Questions with chapter 1
Question 1
What does cell theory mean?
- Humans have a higher-order soul that is located in three cells (ventricles) of the brain.
- Areas in the brain communicate through cells with long spurs, also called neurons.
- The brain consists of different cells (areas) that all have their own function, such as the subcortical cell for vigilance and attention.
Question 2
In what way did Franz Joseph Gall test his views?
- He conducted clinical interviews with patients to assess both their behaviour and potential head injuries.
- He believed that people learn everything (associationism) and looked at brain damage per individual, without drawing general conclusions about brain functions.
- He investigated patients post-mortem, and related brain damage to the behaviour they exhibited.
- By feeling on the head where the lump is located, one should be able to determine the regions on the cortex at which different functions are located.
Question 3
Why did Luria offer a solution to the holistic problem, that balanced between holistic and localisationist views?
- He thought that a behavioural disorder can never be directly related to the intactness of specific areas, but at the same time he found that an accurate analysis can show a disturbed factor.
- The idea that the brain consists of different zones put the localisationists out of play.
- He saw the brain as a system in which each sub-area makes its own contribution to a general function, whereby the theory was holistic, but also connected to the localisationists.
- The secondary zones, for multimodal integration, were the alternative to localisation that the holists had not yet found.
Question 4
Which of the following functions are present in computer models that simulate cognitive functions, but that are not common with cognitive functions in the brain?
- If buttons are damaged, the entire function will not be lost, but part of the information will be lost.
- A small part of the information can activate an entire memory track.
- Learning by trial and error.
- The nodes communicate with each other through specific electrical reactions that occur after a certain value is exceeded.
Answers with chapter 1
Question 1
A. Humans have a higher-order soul that is located in three cells (ventricles) of the brain.
Question 2
C. He investigated patients post-mortem, and related brain damage to the behaviour they exhibited.
Question 3
A. He thought that a behavioural disorder can never be directly related to the intactness of specific areas, but at the same time he found that an accurate analysis can show a disturbed factor.
Question 4
D. The nodes communicate with each other through specific electrical reactions that occur after a certain value is exceeded.
Questions with chapter 2
Question 1
What does the diagnostic cycle consist of?
- Complaints analysis, problem analysis, diagnosis, treatment.
- Complaints analysis, problem analysis, diagnosis, indication for treatment.
- Observation, interpretation, treatment.
- Case history, test taking, test interpretation, assessment.
Question 2
In which of the following situations does an interview with the informant provide the most information?
- Els (27) moved last year, she has got a new job and her mother is seriously ill. Since a few weeks she is not able to pay attention to her work and she has fatigue problems.
- Henk (54) goes to a psychologist because of problems with his wife. According to her, he has changed a lot lately: he doesn't listen to her problems, eats a lot of unhealthy food and seems irritated quickly. Henk himself does not agree with his wife and thinks nothing is wrong.
- A few months ago, Peter (21) was involved in a car accident. Since then he doesn't like to get in the car anymore. Sometimes he has panic attacks.
- Vivian (37) and her husband have filed for divorce. She notices that her mood has changed: she is often sad, cries a lot and wonders how to proceed if she is on her own.
Question 3
Which question is not related to validity?
- To what extent does the score on number series really say something about the working memory?
- Does a patient with an extremely low score on reaction time suffer from cognitive impairment in her daily life?
- Does the test measure what it appears to measure at first sight?
- To what extent are the results of a test the same if they are collected at another time?
Question 4
Mr. Jones (87) gets a lower score on the Stroop test than expected. Afterwards he tells that he was very nervous and had barely slept the night before. In this case we speak of
- disturbance factors.
- low ecological validity.
- low Cohen's kappa.
- inadequate observation by the test leader.
