Measuring blood proteins may help diagnose autism early, finds study

Researchers have found two proteins in blood that may aid in identifying autism spectrum disorder early in children.

Scientists have identified two proteins in the blood that may help diagnose autism spectrum disorder in its early stage with 82% accuracy.

Most cases of autism spectrum disorder are not diagnosed until about age 4, when communication and social disabilities become apparent.

“ASD is a very heterogeneous disorder, and if we can identify bio markers for even a subgroup of ASD patients, then that would be extremely helpful not only for early diagnosis but also for the development of therapeutics,” said Dwight German, professor of Psychiatry at UT Southwestern in the US.

Researchers found that the levels of two proteins previously identified as potential markers for autism spectrum disorder (ASD). The proteins could help them accurately diagnose the disorder in about 75% of the children studied, researchers said.

Researchers found that the levels of two proteins previously identified as potential markers for autism spectrum disorder.

The team found that when the two proteins are measured together, the diagnostic accuracy increased to 82%. In attempt to improve early diagnosis of ASD, researchers shifted focus to biological measurements instead of behavioural symptoms.

ASD affects approximately 1 in 68 children in the US. The neurodevelopmental disorder is characterised by social interaction and communication challenges, and restricted and repetitive patterns of behaviour.

Most cases are not diagnosed until about age 4, when communication and social disabilities become apparent.

The study was published in the Journal of Neuroinflammation.

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