Keywords: DWI/DTI/DKI, Brain Connectivity
Motivation: The study aims to address the limitations of traditional diffusion MRI analyses, which overlook regional microstructural variations within white matter tracts, limiting our understanding of their role in behavior.
Goal(s): Develop and apply Fiber Microstructure Quantile (FMQ) Regression to investigate region-specific associations between white matter microstructure and cognitive/motor performance.
Approach: FMQ Regression was used on dMRI data from 809 participants to analyze four white matter tracts. The method was compared with FA Mean and AFQ Regression approaches.
Results: FMQ Regression revealed associations undetected by conventional methods, such as peripheral arcuate fasciculus correlating with language performance.
Impact: This study provides a novel perspective on white matter microstructure and its functional implications, which can guide future research on brain development and interventions for neurological disorders.
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