Answers with chapter 2
Question 1
B. Complaints analysis, problem analysis, diagnosis, indication for treatment.
Question 2
B. Henk (54) goes to a psychologist because of problems with his wife. According to her, he has changed a lot lately: he doesn't listen to her problems, eats a lot of unhealthy food and seems irritated quickly. Henk himself does not agree with his wife and thinks nothing is wrong.
Question 3
D. To what extent are the results of a test the same if they are collected at another time?
Question 4
A. disturbance factors.
Questions with chapter 3
Question 1
What is the difference between clinical neuropsychological examination and fundamental research?
- Basic research is done by scientists and clinical neuropsychological research is not.
- Clinical neuropsychological assessment looks at patients; fundamental research only deals with underlying theories.
- Fundamental research is concerned with differential diagnosis; clinical neuropsychological assessment with answering questions.
- Clinical neuropsychological research looks at the impairments and the course of a disorder; fundamental research is concerned with understanding the disorder and related brain structures.
Question 2
In which of the following research situations is longitudinal research involved?
- 100 parents of children with epilepsy are approached via the hospital. If the parents give permission for the assessment, the child is asked every five years to fill in a questionnaire and there is made an fMRI scan. After ten of these measurements, so fifty years later, the data is analyzed.
- Patient FD is being examined because of serious psychoses after an accident at work. He has to complete several questionnaires and a scan of his brain is made.
- Researchers are conducting a major investigation into autism. There are five age groups: 10-19, 20-29, 30-39, 40-49 and 50+. 10 men and 10 women per age group are approached for a study that lasts about one day.
- Researchers want to know if a drug for depression also works when someone is diagnosed with ADHD. Their research consists of four groups: one group with ADHD and the drug, one group with ADHD and a placebo, one group without ADHD and with the drug and one group without ADHD and with placebo. After the intervention, the depression scores of the different groups are compared.
Question 3
Which of the following research situations is a single-case study?
- 100 parents of children with epilepsy are approached via the hospital. If the parents give permission for the assessment, the child is asked every five years to fill in a questionnaire and there is made an fMRI scan. After ten of these measurements, so fifty years later, the data is analyzed.
- Patient FD is being examined because of serious psychoses after an accident at work. He has to complete several questionnaires and a scan of his brain is made.
- Researchers are conducting a major investigation into autism. There are five age groups: 10-19, 20-29, 30-39, 40-49 and 50+. 10 men and 10 women per age group are approached for a study that lasts about one day.
- Researchers want to know if a drug for depression also works when someone is diagnosed with ADHD. Their research consists of four groups: one group with ADHD and the drug, one group with ADHD and a placebo, one group without ADHD and with the drug and one group without ADHD and with placebo. After the intervention, the depression scores of the different groups are compared.
Question 4
What is a reason to use a control test?
- To see if there is a difference between the experimental group and the control group.
- To see if the usual test yields a different average score than the control test.
- To see if there is a specific effect on function X after treatment.
- To see if there is no placebo effect.
Question 5
There is a test-retest effect when ...
- ... the patient scores better on a test due to familiarity with the instructions and the situation.
- ... the patient scores better on a test when he / she practiced at home.
- ... the test measures slightly differently with a second patient than with the first patient.
- ... the same patient gets a completely different score, when conducting the same test for the second time.
Answers with chapter 3
Question 1
D. Clinical neuropsychological research looks at the impairments and the course of a disorder; fundamental research is concerned with understanding the disorder and related brain structures.
Question 2
A. 100 parents of children with epilepsy are approached via the hospital. If the parents give permission for the assessment, the child is asked every five years to fill in a questionnaire and there is made an fMRI scan. After ten of these measurements, so fifty years later, the data is analyzed.
Question 3
B. Researchers are conducting a major investigation into autism. There are five age groups: 10-19, 20-29, 30-39, 40-49 and 50+. 10 men and 10 women per age group are approached for a study that lasts about one day.
Question 4
C. To see if there is a specific effect on function X after treatment.
Question 5
A. ... the same patient gets a completely different score, when conducting the same test for the second time.
Questions with chapter 4
Question 1
Which statement about a CT scan is correct?
