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. 2023 Mar 23;26(4):106478. doi: 10.1016/j.isci.2023.106478

Table 2.

Lists of activated molecules in normal mucosa of c-MAF KO mice compared with wild-type mice after treatment with AOM/DSS

Upstream Regulator Molecule Type Predicted Activation State Activation Z score p value
ESR1 Ligand-dependent nuclear receptor Activated 4.146 0.068
ERBB2 Kinase Activated 3.762 0.000
EGF Growth factor Activated 3.253 0.029
E2F1 Transcription regulator Activated 3.179 0.002
IL4 Cytokine Activated 3.160 0.016
Insulin Group Activated 3.098 0.239
MITF Transcription regulator Activated 3.073 0.003
CD3 Complex Activated 3.054 0.012
CEBPB Transcription regulator Activated 3.035 <0.001
RABL6 Other Activated 2.828 < 0.001
ESR2 Ligand-dependent nuclear receptor Activated 2.724 0.358
NTRK2 Kinase Activated 2.599 < 0.001
IL13 Cytokine Activated 2.576 0.024
CKAP2L Other Activated 2.449 < 0.001
MYB Transcription regulator Activated 2.449 0.010
TAL1 Transcription regulator Activated 2.449 0.081
FOXM1 Transcription regulator Activated 2.441 0.024
INSR Kinase Activated 2.433 0.019
CD38 Enzyme Activated 2.425 0.025
CCR2 G-protein coupled receptor Activated 2.412 0.004
AIRE Transcription regulator Activated 2.401 0.001
RORA Ligand-dependent nuclear receptor Activated 2.236 0.027
CYP1B1 Enzyme Activated 2.219 0.018
IL33 Cytokine Activated 2.170 0.005
CCND1 Transcription regulator Activated 2.101 < 0.001
E2f Group Activated 2.034 < 0.001
STAT5a/b Group Activated 2.000 0.090
Eldr Other Activated 2.000 0.007
TFDP1 Transcription regulator Activated 2.000 < 0.001
NKX2-3 Transcription regulator Activated 2.000 0.339
TPH1 Enzyme Activated 2.000 0.025
BRCA1 Transcription regulator Activated 2.000 0.100
CDK2 Kinase Activated 2.000 < 0.001

Cancer-promoting growth factors, transcription factors, kinases, and cytokines are shown in bold.

Ingenuity Pathway Analysis of normal mucosa showed that many cancer-promoting growth factors, transcription factors, kinases, and cytokines were activated as upstream regulators in c-MAF KO mice.