Comparing memory and meta-memory abilities between children with acquired brain injury and healthy peers.

Ojserkis et al. (2014) compared memory skills in kids with acquired brain injury to healthy classmates. They looked at how well each group could recall word lists right away and after a short delay. The team also asked kids how they tried to remember things, like using context clues or just repeating words over and over.

Kids with moderate or severe brain injury scored much lower on both immediate and delayed recall tests. They also used fewer context strategies, like linking words to a story or place. Instead, they relied mostly on simple rehearsal, saying the words again and again.

Ding et al. (2025) saw a similar gap. Kids with learning disabilities got less memory boost from choosing their own study order than typical peers. Both studies show that clinical groups need extra help to use advanced memory tricks.

Brankaer et al. (2013) and Boucher (1981) also found poorer memory in kids with mild intellectual disability and autism compared to matched peers. The pattern is consistent: when the brain works differently, memory tools that come naturally to others often need to be taught.

Gras-Vincendon et al. (2007) looks like a contradiction. They found no context memory deficit in high-functioning autism. The key difference is task type. Their test used automatic processing, while Rachel’s study asked kids to actively choose strategies. Automatic skills can stay intact even when deliberate strategy use is weak.

If you work with students after brain injury, do not assume they will pick up context cues on their own. Check which strategies they use, then teach them how to link facts to places, stories, or categories. Pair the new skill with lots of practice and visual aids. Over time, better strategies can narrow the recall gap with peers.