Previous year Quizz 2

Question

Smell disorders are frequently caused by ...

Answer 1

Neurodegenerative diseases

Answer 2

Skull fractures

Answer 3

Side effects of drugs

Answer 4

Diabetes mellitus Type I

Answer 5

Kallmann Syndrome

Answer 6

is involved in triggering of reflexive saccades

Answer 7

inhibits unwanted reflexive saccades

Answer 8

is the source of a cortico-cerebellar projection modulating the vestibulo-ocular reflex

Answer 9

is rarely affected in neurodegenerative disorders

Answer 10

is intact when antisaccades are directed towards the target

Answer 11

are all GABAergic

Answer 12

receive primary afferent input from NGF responsive sensory neurons

Answer 13

process proprioceptive information

Answer 14

process exclusively thermal information from the periphery

Answer 15

are mostly projection neurons

Answer 16

also respond well to the chili pepper compound capsaicin

Answer 17

can sometimes also respond to noxious cold

Answer 18

respond to no other type of stimuli

Answer 19

almost always respond to noxious mechanical stimuli

Answer 20

are never polymodal

Answer 21

The structure labeled with red arrows contains migrating cells of the rostral migratory stream

Answer 22

The structure labeled with red arrows contains axons of mitral cells

Answer 23

The structure labeled as “Am” is part of the temporal lobe and target of mitral cell axons

Answer 24

The asterisk (*) shows the third ventricle

Answer 25

The black arrow points at the anterior part of the insular cortex

Answer 26

Group Ia spindle afferents

Answer 27

Thinly myelinated Aδ-fibers

Answer 28

Large myelinated AB−fibers

Answer 29

Sympathetic efferent fibers

Answer 30

Merkel disk afferent fibers

Answer 31

controlled by the dorsolateral prefrontal cortex

Answer 32

dependent on omnipause neurons in the brainstem

Answer 33

visible at the patient’s bedside

Answer 34

investigated by antisaccade testing

Answer 35

dependent on Brodmann’s area 46

Answer 36

indicate dysfunction of the prepontine paramedian reticular formation

Answer 37

occur with lesions affecting the oculomotor nuclei

Answer 38

indicate dysfunction of omnipause neurons in the nucleus raphe interpositus

Answer 39

occur with lesions affecting Brodmann's area 46 in the prefrontal cortex

Answer 40

are a sign of frontal eye field dysfunction

Answer 41

May be reduced by centrally acting drugs

Answer 42

Depends on activity of premotor burst neurons in the brainstem reticular formation

Answer 43

Is reduced in neurodegenerative disorders affecting the brainstem reticular formation

Answer 44

Is normal in Parkinson’s disease

Answer 45

Is always accompanied by disorders of saccade accuracy

Answer 46

Unmyelinated C-fibers

Answer 47

γ−motor fibers

Answer 48

Thinly myelinated Aδ-fibers

Answer 49

Large myelinated A-fibers

Answer 50

Sympathetic efferent fibers

Answer 51

Diseases affecting the cerebellar hemispheres

Answer 52

Disturbed vergence

Answer 53

Diseases affecting the cerebellar flocculus and/or dorsal vermis

Answer 54

Lesions affecting the dorsolateral prefrontal cortex

Answer 55

Parkinson’s disease

Answer 56

Vestibulo-ocular reflex

Answer 57

Smooth pursuit

Answer 58

Nucleus raphe interpositus

Answer 59

Nucleus prepositus hypoglossi

Answer 60

Oculomotor nuclei

Answer 61

Nucleus principalis nervi trigemini

Answer 62

Prepontine paramedian reticular formation

Answer 63

Olfactory loss can be an early sign of Parkinson’s disease.

Answer 64

Olfactory loss is rarely seen in elderly people.

Answer 65

Olfactory loss is commonly associated with brain lesion after stroke.

Answer 66

Olfactory loss is not associated with Huntington’s disease.

Answer 67

Olfactory loss can be an early sign of measles.

Answer 68

bitter through caffeine

Answer 69

umami through glutamate

Answer 70

sour through vinegar

Answer 71

hot through capsaicin

Answer 72

sweet through sucrose

Answer 73

environmental pollution.

Answer 74

neurodegenerative diseases.

Answer 75

drug abuse.

Answer 76

sinunasal diseases.

Answer 77

head trauma.

Answer 78

is an endogenous mediator of inflammatory pain in growing individuals

Answer 79

can activate p75 to produce hyperalgesia

Answer 80

stimulates mast cell proliferation

Answer 81

activates the sortillin receptor

Answer 82

can kill adult sensory neurons

Answer 83

Controls the vestibulo-ocular reflex

Answer 84

Controls accuracy of saccades

Answer 85

Transforms a saccade velocity signal into a tonic signal for gaze holding in eccentric positions

Answer 86

Determines saccade velocity by integrating activity of neurons in oculomotor nuclei

Answer 87

Is involved in generating vergence eye movements

Siguiente

Previous year Quizz 2

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Resumen del Recurso

Pregunta 1

Pregunta 2

Pregunta 3

Pregunta 4

Pregunta 5

Pregunta 6

Pregunta 7

Pregunta 8

Pregunta 9

Pregunta 10

Pregunta 11

Pregunta 12

Pregunta 13

Pregunta 14

Pregunta 15

Pregunta 16

Pregunta 17

Pregunta 18

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	Creado por Alba Del Rio Serrato hace casi 7 años