PPI network (data source: BioGrid)

Symbol A GeneA coding DNM count Symbol B GeneB coding DNM count Interaction detection method Publication Evidence
RELA 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NCBP1 7 NFIC 5 affinity chromatography technology Hein MY (2015) 1
TRIM25 5 MAPK14 0 affinity chromatography technology Choudhury NR (2017) 1
FOXE1 2 DACH1 3 affinity chromatography technology Li X (2015) 1
SMAD3 1 ZCCHC14 3 two hybrid Wang J (2011) 1
CTR9 10 NFIC 5 affinity chromatography technology Hein MY (2015) 1
MYC 2 RBPJ 1 affinity chromatography technology Agrawal P (2010) 1
ELAVL1 0 NFIC 5 affinity chromatography technology Abdelmohsen K (2009) 1
FOXE1 2 TFAP4 3 affinity chromatography technology Li X (2015) 1
TRIM25 5 MYC 2 affinity chromatography technology Choudhury NR (2017) 1
NFIC 5 GLIS1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
NSD3 6 NFIC 5 fluorescent resonance energy transfe Ivanov AA (2017) 1
TEAD2 2 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TRIM25 5 GLIS2 2 affinity chromatography technology Choudhury NR (2017) 1
TRIM25 5 HSP90AA1 7 affinity chromatography technology Choudhury NR (2017) 1
MYC 2 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HNRNPL 3 LATS2 1 affinity chromatography technology Fei T (2017) 1
GLIS2 2 SOX3 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 TKTL2 2 two hybrid Rual JF (2005) 1
ELAVL1 0 TEAD2 2 affinity chromatography technology Abdelmohsen K (2009) 1
NFIC 5 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
TRIM25 5 ELAVL1 0 affinity chromatography technology, affinity chromatography technology Choudhury NR (2017), Choudhury NR (2017) 2
HNRNPL 3 MAP2K3 1 affinity chromatography technology Fei T (2017) 1
HSP90AA1 7 MYC 2 affinity chromatography technology Carystinos GD (2003) 1
NFIC 5 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
RFX1 3 NFIC 5 affinity chromatography technology Norquay LD (2003) 1
FOXC1 0 CREB1 1 affinity chromatography technology Li X (2015) 1
NFIC 5 ZCCHC14 3 two hybrid Rual JF (2005) 1
HNRNPL 3 SMURF1 4 affinity chromatography technology Fei T (2017) 1
FBXO7 1 HSP90AA1 7 affinity chromatography technology Teixeira FR (2016) 1
FOXE1 2 CREB1 1 affinity chromatography technology Li X (2015) 1
TRIM25 5 FBXO7 1 affinity chromatography technology Choudhury NR (2017) 1
ELAVL1 0 NFIB 2 affinity chromatography technology Abdelmohsen K (2009) 1
NSD3 6 GLIS2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
TH 2 NFIC 5 affinity chromatography technology Huttlin EL (2017) 1
RFX1 3 NFIB 2 affinity chromatography technology Norquay LD (2003) 1
NFIC 5 DACH1 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
FOXE1 2 NFIC 5 affinity chromatography technology Li X (2015) 1
DACH1 3 SOX3 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
NSD3 6 SOX3 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 TPD52L3 0 two hybrid Rual JF (2005) 1
NFIC 5 GLIS2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
FOXA1 2 TFAP4 3 affinity chromatography technology Li X (2015) 1
TRIM25 5 MAP2K3 1 affinity chromatography technology Choudhury NR (2017) 1
RELA 1 SMAD3 1 two hybrid Wang J (2011) 1
GLIS1 4 RELA 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIB 2 NFIC 5 pull down, affinity chromatography technology Liu Y (1997), Huttlin EL (2017) 2
FOXC1 0 DACH1 3 affinity chromatography technology Li X (2015) 1
LATS2 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
TEAD2 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
RBPJ 1 TFAP4 3 affinity chromatography technology Li X (2015) 1
CBLC 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAPK14 0 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS1 4 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NSD3 6 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NSD3 6 CBLC 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FOXC1 0 NFIC 5 affinity chromatography technology Li X (2015) 1
NFIC 5 CBLC 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAPK14 0 CREB1 1 affinity chromatography technology Wang J (2013) 1
HNRNPL 3 GLIS1 4 affinity chromatography technology Fei T (2017) 1
TRIM25 5 SMAD3 1 affinity chromatography technology Choudhury NR (2017) 1
TRIM25 5 HNRNPL 3 affinity chromatography technology Choudhury NR (2017) 1
HNRNPL 3 TFAP4 3 affinity chromatography technology Fei T (2017) 1
DACH1 3 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 GLIS1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
DACH1 3 SMAD3 1 affinity chromatography technology Wu K (2003) 1