- The difference between white and gray matter can be clearly seen on the image of a CT scan.
- A CT scan works through the transmission of X-rays.
- A CT scan has the advantage that it provides a higher resolution than an MRI scan.
- A CT scan results in less carcinogenic radiation than an MRI scan.
Question 2
How does functional imaging differ from structural imaging?
- Functional imaging can be used in mental disorders; structural imaging can be used for brain damage caused by strokes or accidents.
- Functional imaging can be used for brain damage caused by strokes or accidents; structural imaging can be used in mental disorders.
- Functional imaging does not show which areas are active, but structural imaging does.
- Functional imaging shows which areas are active, structural imaging not.
Question 3
Which statement about fMRI is true?
- With fMRI, hemoglobin is used as a natural contrast fluid.
- fMRI is quite harmful.
- With fMRI, water is made radioactive, after which the use of oxygen can be mapped.
- fMRI delivers images with a very good temporal resolution.
Answers with chapter 4
Question 1
B. A CT scan works through the transmission of X-rays.
Question 2
D. Functional imaging shows which areas are active, structural imaging not.
Question 3
A. With fMRI, hemoglobin is used as a natural contrast fluid.
Questions with chapter 5
Question 1
Patient P. has brain damage as a result of a collision. For a while his cognitive functioning seems to improve, but after a year this progress stops. P., however, learns to cope better with his reduced ability to pay attention, and his forgetfulness. Learning to handle this better is also called:
- Positive residual symptoms.
- Negative residual symptoms.
- Recovery at a neurological level.
- The restorative flow of rehabilitation.
Question 2
What is the term for the lack of progress that patient P. experiences (previous question)?
- Suboptimal coping.
- Neurological end state.
- Plasticity.
- Growing into deficit.
Question 3
Which statement about plasticity is not true?
- Plasticity is a lifelong process.
- The degree of plasticity depends on the stage of development.
- Research supports the Kennard principle: the prognosis after brain damage at a young age is better than the prognosis after brain damage at a later age.
- Research supports the double hazard hypothesis: younger children who suffer serious injuries have the worst prognosis.
Question 4
What does state dependent learning mean?
- That learning depends on the emotional state of a patient.
- That learning depends on the degree of brain damage of a patient.
- That learning depends on the context in which the learning takes place.
- That learning is impossible without patient motivation.
Question 5
Which statement about training for brain damage is true?
- Much evidence has been found for the effectiveness of training courses that fall under the restorative model.
- Skills training is an example of training that belongs to the compensatory model.
- In psychoeducation, a patient explains experiences to peers in order to increase social support.
- Function training is an example of a training that belongs to the compensatory model.
Answers with chapter 5
Question 1
A. Positive residual symptoms.
Question 2
B. Neurological end state.
Question 3
C. Research supports the Kennard principle: the prognosis after brain damage at a young age is better than the prognosis after brain damage at a later age.
Question 4
C. That learning depends on the context in which the learning takes place.
Question 5
B. Skills training is an example of training that belongs to the compensatory model.
Questions with chapter 6
Question 1
Which statement about processing sensory information is incorrect?
- All primary sensory areas are modality specific.
- The primary visual cortex is at the center of the occipital lobe.
- In the tertiary areas there is a link with other sensory information.
- Face recognition falls under the primary visual area (V1).
Question 2
What is the difference between the where route and the what route?
- The where route is in the occipito-parietal area; the what-route is in the occipito-temporal region.
- The where route focuses primarily on where a stimulus is located in the visual field; the what route focuses primarily on how that stimulus moves.
- The where route only processes basic information; the what route serves to process more complex information.
- The where route is involved in visually-spatial processing and location of objects; The what route is involved in the recognition of objects and the processing of color, shape and texture.
Question 3
Patient Q. only sees pale tones. A scan shows that this is the result of a lesion. What does Q. probably have?
