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. 2021 Jul 29;112(9):3856–3870. doi: 10.1111/cas.15075

TABLE 1.

KEGG pathway analysis of proteins with significant phosphorylation change induced by miR‐193a‐3p overexpression

KEGG pathway Number of proteins Phosphorylation change ratea (%) P‐value FDR Proteins
AMPK signaling pathway 14 44 2.18E‐08 2.70E‐05 FKHRL1/FOXO3A, PDK1, CREB, LKB1, PPAR‐gamma, AKT1, mTOR, AMPK beta1, AKT1S1, ACC1, AMPK1, IRS‐1, SREBP‐1, 4E‐BP1
VEGF signaling pathway 11 42 1.44E‐08 1.78E‐05 Caspase 9, FAK, PLCG1, c‐PLA2, PLCG2, Raf1, PKC alpha/beta II, MEK1, VEGFR2, BAD, AKT1
PI3K‐AKT signaling pathway 34 39 5.17E‐19 6.39E‐16 Caspase 9, Raf1, PKC alpha/beta II, EGFR, NFkB‐p65, GSK3 beta, p27Kip1, LKB1, mTOR, SYK, ATF2, AMPK1, 4E‐BP1, BAD, IL‐2RA/CD25, FAK, SREBP‐1, FKHRL1/FOXO3A, CD19, MEK1, HSP90 co‐chaperone Cdc37, VEGFR2, PDK1, CREB, Integrin beta‐4, HSP90B, AKT1, p53, IRS‐1, 14‐3‐3 beta/zeta, NFkB‐p105/p50, Myc, S6 Ribosomal Protein, Cyclin D3
ERBB signaling pathway 19 35 1.70E‐16 2.78E‐13 c‐Jun, FAK, HER2, Raf1, PKC alpha/beta II, Elk1, EGFR, MEK1, GSK3 beta, p27Kip1, AKT1, mTOR, MKK4/SEK1, PLCG1, PLCG2, STAT5B, 4E‐BP1, BAD, Myc
Cell cycle 13 34 2.11E‐07 2.62E‐04 SMC1, Chk2, GSK3 beta, Chk1, p27Kip1, p53, CDK1/CDC2, PLK1, 14‐3‐3 beta/zeta, HDAC2, Cyclin B1, Myc, Cyclin D3
Focal adhesion 22 34 1.15E‐12 1.42E‐09 c‐Jun, FAK, HER2, Raf1, PKC alpha/beta II, Elk1, EGFR, MEK1, Vinculin, GSK3 beta, Ras‐GRF1, VEGFR2, PDK1, p130Cas, XIAP, VASP, Caveolin‐1, Integrin beta‐4, AKT1, Catenin beta, BAD, Cyclin D3
mTOR signaling pathway 10 33 1.30E‐07 1.61E‐04 PKC alpha/beta II, AKT1S1, AMPK1, IRS‐1, 4E‐BP1, PDK1, LKB1, AKT1, S6 Ribosomal Protein, mTOR
HIF‐1 signaling pathway 13 33 1.16E‐08 1.44E‐05 HER2, PLCG1, PLCG2, PKC alpha/beta II, EGFR, MEK1, NFkB‐p65, 4E‐BP1, NFkB‐p105/p50, p27Kip1, AKT1, S6 Ribosomal Protein, mTOR
MAPK signaling pathway 24 32 9.43E‐13 1.17E‐09 c‐Jun, MEF2C, Tau, Raf1, MSK1, c‐PLA2, PKC alpha/beta II, EGFR, Elk1, NFkB‐p65, MEK1, PKA CAT, Ras‐GRF1, AKT1, p53, MKP1, MKP2, MKK4/SEK1, Arrestin‐1, FAS, Stathmin 1, ATF2, NFkB‐p105/p50, Myc
TNF signaling pathway 11 30 3.20E‐06 3.96E‐03 c‐Jun, MKK4/SEK1, FAS, MSK1, NFkB‐p65, ATF2, MEK1, NFkB‐p105/p50, CREB, AKT1, JunD
cAMP signaling pathway 14 29 5.53E‐06 6.84E‐03 c‐Jun, NMDAR1, Raf1, NFkB‐p65, MEK1, PKA CAT, ATPase, CREB, RyR2, AKT1, PLD1, BAD, NFkB‐p105/p50, DARPP‐32
Rap1 signaling pathway 15 27 1.94E‐06 2.41E‐03 NMDAR1, Raf1, PKC alpha/beta II, EGFR, PLC beta3, MEK1, VEGFR2, p130Cas, VASP, LAT, AKT1, Catenin beta, PKD2, PLCG1, PKD1/PKC mu
Ras signaling pathway 18 27 2.29E‐08 2.83E‐05 NMDAR1, c‐PLA2, Raf1, PKC alpha/beta II, Elk1, EGFR, NFkB‐p65, MEK1, PKA CAT, Ras‐GRF1, VEGFR2, LAT, AKT1, PLCG1, PLCG2, PLD1, BAD, NFkB‐p105/p50
FoxO signaling pathway 13 25 4.96E‐07 6.13E‐04 Raf1, EGFR, FKHRL1/FOXO3A, MEK1, PDK1, LKB1, p27Kip1, AKT1, AMPK beta1, PLK1, AMPK1, IRS‐1, CyclinB1

Proteins with altered phosphorylation rate (FC < 0.75 or FC > 1.33) were subjected to KEGG pathway analysis.

Abbreviations: FDR, false discovery rate; KEGG, Kyoto Encyclopedia of Genes and Genomes.

a

Phosphorylation change rate means percentage of proteins with phosphorylation change, which was calculated by dividing proteins with phosphorylation change by all analyzed proteins in each pathway.