Supporting Learners with Additional Needs Flashcards
(28 cards)
Correctly name all the pre-term birth categories and ages.
- Extremely pre-term = 22-27 weeks
- Very pre-term = less than 31 weeks
- Moderate to late pre-term = 32-36 weeks
What are the developmental milestones between 29 and 36 weeks?
- Weeks 29-32 = develops body fat reserves. Brain develops rapidly, foetus can see and hear.
- Week 31= most essential organs have developed, rapid weight gain begins, lungs may still be underdeveloped
- Weeks 33-36 = lungs are close to being fully developed
What are the typical consequences of pre-term birth at each category?
- Extremely pre-term = high risk of intellectual impairment, physical disability, over half require special educational support
- Very pre-term = high risk of cognitive deficits, attention, behavioural and emotional problems
- Mod-late pre-term = slightly higher risk of developmental problems
What are the global prevalence rates of preterm birth?
- 15 million globally per year (11%)
- 10% of births in the US
- 60,000 in UK per year (7%)
What are the survival rates of preterm birth?
- about 16% of all infant deaths linked to premature birth
- 80% chance of survival at 28 weeks
Risk factors of preterm birth:
- previous premature births
- being pregnant with multiples
- tobacco and substance use
- short time between pregnancies
- pregnancy complications (forces early delivery)
Potential consequences of pre-term birth:
- breathing issues, digestive problems, brain bleeds
- increased risk of asthma and allergies
- longer term issues are related to education rather than health
Cohort changes in disability rate:
1980’s - 30-40% disability rate
1990’s - 68% disability rate
- disability rate is higher because survival rate increased
Association between SES and pre-term birth IQ?
- higher SES links to higher IQ
- pre-term babies have lower IQ than normal born babies
- at 26 years, high SES pre-term babies can catch up intellectually
SEN in pre-term children:
- Scottish cohort study
- SEN in normal born = 4.7%, SEN in pre-term = 8.4%
- pre-term boys twice as likely to have SEN than pre-term girls
What are the typical cognitive problems with pre-term birth?
- executive function, WM
- poor motor skills
- social difficulties (ASD = ~6%), attentional problems (AD(H)D = 3x more likely) and anxiety disorders
Educational implications of pre-term birth:
- ‘school problems’ - pre-term = 53% vs term-born = 13%
- poorer performance across all subjects (academic and social categories)
Effects of maternal sensitivity on low birth weight children’s academic achievement:
- maths and reading achievement increases as maternal sensitivity increases
- maternal sensitivity GREATLY improves reading achievement in (very) low birth weight children
How does pre-term birth impact adult wealth?
- adults born pre-term have lower job-related incomes than term
- lower occupational status and lower wealth in adulthood
- less likely to complete high school and go to university
- pre-term adults more likely to have worse wealth because they have issues with maths
Social outcomes of pre-term birth:
- fewer adults born pre-term / low birth weight experience romantic relationships, sexual intercourse or parenthood
- but when these ARE experienced, they are similar to full-term born adults
History of Autism:
- Dr Kanner - “low functioning”, language delay, cognitive impairments
- Dr Asperger - “high functioning” but social difficulties, repetitive behaviour
- Lorna Wing - founded National Autistic Society - suggested triad of impairments - suggested autism as a spectrum
What is the triad of impairments (autism)?
- communication = verbal and non-verbal e.g. pointing
- social interaction e.g. eye contact, smiling
- social imagination e.g. ToM, empathy
Characteristics of Autism (DSM-5):
- communication problems (difficulty using / understanding language, using repeated phrases, limited speech)
- difficulty relating to people (trouble making friends, reading facial expressions, eye contact)
- repetitive behaviours (hand flapping, sounds, phrases)
Prevalence of ASD:
- 1 in 36 have autism (2020 - Centre for Disease Control and Prevention in the US)
- increasing prevalence due to widening diagnostic criteria, increased awareness, earlier diagnosis
Gender differences in Autism:
- mixed findings - male:female = 2:1 - 16:1
- girls less likely to be diagnosed
- girls are diagnosed later
- greater gender ratio discrepancy in the ‘high functioning’ type
Special skills and ‘islets of ability’ in Autism:
- special skills or talents in the context of profound disability
- roughly 30% of autistic individuals have special skills
Autism and IQ:
- neurotypical people score similarly on many different IQ tests, but autistic people perform much better on Raven’s Progressive Matrices than other IQ tests
Theory of Mind deficit (autism):
- the ability to attribute independent mental states to the self and others in order to predict and explain behaviour
- false belief task (smarties tube with pencils in)
- can explain social impairments in ASD
BUT not all autistic people fail ToM tasks
Weak Central Coherence Theory (autism):
- typical central coherence = ability to combine details to create a higher level understanding (a ‘big picture’)
- autistic individuals have a bias for featural processing and they focus on details rather than integrating information into meaningful wholes
- explains discrepancies on intelligence tests (lower verbal skills)
- explains misunderstanding of figurative language