Skip to main content
. 2022 Feb 11;12(1):6–17. doi: 10.1089/brain.2021.0047

Table 3.

Correlation Between Network Metrics Weighted for Intraneurite Volume Fraction/Neurite Volume Fraction, and Expanded Disability Status Scale

    Estimate SE t value Pr(>|t|)
ICVF
Multiple R2: 0.592; Adjusted R2: 0.535
(Intercept) −23.745 22.859 −1.039 0.303
Density 31.724 34.456 0.921 0.361
Efficiency −7.735 69.011 −0.112 0.911
Modularity 33.539 13.553 2.475 0.016
Clustering coefficient 52.857 49.289 1.072 0.288
Mean strength −0.673 1.121 −0.600 0.551
Gender 0.151 0.351 0.430 0.668
Age 0.069 0.014 5.034 <0.001
Disease duration 0.008 0.010 0.744 0.460
INTRA
Multiple R2: 0.584; Adjusted R2: 0.526
(Intercept) −23.546 23.784 −0.990 0.326
Density 33.357 35.799 0.932 0.355
Efficiency 3.083 76.846 0.040 0.968
Modularity 28.678 12.690 2.260 0.028
Clustering coefficient 48.160 52.987 0.909 0.367
Mean strength −0.798 1.187 −0.672 0.504
Gender 0.070 0.349 0.201 0.841
Age 0.072 0.014 5.196 <0.001
Disease duration 0.007 0.010 0.677 0.501

The statistically significant results are highlighted in bold.

Robust linear models to identify the contribution of each network metrics in explaining the EDSS. Age, gender, and disease duration are included as covariates. For compactness, only the maps that show significant results are presented. In the upper part we have the model corresponding to ICVF, whereas in the bottom we have the model corresponding to INTRA. Both models explain ∼53% of our data. In the two models, in addition to age that describes most of EDSS, modularity also seems to contribute to explaining the worsening of the disease, highlighting that EDSS is related to the segregation of the network.

SE, standard error.