Week 2 Flashcards

(99 cards)

1
Q

Cognitive process involve:
attentional skills,
working memory, and

A

inhibition/self-control

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2
Q

Attentional skills require volition and

A

inhibition

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3
Q

Focused attention is associated with the - process of attention, primarily in the _ lobes, and the _ _

A

top-down
frontal
basal ganglia

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4
Q

Stimulus-driven attention-distractibility is associated with the - process of attention, primarily in the _, and / lobes

A

bottom-up
brainstem
parietal/temporal lobes

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5
Q

Why do some autistic individuals have issues with attention?

A

their acute senses may be distracting

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6
Q

Effects of the _ _ are associated with poorer attention skills in this generation

A

modern environment

e.g., multi-tasking

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7
Q

ADHD is divided into three attention types:
predominantly inattentive,
combined, and

A

predominantly hyperactive-impulsive

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8
Q

Predominantly inattentive individuals with ADHD are associated with distinctly different characteristics to two other forms, damage/lack of maturation in the prefrontal cortex and parietal connections, and

A

childhood onset “dysexecutive syndrome”

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9
Q

ADHD individuals with predominantly hyperactive-impulsive attentionality are associated with issues in

A

levels of dopamine

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10
Q

Combined types of ADHD in attentionality are associated with:
abnormalities in dopamine-mediated prefrontal-striatal-cerebellar networks, and

A

respond to stimulant medications, but not their absence (controversial to use psychotropic drugs)

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11
Q

Previously, ADHD was typically diagnosed by parent/teacher reports, but now we use

A

objective methods

e.g., helmet movement and game accuracy to assess attention

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12
Q

according to Sohlberg and Mateer (1987), components of attentional skills include:
basic arousal,
selective attention,
alternating attention, divided attention and

A

sustained attention

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13
Q

according to Sohlberg and Mateer (1987), components of attentional skills include:
basic arousal,
selective attention,
alternating attention, sustained attention and

A

divided attention

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14
Q

according to Sohlberg and Mateer (1987), components of attentional skills include:
basic arousal,
divided attention,
alternating attention, sustained attention and

A

selective attention

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15
Q

Sustained attention is associated with vigilance and

A

working memory

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16
Q

Selective attention is the ability to

A

withstand distraction

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17
Q

Alternating attention between sources/shifting is associated with

A

mental flexibility

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18
Q

Divided attention is associated with

A

response to two or more stimuli simultaneously

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19
Q

The two attention skills associated with multi-tasking are:

alternating attention between sources/shifting and

A

divided attention

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20
Q

Interventions for attentional issues include: process approaches that _ address attentional components, including - learning

A

behaviourally

computer-based

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21
Q

Interventions for attentional issues include:

_ activity/ _ stimulation, which is supposed to promote overall neural _

A

physical
tactile
circuitry

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22
Q

Interventions for attentional issues include:

_ studies are revealing support of the use of medications, with evidence of _ changes

A

neuroimaging

neuroplastic

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23
Q

Medications are shown to help attentional skills by allowing the individual to

A

focus on practiced skills to later improve circuitry and with the potential of not needing medication any longer

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24
Q

What type of attentional intervention is associated with a historical lack of scientific support, but is still promising

