Groundbreaking Study Proves Powerful Impact of Seeing Stars

A groundbreaking study published in Nature Communications and led by Stanford University highlights the powerful and lasting impact of the Seeing Stars® program, demonstrating that it not only improves reading skills in children with dyslexia but also strengthens the brain’s reading circuits. 

Study Overview: Seeing Stars and Brain-Based Reading Intervention

The study represents a six-year collaboration among Stanford University, the University of Washington, and Lindamood-Bell Learning Processes, supported by the Eunice Kennedy Shriver National Institute of Child Health and Human Development.

At the center of the research was the Seeing Stars program, an approach designed to develop or remediate symbol imagery—the ability to visualize sounds and letters in words as a foundation for phonological and orthographic processing in reading and spelling.

In a randomized controlled trial, children ages 7–13 with dyslexia participated in the Seeing Stars intervention delivered by Lindamood-Bell® clinicians. Using functional MRI scans taken up to five times over the course of a year, researchers tracked both reading progress and changes to the brain’s structure.

A total of 44 children with dyslexia received the Seeing Stars instruction, while a control group of 43 children with and without dyslexia did not receive intervention.

Key Findings: Seeing Stars Drives Measurable Reading Gains

After eight weeks of intensive Seeing Stars instruction, children with dyslexia improved their reading skills by nearly one grade level on average.

The control group showed no comparable gains, underscoring the effectiveness of the targeted, imagery-based approach.

Strengthening the Brain’s Reading Circuitry

The study focused on the Visual Word Form Area (VWFA), a region of the brain essential for fluent word recognition. This area is typically underdeveloped and less responsive in individuals with dyslexia.

Brain imaging revealed that children who participated in the Seeing Stars instruction showed significant growth in the VWFA, evidence that the intervention not only improved reading performance but altered the neural systems that support it.

“The evidence-based reading intervention program appears to build this region in the dyslexic brain,” said lead researcher Dr. Jason Yeatman of Stanford University. “It not only enhances reading skills but also strengthens brain circuits.”

Children who did not receive the Seeing Stars instruction showed no similar neural changes.

Lasting Impact and Neuroplasticity

Participants demonstrated substantial gains, and some differences in brain structure remained even a year later. This suggests that dyslexia involves enduring neurological characteristics—but also highlights the brain’s ability to change with the right kind of targeted instruction.

The findings reinforce a key takeaway: effective, research-based interventions like Seeing Stars can drive both behavioral improvement and measurable brain development.

The Seeing Stars Approach: Building Reading from the Ground Up

The study validates Seeing Stars instruction that focuses on strengthening the sensory-cognitive foundations of reading.

The Seeing Stars program specifically targets symbol imagery, helping students develop the mental representations necessary for decoding, fluency, and comprehension. By addressing core learning processes, the program enables students with dyslexia to build reading skills in a way that is both intensive and neurologically meaningful.

This study adds to a growing body of evidence that with the right intervention, meaningful change is possible not only in how children read, but in how their brains learn to read.

Bring Seeing Stars to Your Resource Groups and Classrooms

In addition to peer-reviewed research, Seeing Stars has an extensive evidence base in K-12 resource/special education settings and K-3 classrooms The program has been implemented in thousands of school systems across the country and internationally, helping tens of thousands of students overcome reading difficulties and excel in reading. Its unique methodology is often THE critical missing component in literacy intervention, serving as a foundation for both phonological AND orthographic processing, automatic word recognition, and fluency. 

Special education staff, dyslexia specialists, reading interventionists, speech and language therapists, classroom teachers, and tutors have all used the program successfully to meet their students’ diverse needs. Educators can get trained in the program through Lindamood-Bell. Click here to see the schedule of training events and to register.