BRIDGING BRAIN RESEARCH AND DYSLEXIA AWARENESS

GaabNadineDSC_0092Submitted by Nadine Gaab, PhD., Assistant Professor of Pediatrics at the Boston Children’s Hospital /Harvard Medical School, Principal Researcher at the Gaab Laboratory, member of the faculty at the Harvard Graduate School of Education, and faculty adjunct at Brandeis University

and


Elizabeth_Norton
Elizabeth Norton, PhD. Gabrieli Lab in the McGovern Institute for Brain Research at MIT, READstudy and former Landmark School science teacher.

As scientists who study reading difficulties and developmental dyslexia, we hope that one day, we will be out of business. That is, we hope that one day, we will all understand the causes of reading difficulties, be able to identify children at risk early, know how to best diagnose a reading difficulty, and know which remediation strategy is best for every single child. Most importantly, we hope that one day all children will enjoy learning to read and reading to learn. We are not there yet, though.

Parents and teachers often ask us how our research can be translated into practice. We can promise you that we are working hard but we need more time to answer all your questions. So far, our research has given us some promising clues. For example, we have shown that preschool children who have a parent or an older sibling with dyslexia already show differences in their brain structure and function, even before they receive any reading instruction. These changes can also be seen in children who struggle with letters and certain pre-reading tasks in kindergarten. These findings suggest that children with dyslexia may have characteristic brain changes either from birth or that develop very early in life. This fact only underlines that identification and intervention need to happen as early as possible. In another area of research, our colleagues have shown that the brain basis of reading is the same whether or not there is a discrepancy between an individual’s IQ and reading ability. This will hopefully inform diagnostic criteria, and allow more children who have trouble reading to get intervention. These are just two of the areas we are learning more about through our research, and we always have more to learn.

In addition to continuing our research, we are working hard to share all the knowledge we have with the families, teachers, principals and the volunteers who work with us in these studies. We are creating an open dialogue that has mutual benefits for the research and the participating families, as well as informs clinical and educational interests. We are not researchers that waltz in to a school, collect data, and then return to an ivory tower. We are involved with our partner schools, teaching professional development sessions for the staff and brain awareness days for the children. We set up information booths at community events and frequently speak with parent groups and advocacy organizations. For families who participate in our studies, we provide reports of their child’s reading assessments and when necessary, referrals to schools and organizations that work with individuals with reading difficulties. We are doing our best to inform, to communicate, to translate and to disseminate our knowledge, and we will keep going until every child reads well.

Learn more:
The Gaab Lab at Boston Children’s Hospital: http://www.childrenshospital.org/research-and-innovation/research-labs/gaab-laboratory

The Gabrieli Lab in the McGovern Institute for Brain Research at MIT: http://gablab.mit.edu/index.php/participate

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2 Responses to BRIDGING BRAIN RESEARCH AND DYSLEXIA AWARENESS

  1. Mary Lawson says:

    I’m a parent of a 2007 Landmark graduate. I wanted to share so research happening in Canada at the Neuroplasticity & Education Conference. http://www.neuroplasticityandeducation.com My daughter graduated from Western Washington University and in her second year of Eaton Cognitive Improvement Centre in Vancouver, BC. http://www.eatoncognitive.com She is 25 and still struggles with her learning disabilities but for the first time in her life she is experiences changes in her brain which give her hope. We must never give up looking for new ways to help the different learner.

  2. Frank W Nee says:

    My son spent 5 years at Landmark (age 13 to 18). He now has a 4-year college education, is married with two children and a job in IT. He is a Landmark success story. When he arrived at Landmark he was reading on the first grade level.

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