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. 2019 Mar 29;10:612. doi: 10.3389/fimmu.2019.00612

Table 3.

The 20 genes giving the largest contribution to inertia according to the Correspondence Analysis of Figure 4B.

ENSEMBL gene name Gene name Inertia explained Inertia explained (%)
ENSBTAG00000005260 SPP1 0.058932831 10.2341
ENSBTAG00000011184 FTH1 0.018064914 3.13711
ENSBTAG00000043567 0.0154907 2.69008
ENSBTAG00000000604 GPNMB 0.014190275 2.46425
ENSBTAG00000009812 0.012897643 2.23977
ENSBTAG00000007622 CTSD 0.009037762 1.56948
ENSBTAG00000043570 0.008758801 1.52103
ENSBTAG00000015228 CD74 0.008169965 1.41878
ENSBTAG00000026779 LYZ 0.00775699 1.34706
ENSBTAG00000009359 0.006656633 1.15597
ENSBTAG00000007268 F13A1 0.006621972 1.14996
ENSBTAG00000021035 CTSK 0.00617882 1.073
ENSBTAG00000037811 CCL2 0.005152158 0.894711
ENSBTAG00000012442 CTSB 0.004747509 0.824441
ENSBTAG00000020676 MMP9 0.003996245 0.693978
ENSBTAG00000048122 0.003913428 0.679596
ENSBTAG00000026199 ACTB 0.003670953 0.637489
ENSBTAG00000047379 0.003585699 0.622684
ENSBTAG00000013472 COL1A2 0.003536053 0.614062
ENSBTAG00000032764 0.003415321 0.593096

Inertia's role in Correspondence Analysis is similar to that played by variance in Principal Component Analysis.