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Experiencing frustration early on, kills motivation | and effects self esteem |
According to the online Early Edition of the Proceedings of the National Academy of
Sciences, a study at Children’s Hospital in Boston is now able to identify
children at risk for dyslexia through MRI scans. Researchers have been able to identify different
brain activity on these scans even before children have learned to read. The good news is, developmental dyslexia, at
an early stage, responds well to intervention.
Diagnosing children during this time (before kindergarten) could change
the way a student views school. Rather than begin school experiencing frustration
and difficulty, an intervention can
provide a student with the chance to be successful and have a positive academic
experience.
Developmental
dyslexia (dyslexia not caused by brain trauma) affects 5 to 17 percent of all
children. If the family already has a
history of dyslexia, up to 1 in 2 children will struggle with reading
themselves. These students will
experience poor spelling and decoding abilities and have difficulty with fluency
in recognizing words (which later affects reading comprehension). Children with
dyslexia have difficulty identifying and mapping oral sounds in written
language since they have problems recognizing and manipulating the underlying
sound structures of words (known as phonological processing).
This news is
exciting to me, since it confirms what we already do here at DLNH with our
Search and Teach© program. This program
helps identify young, “at risk” students and provides intervention in the areas of phonological
processing. The program was part of my
training at The National Institute for Learning Development® (NILD) and is
approved by the Joint Dissemination Review Panel (JDRP) of the
Interdisciplinary Model for national validation. If you or someone you know is interested in
learning more, check out our website www.discoverylearningnh.org under
the “Services” tab and call for a free consult.
Journal Reference:
1.
N. M. Raschle, J. Zuk, N. Gaab. Functional
characteristics of developmental dyslexia in left-hemispheric posterior brain
regions predate reading onset. Proceedings of the National Academy of
Sciences, 2012; DOI: 10.1073/pnas.1107721109