Answer 51

Contain fibres from the opposite olivary nucleus

Answer 52

Are medial to the glossopharyngeal nerves

Answer 53

Contain fibres from the vestibular nuclei of the same side.

Answer 54

Contain the fibres of the posterior spinocerebellar tract

Answer 55

Contain fibres whose cell bodies are usually in the cerebellar cortex

Answer 56

Contain fibres which go to the red nucleus

Answer 57

Contain fibres which decussate in the midbrain

Answer 58

Contain fibres which go to the thalamus.

Answer 59

Tractus cerebelloolivaris

Answer 60

Fibrae cerebelloreticularis

Answer 61

Tractus cerebellocochlearis

Answer 62

Tractus cerebellovestibularis

Answer 63

Tractus cerebellolenticularis

Answer 64

Vestibular nuclei

Answer 65

Forebrain cortex

Answer 66

Substantia nigra

Answer 67

Nucleus ambiguus

Answer 68

Red Nucleus

Answer 69

Tractus corticopontinus

Answer 70

Tractus pontocerebellaris

Answer 71

Fibae arcuatae

Answer 72

Tractus dentatoolivaris

Answer 73

Fibrae thalamocorticales

Answer 74

General conscious sensation

Answer 75

Specific conscious sensation

Answer 76

General unconscious sensation

Answer 77

Specific unconscious sensation

Answer 78

Only through the middle cerebellar peduncles

Answer 79

Only through the middle and inferior cerebellar peduncles

Answer 80

Through the superior cerebellar peduncles

Answer 81

Only through the inferior and superior cerebellar peduncles) .

Answer 82

Through the three peduncles

Answer 83

Lobulus simplex

Answer 84

Lobulus semilunaris superior

Answer 85

Lobulus biventer

Answer 86

Directly the somatomotor cell of the spinal cord

Answer 87

Only nuclei of the extrapyramid system

Answer 88

Nuclei of the extrapyramid system and diencephalon

Answer 89

Nucleus vestibularis lateralis

Answer 90

Are large pyramid cells

Answer 91

Are efferent cells of the cerebellar cortex

Answer 92

End by inhibitory synapses on the cerebellar nuclei

Answer 93

Their dendrites enter the molecular layer of the cerebellar cortex

Answer 94

Are GABA mediated

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PMU - 2nd/2t Semester Anatomy - CNS (Cerebellum)

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