What if we knew exactly what part of the brain is used when we learn to read? In August 2016, scientists at MIT were able to do just that! Using MRI scans in children at age 5 and then at age 8, the MIT researchers were able to isolate the area in the occipito-temporal region that is often referred to as the Visual Word Form Area, VWFA. These scientists are now working on using the same brain imaging techniques to be able to predict a child’s functional development. In other words, experts would be able to identify children who are at risk of developing dyslexia or other learning difficulties connected with issues in that area of the brain.
What is the VWFA?
The VWFA, Visual Word Form Area is a novel brain network located in the left occipito –temporal (LOT) region of the brain. This system is responsible for the rapid, automatic, fluent identification of words. In other words, the connections in this system work together to rapidly decode strings of letters into words. Individuals with dyslexia have a disruption in this system explaining why reading becomes a big challenge.
How will this information help my child and me?
Dyslexia can be frustrating for both parents and children. Fortunately, as we have seen, researchers have been able to narrow in on the disrupted neural pathways that cause dyslexia. This information combined with the brain’s ability to change and heal itself (plasticity) gives hope to individuals and their families. The fact that dyslexia has a cognitive basis, means that to overcome the problem, you need a focused, cognitive-based solution.
Brainjogging can help!
Brainjogging is a cognitive-based, multi-sensory program designed to strengthen weak connections in the brain. The key issue with dyslexia, or any other reading challenge, is a disconnect between what an individual sees and what the brain processes. When Brainjoggers, see, say, and spell words during each exercise, they are combining proven methods for enhancing reading, with research-backed techniques for improving cognition and processing.
To learn how Brainjogging can be customized to suit your child’s needs, call 855-468-3824. You can also email our program coordinator, Karishma, at email@example.com or click the button below:
Shaywitz, S., Mody, M., and Shaywitz, B., “Neural Mechanisms in Dyslexia”, Current Directions in Psychological Science. 2006