Random number generation in autism.

Researchers asked adults with low-functioning autism to say random numbers. They counted how often each person repeated the same digit. The task checks if someone can stop themselves from using a habit.

A control group did the same thing. The team compared the two sets of scores.

The autism group repeated digits far more often. This shows weaker response inhibition — the skill that keeps you from giving the same answer over and over.

The result fits the idea that executive functions can be uneven in autism.

Adams et al. (2021) now gives us the next chapter. Their larger study across all ages says the real problem is proactive control — slowing down before you act — not the sudden stop itself. The 2002 paper is still useful, but the mechanism has been refined.

Early et al. (2012) adds a twist. Kids with autism could stop a prepotent response just fine, yet they were tripped up by extra visual clutter. This tells us inhibition is not one thing; different parts may be weak or strong.

Walley et al. (2005) looks like a contradiction at first. After they held language and attention scores constant, the inhibition deficit disappeared. It reminds us to check receptive language and attention before calling a behavior an autism problem.

When you write a program that asks for varied responses — choosing different pictures, saying new words, rotating play actions — build in supports. Give extra wait time, cut visual noise, and probe language skills first. These small shifts honor the inhibition profile shown since 2002 and refined by newer work.