- Prosopagnosia.
- Akinetopsia.
- Achromatopsia.
- An apperceptive agnosia.
Question 4
Which statement about prosopagnosia is not true?
- People with prosopagnosia cannot recognize the faces of others, but the image of their own face in the mirror always remains intact.
- Prosopagnosia is often the result of a bilateral lesion in the occipital-temporal region.
- The fusiform face area plays an important role in prosopagnosia.
- Prosopagnosia is a higher-order visual disorder.
Question 5
How does the recognition of faces work out, according to the Bruce and Young model?
- After activating the person identity node (PIN), the face recognition unit (FRU) is activated, after which the person's name can be retrieved.
- After activating the face recognition unit (FRU), the person identity node (PIN) is activated, after which the person's name can be retrieved.
- After activating the person identity node (PIN), the person's name is retrieved, after which the face recognition unit (FRU) can be activated.
- After activating the face recognition unit (FRU), the name of the person is retrieved, after which the person identity node (PIN) can be activated.
Answers with chapter 6
Question 1
C. In the tertiary areas there is a link with other sensory information.
Question 2
D. The where route is involved in visually-spatial processing and location of objects; The what route is involved in the recognition of objects and the processing of color, shape and texture.
Question 3
C. Achromatopsia.
Question 4
A. People with prosopagnosia cannot recognize the faces of others, but the image of their own face in the mirror always remains intact.
Question 5
B. After activating the face recognition unit (FRU), the person identity node (PIN) is activated, after which the person's name can be retrieved.
Questions with chapter 7
Question 1
What sub-domains does spatial memory consist of?
- Learning and remembering routes, dynamic spatial information and the memory for object-locations.
- Landmarks, allocentric knowledge and self-centered knowledge.
- The spatial working memory, allocentric knowledge and self-centered knowledge
- Learning and remembering routes, the spatial working memory and the memory for object-locations.
Question 2
Patient L. suffers from unilateral neglect due to damage in the left hemisphere. He is instructed to draw a house. What does L. draw?
- L. draws something completely different than a house.
- L. only draws one half of the house.
- L. only draws the top of the house.
- L. draws a house, but draws the door and the windows outside the house.
Question 3
On a task, L. (question 2) can recognise a figure when just one is offered. However, when several figures are presented, he no longer notices. What's this called?
- Extinction.
- Partial neglect.
- Bilateral neglect.
- Attention neglect.
Question 4
Patient F. can find the way to her home well, but since she has a brain lesion she has been unable to remember the route to the book club, of which she has recently become a member. F. possibly suffers from ... :
- self-centered disorientation.
- Bálint-Holmes syndrome.
- anterograde disorientation.
- neglect.
Question 5
Which of the following statements is not true for Bálint-Holmes syndrome?
- For patients, the world appears to be a chaotic collection of single objects.
- There is simultanagnosia, oculomotor apraxia and optical ataxia.
- Despite the limitation, patients are able to move around the world.
- There is bilateral damage to the occipito-parietal area.
Answers with chapter 7
Question 1
D. Learning and remembering routes, the spatial working memory and the memory for object-locations.
Question 2
B. L. only draws one half of the house.
Question 3
A.- Extinction.
Question 4
C. anterograde disorientation.
Question 5
C. Despite the limitation, patients are able to move around the world.
Questions with chapter 8
Question 1
Which of the following is not a part of the long-term memory (LTM)?
- The declarative memory.
- The implicit memory.
- The phonological loop.
- The semantic memory.
Question 2
Patient F. (78) has difficulty recalling events, but when she sits down at a piano, she can still play pieces of music she learned in her childhood. Which part of her memory is not damaged?
- The implicit memory.
- The explicit memory.
- The declarative memory.
- The working memory.
Question 3
Which three factors determine how well information can be remembered later?
- How well the information is stored, cues and the type of test.