GLIS1 4 SOX3 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS1 4 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 NFIC 5 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
LATS2 1 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
SMAD3 1 SMURF1 4 affinity chromatography technology, two hybrid, affinity chromatography technology, affinity chromatography technology Komuro A (2004), Colland F (2004), Li Y (2017), Li Y (2017) 4
MAPK14 0 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HNRNPL 3 NFIC 5 affinity chromatography technology Fei T (2017) 1
EPHA2 3 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ELAVL1 0 FOXA1 2 affinity chromatography technology Abdelmohsen K (2009) 1
NFIC 5 SMAD3 1 affinity chromatography technology Lee DS (2011) 1
RBPJ 1 NFIC 5 affinity chromatography technology Li X (2015) 1
GLIS2 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ELAVL1 0 TFAP4 3 affinity chromatography technology Abdelmohsen K (2009) 1
TEAD2 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 LLPH 0 two hybrid Rual JF (2005) 1
CREB1 1 NFIC 5 affinity chromatography technology Li X (2015) 1
DACH1 3 CREB1 1 affinity chromatography technology Wu K (2006) 1
MAP2K3 1 MAPK14 0 enzymatic study, affinity chromatography technology, enzymatic study, enzymatic study, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe, affinity chromatography technology, fluorescent resonance energy transfe Chen Z (2001), Casar B (2007), Deacon K (1997), Mo JS (2010), Varjosalo M (2013), Huttlin EL (2015), Li L (2014), Huttlin EL (2017), Ivanov AA (2017) 9
GLIS1 4 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
ELAVL1 0 HNRNPL 3 affinity chromatography technology Abdelmohsen K (2009) 1
NFIC 5 SOX3 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CBLC 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 CTR9 10 affinity chromatography technology, affinity chromatography technology Jaenicke LA (2016), Jaenicke LA (2016) 2
GLIS2 2 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FOXE1 2 HNRNPL 3 affinity chromatography technology Li X (2015) 1
MYC 2 RELA 1 affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Chapman NR (2002), Covic M (2005), Ivanov AA (2017) 3
ELAVL1 0 MYC 2 affinity chromatography technology Abdelmohsen K (2009) 1
CBLC 1 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FBXO7 1 NFIC 5 enzymatic study Teixeira FR (2016) 1
HSP90AA1 7 EPHA2 3 affinity chromatography technology, affinity chromatography technology Taipale M (2012), Taipale M (2012) 2
GLIS2 2 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
RELA 1 MAPK14 0 two hybrid Vinayagam A (2011) 1
DACH1 3 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 SMURF1 4 affinity chromatography technology, affinity chromatography technology Lee DS (2011), Lee DS (2011) 2
MYC 2 MAP2K3 1 genetic interference, fluorescent resonance energy transfe, affinity chromatography technology, affinity chromatography technology Toyoshima M (2012), Ivanov AA (2017), Ivanov AA (2017), Ivanov AA (2017) 4
NSD3 6 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 SMAD3 1 affinity chromatography technology, pull down, two hybrid Feng XH (2002), Feng XH (2002), Feng XH (2002) 3
ELAVL1 0 EPHA2 3 affinity chromatography technology Abdelmohsen K (2009) 1
TRIM25 5 NFIC 5 affinity chromatography technology Choudhury NR (2017) 1
SOX3 0 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 CBLC 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 RELA 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NFIC 5 ZKSCAN7 2 two hybrid Rual JF (2005) 1
ELAVL1 0 RBPJ 1 affinity chromatography technology Abdelmohsen K (2009) 1
FOXA1 2 NFIC 5 affinity chromatography technology Li X (2015) 1
MAPK14 0 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 NFIC 5 affinity chromatography technology Taipale M (2012) 1
CBLC 1 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
FOXA1 2 CREB1 1 affinity chromatography technology Li X (2015) 1
TFAP4 3 NFIC 5 affinity chromatography technology Ku WC (2009) 1
NFIC 5 MAPK14 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
ELAVL1 0 ZCCHC14 3 affinity chromatography technology Abdelmohsen K (2009) 1
SOX3 0 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
ELAVL1 0 FOXC1 0 affinity chromatography technology Abdelmohsen K (2009) 1
RELA 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
HNRNPL 3 NFIB 2 affinity chromatography technology Fei T (2017) 1
ELAVL1 0 LATS2 1 affinity chromatography technology Abdelmohsen K (2009) 1
HSP90AA1 7 TEAD2 2 affinity chromatography technology Taipale M (2012) 1