Week 3 Flashcards

1
Q

Development in the Biological Context 3 parts

A

Genetics
Neuropsychology
Temperament

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2
Q

General Developmental Framework

A

Five contexts:

  1. Biological
  2. Individual
  3. Family
  4. Social
  5. Cultural

These interact

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3
Q

Genetics

A
  • Genotype
  • Phenotype
  • Genes vs environment (nature vs nuture)
  • Epigenetics
  • Heritability estimates
  • Evocative gene-environment interactions
  • Niche-picking
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4
Q

Neuropsychology

A
  • Brain development: functions of specific areas and
    connections between them
  • Development into adolescence and early adulthood
  • > Pruning (Neural connections that are not used and needed gradually disappear from the brain as it matures.)-> Myelination (coating the axon of each neuron with a fatty coating called myelin, which protects the neuron and helps it conduct signals more efficiently. Begins in the brain stem and cerebellum before birth, but is not completed in the frontal cortex until late in adolescence.)
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5
Q

Temperament language researchers use

A

Thomas & Chess (1977)
“Difficult”, “slow to warm-up”, “easy”

Rothbart (2011)

  • Surgency (activity engagement, openness)
  • negative affectivity
  • effortful control (dimension of temperament related to the self-regulation of emotional reactivity and behaviour. Impulse control.)

Temperament consistently associated with
development of psychopathology. Temperament a precursor to personality types.

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6
Q

Temperament: Goodness of Fit

A

Match between the demand of the environment

and the temperamental style of the child.

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7
Q

Developmental Psychopathology:

Biological Context

A

Several processes:

  • Genetically inherited traits
  • Abnormalities in brain structure
  • Dysfunctions in brain function or miscommunication among parts of the brain
  • Inadequate myelination
  • Imbalances in brain chemistry
  • Dysfunctions of the pruning process
  • Difficult temperament
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8
Q

Development in the Individual Context

A
  • Cognitive development
  • Emotional development
  • Attachment
  • Self-development
  • Moral development
  • Sex and gender
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9
Q

Normative development: Cognitive development

A
  • Schemas (worldviews)
  • Assimilation (incorporating new info into existing schema)
  • Accommodation (altering schema to take into account new info)

Adaptive development has good balance of the two

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10
Q

Development of Psychopathology:

Cognitive processes 5

A

1- Imbalance. Assimilation (too much, make eroneous errors, applying an old rule to things that aren’t working in the situation)
- Accommodation (too much leads to wishy washy changing your mind too often)

2- Magical thinking - belief that you can control/cause things that you can’t. Can occur under conditions of stress such as parental separation. They think they can do something. Can also mis-attribute blame on themselves.

3- Egocentrism - i.e. very young child thinks an object doesn’t exist unless they are interacting with it. Also normal in adolescence. Ties in with CD and ODD.

4- Cognitive delays and school failure - affects self-esteem, disruptive behaviour, peer rejection etc.

5- Cognitive distortion - anx and dep, hostile attribution bias.

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11
Q

Normative development:

Emotional development 4

A

1 - Emotion expression - (if parent responds in only anxious ways, child might display anxious expression to neutral things)
2- Emotion recognition (need to be able to recognise emotions in others)
3- Emotion understanding (need to understand our own and others’ emotions for self concept and moral dev)
4- Emotion regulation (under regulate = externalizing disorders or over regulate, = internalizing disorders)

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12
Q

Emotional processes

A
  • Inaccurate emotion expression, recognition, or understanding
  • Emotion dysregulation
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13
Q

Normative development: Attachment

A

Attachment theory - adaptive for kids to stay close to family.

Transactional processes - Child behaviour influences parent behaviour, vice versa. Attachment is an interaction.

Continuity of attachment across the lifespan
Cross-cultural diversity in attachment

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14
Q

Patterns of attachment

A

Secure

  • Insecure-avoidant
  • Insecure-resistant (ambivalent)
  • Insecure-disorganised
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15
Q

Risks associated with insecure attachment

A

Insecurity (internalise that the world is trustworthy or not)

Inhibited mastery motivation (if we feel secure, we can go off and develop mastery)

Internal working models (working models that we develop on relationships are based on early attachment)

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16
Q

Genotype

A

the genetic material that is passed on

17
Q

Phenotype

A

the way genes are expressed in physical characteristics and behaviour

18
Q

Epigenetics

A

the way in which genes and their environment interact to create individual variations in phenotype that reflect the influence of environmental conditions.

Both experiences and biology affect behaviour. Genes can be thought of as a framework on which environmental factors influence future structure and function

19
Q

Heritability estimate

A

proportion of variability in a given trait within a group of individuals that is attributable to shared genes, in contrast to variability that is attributable to shared environment and non shared environments.

20
Q

Passive gene environment interactions

A

Passive gene environment interactions may occur when families share both genes and environments. For example, children of depressed mothers are not only recipients of a genetic predisposition to depression but also a caregiving environment shadowed by the mother’s depressive parenting style.

The rearing environment reflects the parents’ genes, so it is genetically suitable for the child.

21
Q

Evocative gene environment interactions

A

Evocative gene environment interactions take place when genetic propensities cause others to elicit certain kinds of responses from their environments.

Environments respond to individuals based on the genes they express (phenotype)

For example children with a difficult temperament might elicit negative reactions from caregivers and thus evoke less ideal parenting from them. Gifted children may evoke more ideal parenting.

22
Q

Active gene environment interactions

A

Active gene environment interactions occur when individuals select, create or modify their environments on the basis of their genetic predisposition.

23
Q

Niche picking

A

mechanism used to select environments suitable for one’s genotype.
Therefore, an individual’s temperament often affects the type of niche selected, since environment reflects one’s general disposition