- Cues, the degree of transfer and the type of test.
- Cues, the retention interval and the degree of transfer.
- How well the information is stored, the retention interval and the type of test.
Question 4
Which of the processes below are part of the non-declarative long-term memory?
- Remembering a word list.
- The faster recognition of a word when a concept related to the word just has been shown.
- Being able to imagine the layout of your house.
- Remembering a special event.
Question 5
When does the amnestic syndrome occur?
- If the patient has both anterograde and retrograde amnesia.
- If the patient has anterograde amnesia.
- If the patient has retrograde amnesia.
- If there is abnormally quick forgetting.
Question 6
Which statement about transient global amnesia (TGA) is true?
- Amnesia does not get better in TGA; the patient always keeps having memory problems.
- The etiology of TGA is very clear.
- Sometimes epilepsy is the cause of TGA. We then speak of a transient epileptic amnesia (TEA).
- Psychiatric disorders such as depression or schizophrenia can never be the cause of TGA.
Answers with chapter 8
Question 1
C. The phonological loop.
Question 2
A. The implicit memory.
Question 3
D. How well the information is stored, the retention interval and the type of test.
Question 4
B. The faster recognition of a word when a concept related to the word just has been shown.
Question 5
A. If the patient has both anterograde and retrograde amnesia.
Question 6
C. Sometimes epilepsy is the cause of TGA. We then speak of a transient epileptic amnesia (TEA).
Questions with chapter 9
Question 1
What information about words can be found in the mental lexicon?
- Attributes related to meaning, form, and phonetic attributes.
- Attributes related to meaning, grammatical attributes, and characteristics relating to form.
- Similarities between words, connections between words and differences between words.
- Similarities between words, grammatical properties and information about sentence structure.
Question 2
Patient A. has a severe form of aphasia. The neuropsychologist asks her various questions and takes a number of tests, but she only answers "I don't know" and "how do you say that". What do you call this form of automatic speech?
- Echolalia.
- Serial speech.
- Stereotype.
- Perseveration.
Question 3
Patient U. has a severe form of aphasia. He wants to say that his wife came to visit yesterday and he got cookies. He does this as follows: "Jessie... visit ... yesterday ... I .... get a cake ..." What is this form of sentence construction problem called?
- Agrammatism.
- Paragrammatism.
- Pseudogrammatism.
- Antigrammatism.
Question 4
In what case do we speak of Broca's aphasia?
- If the speech is fluent, but the concept of language is impaired.
- If the concept of language is intact, but speech and articulation are impaired.
- If the biggest problem is that words cannot be repeated.
- If speech, language comprehension and repetition are impaired.
Question 5
Tests show that patient F. has an intact concept of language. There is no paragrammatism, there are no paraphasias, a slowed rate of speech or agrammatism. When F. talks, she clearly has serious problems finding words. What form of aphasia does F. probably have?
- Broca's aphasia.
- Wernicke's aphasia.
- Transcortical aphasia.
- Amnestic aphasia.
Question 6
What is the difference between dyspraxia and dysarthria?
- In dyspraxia, something goes wrong when programming articulating organs; in dysarthria there is reduced control over the muscles used for articulation.
- In dyspraxia patients have difficulty writing; patients with dysarthria have difficulty reading.
- In dyspraxia patients have difficulty with longer words; in dysarthria patients have difficulty with consonant clusters.
- In dyspraxia patients have brain damage or damage to the central nervous system; in dysarthria patients have muscle damage.
Answers with chapter 9
Question 1
B. Attributes related to meaning, grammatical attributes, and characteristics relating to form.
Question 2
C. Stereotype.
Question 3
A. Agrammatism.
Question 4
B. If the concept of language is intact, but speech and articulation are impaired.
Question 5
D. Amnestic aphasia.
Question 6
A. In dyspraxia, something goes wrong when programming articulating organs; in dysarthria there is reduced control over the muscles used for articulation.
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