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. 2021 Feb 12;12:1014. doi: 10.1038/s41467-021-21117-3

Table 2.

The NOTCH1 pathway is activated in human oligodendrogliomas compared to glioblastomas.

Molecular human glioblastoma vs. molecular human oligodendroglioma
NOTCH1 pathway activation
Gene Entrez ID log2 fold change p value FDR
SOX8 30812 −2.5180613 5.39E−43 5.67E−41
DLL3 10683 −2.4262425 1.26E−17 1.33E−16
HEY1 23462 −1.2942635 9.18E−23 1.53E−21
MYC 4609 −1.2213157 3.76E−15 3.05E−14
HES6 55502 −1.1642784 1.29E−08 5.07E−08
DLL1 28514 −1.0985485 9.11E−08 3.25E−07
SATB1 6304 −0.8875692 5.68E−11 2.92E−10
ZMIZ1 57178 −0.8720752 7.95E−17 7.77E−16
NOTCH1 4851 −0.5352691 5.91E−05 0.00014523
CDKN1B 1027 −0.4286673 2.34E−09 1.00E−08
CCND1 595 −0.3288129 0.12248947 0.16628677
ASCL1 429 −0.2774871 0.1584482 0.20949394
CDKN1A 1026 −0.1732208 0.40000144 0.46701398
PTPRJ 5795 −0.1423327 0.20323507 0.26025615
JAG1 182 1.45417948 3.46E−21 4.94E−20
NOTCH1 pathway inhibition
Gene Entrez ID log2 fold change p value FDR
CHI3L1 1116 5.41391741 2.64E−35 1.46E−33
NUMB 8650 0.6442456 1.12E−19 1,46E−18

Comparison of RNA expression data (TCGA) of molecular glioblastoma (n = 56) and molecular 1p/19q-codeleted oligodendroglioma (n = 70) reveals downregulation of genes associated with NOTCH1 pathway activation in glioblastoma and upregulation of genes associated with NOTCH1 pathway inhibition.

FDR False discovery rate.