Lecture 3 Flashcards
- (51 cards)
What is the aim of neuropsychological assessment in children?
To examine brain-behavior relations in children
This includes integrating medical data, daily life, test scores, and observations to evaluate cognitive functions.
What are the settings where pediatric neuropsychologists work?
- Hospitals
- Rehabilitation units
- Schools
- Forensic settings
- Private practice
Pediatric neuropsychologists often work as part of a multidisciplinary team.
What are the key components integrated during neuropsychological assessment?
- Medical data
- Daily life observations
- Test scores
- Observations
This integration helps in evaluating cognitive functions.
True or False: Similar brain lesions always lead to the same behavior.
False
Similar brain lesions can lead to a variety of behaviors.
Neuropsychological assessment
→ Early detection and prevention of long-term negative effects (of medical conditions)
→ Characterize cognitive strengths and weaknesses
→ Guide children towards appropriate rehabilitation, intervention or support resources
→ Monitoring outcomes (recovery or deterioration) and treatment effects
What cognitive functions are assessed in neuropsychological evaluations?
- Intelligence
- Language
- Perception
- Memory
- Attention
- Executive functions
- Motor skills
- Emotion and social cognition
Each of these functions plays a crucial role in understanding a child’s cognitive profile.
What is the significance of considering age and development in neuropsychological assessments?
Age and development influence functioning and interpretation of deficits
Damage to a developing brain may not show immediate deficits but can become evident later.
Fill in the blank: The ICF-Model combines all factors related to a child’s _______.
[health condition]
The ICF-Model includes aspects like body functions, activities, environmental factors, and personal factors.
Consideration 1: Age and Development
- Not always information on ‘before’ functioning
- Not always imaging data
- More variety between ages
There is no such thing as a child – Winnicot, 1965
- Children function in relationship to their primary caregivers
- Parents can be the causes and cures of psychological problems in children
- Focus on the relationship between child and caregivers
- Children form different relationships with different caregivers.
- Children may exhibit symptoms in their relationship with one caregiver but not in their
relationship with another caregiver.
Consideration 2: Child in Context
Environment on body functions →Child with CP and Fine Motor functioning With or without resources
Environment on Activities →Child with Dyslexia and Reading skills
With and without individual learning support
Environment on Participation →Child with ASD and Social Inclusion
With and without socially supportive environment
What is the role of parents in the neuropsychological assessment process?
- Providing information about daily problems
- Observing during rehabilitation
- Listening to medical caregivers
Parents are seen as experts of their own child and integral to rehabilitation outcomes.
What are the steps in the diagnostic cycle for neuropsychological assessment?
- Referral
- Intake
- Screening
- Hypothesis
- Assessment
- Analysis
- Report
Each step is crucial for thorough evaluation and understanding of the child’s needs.
Intake
- Medical history
– Complications during pregnancy or birth
– Other medical complications, genetic diseases - Developmental history
– Acquired: pre-insult development
– Developmental: problems during development - Activities and participation
– Limitations and restrictions that were observed - Environmental factors
– Family structure, family coping
– Perception of child & problems
– School/class structure, behaviour in school - Personal factors
– Character, interests
When you do a screening?
- When the referral question is too broad
- To get a first picture/look at the patient
- To evaluate the overall cognitive profile (also strengths)
What are the tests/methods for screening?
- Observations at home or at school
- Neuropsychological Screening
- Intelligence / developmental tests
– Wechsler Intelligence Scale for Children (WISC): age6–16y
– Wechsler Preschool and Primary Scale of Intelligence (WPPSI): age 2 – 6 y – Bayley Scales of Infant and toddler Development (BSID): age 0.6 – 2 y
What is the age range for the Wechsler Intelligence Scale for Children (WISC)?
6 – 16 years
This assessment can be conducted using pen-paper or iPads.
List the five indexes measured by the WISC-V Intelligence Test.
- Total IQ
- Verbal Comprehension Index (VCI)
- Visual Spatial Index (VSI)
- Fluid Reasoning Index (FRI)
- Working Memory Index (WMI)
- Processing Speed Index (PSI)
Each index provides insights into different aspects of cognitive functioning.
True or False: Damage to a developed brain is easier to assess than damage to a developing brain.
True
Clear differences in functioning before and after damage can typically be identified in developed brains.
What are the seven core subtests of the WISC-V Intelligence Test?
- Block Design
- Matrix Reasoning
- Digit Span
- Coding
- Visual Puzzles
- Figure Weights
- Symbol Search
These subtests are used for screening and contribute to Total IQ and Index Scores.
What does the Total IQ represent in the WISC-V?
The overall measure of intelligence derived from various index scores
Total IQ is calculated from scores across different cognitive domains.
Define the Verbal Comprehension Index (VCI).
A measure of crystallized intelligence assessing word knowledge and verbal reasoning
Similarities & Vocabulary
The VCI evaluates a child’s ability to access and apply acquired word knowledge.
What does the Visual Spatial Index (VSI) assess?
Ability to evaluate visual details and understand visual spatial relationships
Block design & Visual puzzles
VSI is crucial for constructing geometric designs from models.
What does the Fluid Reasoning Index (FRI) measure?
The ability to detect underlying conceptual relationships and apply reasoning
matrix reasoning & figure weights
It involves inductive and quantitative reasoning.