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Showing results for "autism"
We investigated whether a commonly used research assessment - the Autism Observation Scale for Infants (AOSI) - accurately measures autism behaviours among infants showing early signs of autism identified within the community. The AOSI is often included in studies tracking the development of infants at increased likelihood of autism, such as the infant siblings of diagnosed children. However, the suitability of this measure has not previously been tested with community-referred infants.
The broad autism phenotype commonly refers to sub-clinical levels of autistic-like behaviour and cognition presented in biological relatives of autistic people. In a recent study, we reported findings suggesting that the broad autism phenotype may also be expressed in facial morphology, specifically increased facial masculinity.
This research explored the relationship between the broader autism phenotype (BAP) among parents, an index of genetic liability for ASD, and proband...
iCARE provides a unique, unprecedented resource in autism research that will significantly enhance the ability to detect environmental and genetic...
Investigate whether impairments in the ability to execute flexible goal-directed actions may be an underlying feature in ASD contributing to these symptoms
Social motivation is posited as a key factor in the expression of the autism phenotype. However, lack of precision in both conceptualization and measurement has impeded a thorough understanding of its diverse presentation and associated outcomes. This study addresses this gap by identifying subgroups of autism characterized by deficits in distinct facets of social motivation, relative to normative benchmarks.
The MINERvA Network will allow more accurate and precise determination of the contributions of familial and environmental factors to the etiology of autism.
The Kids Research Institute Australia’s CliniKids and Griffith University are excited to announce a new partnership which will help to grow autism research in Australia.
Research has found a link between children with larger head measurements in-utero and a subsequent diagnosis of Autism Spectrum Disorder (ASD) as toddlers.
A new study that combines data from over 20 million births has found that a caesarean section delivery is associated with autism spectrum disorder (autism) and attention-deficit hyperactivity disorder (ADHD).