A

neurofeedback

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25
An essential reason to improve attention is the individual's own _ to do so
motivation
26
According to Boyd (2011), auditory short term memory is
the ability to only REPEAT information, but not to actively perform cognitive action with that information (i.e. recognition)
27
According to Boyd (2011), auditory working memory is
information held for a short period of time and manipulated in some way to do a task
28
What type of auditory memory has a limited capacity (about 4 pieces of information, or the number of verbal items one can say/sign in 2 seconds):
working memory
29
According to Boyd (2011), auditory working memory is NOT related to
intellectual abilities, although WM is definitely useful!
30
Is there continuous transfer between working memory and long-term memory?
yes
31
``` Comorbidity of poor working memory is associated with: specific language impairment, global developmental delays, autism spectrum disorders, traumatic brain injuries, strokes, dementias, and ```
learning disabilities
32
``` Comorbidity of poor working memory is associated with: learning disabilities global developmental delays, autism spectrum disorders, traumatic brain injuries, strokes, dementias, and ```
specific language impairment,
33
``` Comorbidity of poor working memory is associated with: learning disabilities global developmental delays, autism spectrum disorders, specific language impairment, strokes, dementias, and ```
traumatic brain injuries,
34
``` According to Cowan, the types of verbal working memory are: sensory phonological articulatory lexical semantic syntactic constructed scene priming activation ```
intended speech
35
``` According to Cowan, the types of verbal working memory are: sensory phonological articulatory lexical intended speech syntactic constructed scene priming activation ```
semantic
36
``` According to Cowan, the types of verbal working memory are: sensory phonological semantic lexical intended speech syntactic constructed scene priming activation ```
articulatory
37
What is a constructed scene in verbal working memory?
"painting a scene" e.g., the box is by the washing machine
38
Individuals can recall as many items as they can verbally produce in 2 seconds, and verbal rehearsal can support holding verbal information longer in order to relay it to LTM. What process is this referring to?
the phonological loop in working memory
39
Working memory deficits are exhausting because
they require extra effort to retain information
40
How are memories lost? decay (over a few seconds) capacity limitations (overload) specific interference and
loss of context (change of situation, retrieval cues are no longer present)
41
Loss of context is associated with losing memories according to age. What is an example of this?
remembering thing to do when in a different room
42
Implications of working memory deficits include: difficulty learning a new vocab, auditory comprehension, difficulties developing ltm for language structures, poor reading comprehension, challenges in written expression, difficulties making associations between new information and current knowledge; relating context to new information, and
at risk for missing out on critical pieces of information which hinder academic performance
43
According to Boyd (2011), cognitive processing speed is
the rate at which individuals process informational input and output
44
What is describing colours, shapes, as quickly as possible related to?
how quicky one performs overlearned tasks
45
What intervention is used to see how quickly one can perform overlearned tasks
rapid automatic naming on the CELF-4
46
Fluent, automatically process information requires _ energy/resources
less
47
Processing speed may be related to _-ation of _ _
myelination of nerve fibres
48
Children with TBI and demonstrated tears in the myelin sheath tend to have difficulties with _ _ _. Why?
cognitive processing speed | jumps along axon have to occur more often than between Nodes of RAnvier
49
Implications of slow processing speed are common in many _ disorders
developmental
50
Slow processing speed makes it difficult to
keep up in class or with work load
51
Slow processing speed may be slow with auditory or _ comprehension (struggle to access/process the information in a timely manner)
reading
52
Slow process speed may be associated with being slow to __ or in written form
respond verbally
53
Slow processing speed may be associated with a struggle to _ _, tend to be off-topic
keep up in conversations
54
Slow processing speed is: variable or constant?
variable, depending ont he task
55
Slow processing speed may co-occur with attentional problems, _, or may exist independently
working memory deficits
56
"Fast-mapping" refers to the concept that children can _
learn new vocab or structures based on a single (or just a few) exposures to the structure
57
"Fast-mapping" may explain the "_" seen in toddlers
explosion in vocabulary
58
Clinically, it is clear that some children seem to have mechanisms where vocab and structures are very quickly incorporated into _; others struggle
LtM
59
Underlying systems may be at play with _, but isi it is clear that attention working memory, focus, etc. is influential
"fast-mapping"
60
"Fast-mapping" allso appears to help with inferring the _ of related items
vocab
61
Inhibition skills are also referred to as:
self-regulation
62
Inhibition skills include: | _ factors and _ skills
