03/04/2026
🧠 Why neuroscience is changing how we understand dyslexia
For many years, children who struggled to read were often told they simply needed to “try harder” or practice more.
But modern neuroscience is showing us something very different.
Researchers at Stanford Medicine recently published a study in Nature Communications demonstrating that a specific brain region involved in reading, the Visual Word Form Area, is often smaller or underdeveloped in children with Dyslexia.
The Visual Word Form Area, located in the left fusiform gyrus of the ventral occipito-temporal cortex, sits adjacent to other visual processing regions and forms part of the brain’s ventral reading network. This network works in concert with temporo-parietal language regions to link visual symbols with phonological and semantic processing. Fluent reading depends not only on the integrity of these regions but also on precise neural timing, allowing visual recognition, phonological decoding, and language comprehension to occur in rapid sequence.
What is particularly encouraging is that the study also showed something very important:
Targeted instruction can strengthen this brain region.
Children who received intervention using the Seeing Stars program from Lindamood-Bell Learning Processes demonstrated both improved reading skills and measurable growth in this reading network of the brain.
Findings like this are one of the reasons I created MIND Integration Collaborative.
The goal of MIND is to help bring together neuroscience, multisensory integration, and practical learning interventions so that children with learning challenges receive support that aligns with how the brain actually develops.
When we understand the neurological systems involved in learning, we can move beyond simply labeling children and instead focus on building the brain networks that support reading and learning.
Research like this continues to reinforce an important message:
🧠 Learning challenges are often brain development challenges — and the brain can change.
If you’re interested in the neuroscience of learning and innovative approaches to helping children thrive, follow MIND Integration Collaborative as we share research, clinical insights, and emerging strategies in neurodevelopment.
🔗 Full Stanford Medicine article:
A brain region specialized for recognizing text is smaller or absent in kids with dyslexia. Tutoring that improves their reading partly closes the gap, a Stanford-led study found.
