Dyslexic Learners Dramatically Improve Reading Skills with Fast ForWord

In this study, Nadine Gaab and her colleagues investigated which regions of children's brains were active in response to rapid auditory stimuli, determining whether the activation patterns were similar in children with dyslexia and children with typically developing reading skills, whether these differences could be remediated, and whether the remediation would results in changes in language and reading scores.

Pre-tests showed that the students with dyslexia had reading skills that were significantly below the reading scores of their typically developing peers.

After using the Fast ForWord product, students' reading and language skills were re-evaluated. The students had made statistically-signiticant improvements in sight-word reading and passage comprehension as well as their total language skills and phonological awareness.

In addition, the students' cortical activity was re-evaluated. In children with dyslexia, there are no regions in the brain where they have significant differences between the cortical responses to fast transitions versus the cortical responses to slow transitions. After remediation, several regions were found where the differences in activation increased -- more similar to the activation patterns of children with typical development.

These results show that the neural circuitry of children with developmental dyslexia is plastic -- it can be changed.

For more information, please see:

Original blog post: http://www.scilearn.com/blog/dyslexic-learners-improve-reading-skills.php

Summary by Nadine Gaab, Ph.D.: http://www.scilearn.com/resources/brain-fitness/sound-training-rewires-dyslex...

Article from Science Daily: http://www.sciencedaily.com/releases/2007/10/071030114055.htm

Get Info about Fast ForWord products: http://www.scilearn.com/products/index.php?sm=gaab-yt

Category:

Education

Tags:

• fast forword
• dyslexia
• prefrontal cortex
• pre-frontal cortex
• developmental dyslexia
• short sounds
• rapid auditory stimuli
• remediation
• auditory processing
• fMRI
• sight-word reading
• passage comprehension
• phonological awareness
• phonological processing
• oral language
• reading impairment
• neural circuitry
• brain plasticity
• improved reading skills
• improve reading skills
• improve reading
• reading skills