Frontiers in Systems Neuroscience (Oct 2010)

Influences of Neural Pathway Integrity in Children's Response to Reading Instruction

  • Nicole eDavis,
  • Nicole eDavis,
  • Nicole eDavis,
  • Qiuyun Fan,
  • Qiuyun Fan,
  • Donald L Compton,
  • Donald L Compton,
  • Doug eFuchs,
  • Doug eFuchs,
  • Lynn S Fuchs,
  • Lynn S Fuchs,
  • Laurie E Cutting,
  • Laurie E Cutting,
  • Laurie E Cutting,
  • Laurie E Cutting,
  • John C Gore,
  • John C Gore,
  • John C Gore,
  • John C Gore,
  • Adam W Anderson,
  • Adam W Anderson,
  • Adam W Anderson,
  • Adam W Anderson

DOI
https://doi.org/10.3389/fnsys.2010.00150
Journal volume & issue
Vol. 4

Abstract

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As the education field moves toward using responsiveness to intervention (RTI) to identify students with disabilities, an important question is the degree to which this classification can be connected to a student’s neurobiological characteristics. A few functional neuroimaging studies have reported a relationship between activation and response to instruction; however, whether a similar correlation exists with white matter (WM) is not clear. To investigate this issue, we acquired high angular resolution diffusion images from a group of first grade children who differed in their levels of responsiveness to a year-long reading intervention. Using probabilistic tractography, we calculated the strength of WM connections among nine cortical regions of interest and correlated these estimates with participants’ scores on four standardized reading measures. We found eight significant correlations, four of which were connections between the insular cortex and angular gyrus. In each of the correlations, a relationship with children’s response to intervention was evident.

Keywords