Childhood cognitive development [2] Flashcards
What is Theory of Mind?
‘Ability to attribute mental states onto both oneself and others, understanding that other’s mental states and perceptions are different to our own’
–> Theory of mind encompasses a particular development of social cognition where low level processes and high level processes are linked
Morton and Johnson, 1991»_space; theory of mind structural hypothesis?
- From being infants we are looking at faces to gather cues regarding external states, but learning is needed to be able to understand them. This is driven by 2 mechanisms:
CONSPEC»_space; visual perceptual device which allows orientation to face-like stimuli
CONLEARN»_space; the process of learning about faces by paying attention to them
Why is following eye gaze important?
- Evolutionarily advantageous (promotes survival to perhaps also pay attention to threatening stimulus?)
- Important to understand the mental states of others
- Language, social and emotional development
- Social referencing (Bowlby, 1969)
How can we test for theory of mind? (Classical study - unexpected transfer)
Baron-Cohen et al (1985) - FALSE BELIEF TASK
Unexpected transfer task –> ‘Sally-Anne task’ > children pass around age 4/5, indicating that they have achieved TOM
How can we test for theory of mind? (Classical study - unexpected contents)
Perner et al, (1987) - Smarties task
Ask what contents are inside a smarties tube, open and show them that there is in fact a pencil inside. Then tell going to show a friend, and ask what they think the friend will say. If they have TOM, they will say ‘Smarties’.
Criticisms - false belief task? What did Clements and Perner (1994) show?
- Too complex for children to understand?
- The understanding of the task partly dependent on verbal ability of child
- Perner and Clements (1994) showed that children were able to pass the task when using an explicit measure (eye gaze as an implicit measure of belief) – shows that children understood the task but couldn’t verbalise their though processes?
Factors impacting TOM
Verbal ability (Perner and Clements) Family size and interactions (increased size of family = increased TOM) >> Meins et al (2002) ASD
What is ASD and what are the main symptoms?
Developmental disorder, involving:
- Impaired social interactions (eye contact, impaired reading of social cues, poor peer relations and empathy)
- Language problems (lack of functional language)
- Repetitive behaviours (repetitive but incoherent speech patterns, stimming behaviours)
- Defective TOM!!!!
Origins of ASD
- Genetics
- Above - average brain size
- Decreased cerebellum and frontal/parietal lobes relative to rest of brain
- Atypical hippocampus/amygdala (limbic system)
Baron-Cohen, Leslie and Frith (1985) - using false belief tasks in children with ASD?
- 20 children ASD, 14 children with down syndrome and 27 normal children did false belief task
- Significant impairment seen in ASD children compared to controls
Lind (2010) review of papers looking into autobiographic memory impairments in ASD?
- impaired autobiographical semantic knowledge
- decreased self-reference effect (therefore difficulty encoding self knowledge)
- ASD decreases episodic autobiographical memory and episodic/future thinking
- decreased self-awareness also due to memory binding
- ULTIMATELY CAUSES DIMINISHED TEMPORALLY EXTENDED PSYCHOLOGICAL SELF
Impaired TOM and ASD - what is not explained by this?
- Specific language problems
- ## High functioning, specific advanced abilities
Impaired TOM and ASD - what explained/accounted for by this?
- Lack of social understanding / responsiveness to social cues
- Lacking empathy
- Social impairments
- Difficulties in communications
ASD and the adult social brain - study relating to Empathy?
De Murie, De Covel and Roeyers (2011)
Adult individuals with ASD tested compared to control group in attempts to infer the thoughts and feelings of another
A group of ASD adolescents Significantly worse at ‘reading the mind through the eyes’
ASD and the adult social brain - study relating to fMRI brain scans
Baron-Cohen, 1999?
- -> Using functional magnetic resonance imaging (fMRI) confirmed prediction that the STG (superior temporal gyrus) and amygdala show increased activation when using social intelligence.
- -> Some areas of the prefrontal cortex also showed activation.
- -> In contrast, patients with autism or AS activated the fronto-temporal regions but not the amygdala when making mental inferences from the eyes