Skip to main content

Table 3 Partial correlations of changes in tract GFA versus changes in RMSE from baseline to retention tests

From: Brain white matter correlates of learning ankle tracking using a wearable device: importance of the superior longitudinal fasciculus II

Fiber name

r

p

Repeated sequence

 R ILF

0.060

0.782

 R SLF I

0.043

0.842

 R SLF II

0.469

0.021*

 R SLF III

0.311

0.139

 R CST-toe

0.360

0.084

 R FS-DLPFC

 − 0.189

0.376

 R FS-precentral

− 0.022

0.918

 R TR-DLPFC

0.007

0.974

Random sequence

 R ILF

0.065

0.765

 R SLF I

0.071

0.741

 R SLF II

0.526

0.008*

 R SLF III

0.179

0.402

 R CST-toe

0.362

0.082

 R FS-DLPFC

− 0.061

0.778

 R FS-precentral

− 0.080

0.711

 R TR-DLPFC

0.178

0.406

  1. Partial correlation analyses were conducted with age and sex controlled for. Positive correlation values indicate greater increases in GFA values correlate with greater reductions in RMSE scores
  2. CST: corticospinal tract; DLPFC: dorsolateral prefrontal cortex; FS: frontal-striatum; GFA: general fractional anisotropy; ILF: inferior longitudinal fasciculus; R: right; RMSE: root-mean-squared-error; SLF: superior longitudinal fasciculus; TR: thalamic radiation
  3. *p < 0.05
Back to article page

Journal of NeuroEngineering and Rehabilitation

ISSN: 1743-0003

Contact us