linguistic factors | nonlinguistic skills
63
Linguistic factors associated with inhibition skills include: vocab selection selective attention to most critical linguistic information, and
topic maintenance
64
Nonlinguistic skills associated with inhibition skills include: deferring gratification waiting for rewards turn-taking reciprocal interactions/flexibility with agenda, and
focus on less-preferred activity
65
_ children are found to have better inhibition and cognitive flexibility
Bilingual
66
Children with better inhibitory control have better _ and _ outcomes
academic and linguistic outcomes
67
Neuroimaging suggests the _ _ and amygdala are involved in behavioural inhibition for adultss, but is potentially _ mediate
prefrontal cortex | developmentally mediated
68
Who developed the declarative and procedural memory system?
Michael Ullman
69
According to _, language has often been thought to depend on dedicated neurocognitive substrates
Chomsky
70
According to _, language depends on memory systems that serve non-linguistic functions that are found in both humans and other animals
Ullman
71
The two memory systems proposed by Ullman are:
declarative and procedural memory systems
72
Ullman's model of declarative memory includes: semantic knowledge episodic knowledge learning quickly with little need for repeated exposure and
explicit knowledge
73
Ullman's model of declarative memory includes: explicit knowledge episodic knowledge learning quickly with little need for repeated exposure and
semantic knowledge
74
Ullman's model of declarative memory includes: semantic knowledge learning quickly with little need for repeated exposure and
episodic knowledge
75
declarative memory is considered _-based
content
76
Declarative memory is often used more as a/n _
adult
77
Procedural memory is often used more as a/n _
child
78
According to Ullman's model, procedural memory includes: specializing for learning rules and sequences needing repeated exposure to learn patterns or "rules" learning and memories not available to conscious memory (e.g., 2 year-olds and use of /s/ in third person forms) and
implicit knowledge
79
According to Ullman's model, procedural memory includes: implicit knowledge needing repeated exposure to learn patterns or "rules" learning and memories not available to conscious memory (e.g., 2 year-olds and use of /s/ in third person forms) and
specializing for learning rules and sequences
80
According to Ullman's model, procedural memory includes: implicit knowledge specializing for learning rules and sequences learning and memories not available to conscious memory (e.g., 2 year-olds and use of /s/ in third person forms) and
needing repeated exposure to learn patterns or "rules"
81
When discussing learning a new language, procedural memory systems would argue that it is easier to learn the language's _, whereas declarative memory systems would be easier to learn the language's _
``` native accent (procedural - child up to 3 or 4) syntax (declarative memory - adult) ```
82
What is the base for the declarative memory and procedural memory systems?
biological
83
Declarative memory involves _ _ lobe structures, and the hippocampus
medial temporal
84
Declarative memory involvesover time, memories become _ dependent on structures (i.e. one tends to _)
LESS dependent | generalize
85
Declarative memory involvesBA 45 and 45 and parts of the _ _ which provide access to these regions
basal ganglia
86
Declarative memory involves the neurotransmitters: | acetylcholine, _ gene, and estrogen
brain-derived neurotrophic factor (BDNF)
87
Procedural memory involves _/basal ganglia circuits, including _ regions BA 44 and _ _ in basal ganglia
frontal premotor regions caudate nucleus
88
BA 44 in the premotor regions are involved in procedural memory process as a part of
Brodmann's area
89
Procedural memory MAY involve _ _ as a part of its system
mirror neurons
90
_ seems to play an important role in procedural memory
dopamine
91
T or F: declarative memory and procedural memory systems interact and complement each other in learning the same or analogous knowledge
true!
92
The procedural memory system is associated with _ area, as it deals mroe with isssues of expression and isues with grammar, as is mroe typical for children (_-_ area of the brain)
Broca's area | non-fluent area
93
The declarative memory system is associated with _ area, as it deals mroe with issues of vocabulary including neologisms, as well as issues with semantic language, more likely to occur in adults (part of the _ area of the brain)
Wernicke's | fluent area
94
Language and the declarative and procedural memory systems vary in the types of learning, with declarative memory associated with _ learning, and procedural memory associated with _ learning
declarative - conscious | procedural - implicit
95
Declarative memory is helpful when creating irregular forms, formulaic language, and
semantics, vocab
96
Procedural memory is helpful when learning regular forms for tense, plurals, retrieval of lexical items, especially grammatic function words, and
formulation of novel utterances/word order
97
The declarative and procedural memory systems work together and will compensate for each in the case of _
loss of function
98
A deficit in declarative memory is associated with Alzheimer's disease, semantic dementia, and
fluent aphasias
99
A deficit in procedural memory is associated with specific language issues, ASD, non-fluent aphasias and
Parkinson's disease