Low Fidelity Imitation of Atypical Biological Kinematics in Autism Spectrum Disorders Is Modulated by Self-Generated Selective Attention.

Researchers asked the adults with autism to copy a hand movement shown on a screen. The model moved with odd, atypical speed curves instead of smooth motion. The team tracked how closely each person matched the exact path and timing.

They also measured where the adults looked during the task. This showed whether people used their eyes to pick out key parts of the movement.

Adults with autism did not copy the odd speed curves. Their hand paths looked very different from the model. Yet they hit the end point at almost the same moment, so timing accuracy was good.

Eye-tracking showed they spent more time looking at the start and end of the movement. This selective attention helped them land on time even though the full form was off.

Falcomata et al. (2012) saw that kids with autism also failed to copy odd speed curves. Both studies show the same core problem, but the 2016 paper reveals adults work around it by watching start and end spots.

Somogyi et al. (2013) found that young, non-verbal children with autism copy strange actions exactly but miss the model’s intent. The adult study flips this: grown-ups stop copying the exact form and instead use timing goals. Together they show a shift from exact copying to timing-based work-arounds.

Burrows et al. (2018) meta-analysis showed weaker facial imitation in autism. The new data say the issue is wider than faces; whole-arm kinematics are also tough, but adults can still hit time targets if you guide their eyes.

When you run imitation programs, do not expect adults with autism to mirror odd speeds or curved paths. Instead, cue them to watch the start and finish points. Use clear start and end markers, like colored dots or beeps, so they can use their strength in timing. This small change can keep therapy goals realistic and build on the attention skills they already have.