PPI network (data source: BioGrid)

Symbol A GeneA coding DNM count Symbol B GeneB coding DNM count Interaction detection method Publication Evidence
TP53 0 HSP90AA1 7 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, enzymatic study, affinity chromatography technology, affinity chromatography technology, pull down Wang C (2003), Akakura S (2001), Peng Y (2001), Nagata Y (1999), Wang J (2011), Burch L (2004), Taipale M (2012), Fogeron ML (2013), Walerych D (2004) 9
MAP2K5 1 MDM4 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 SQSTM1 0 affinity chromatography technology Koch HB (2007) 1
MET 7 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
AKT1 1 TERT 7 affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Kawauchi K (2005), Kim MO (2008), Ivanov AA (2017) 3
FZR1 1 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 ASRGL1 1 affinity chromatography technology Huttlin EL (2017) 1
CDKN2A 1 HSP90AA1 7 pull down Souza-Rodrigues E (2007) 1
PDGFRA 3 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2C 0 TP53 0 two hybrid Stelzl U (2005) 1
FZR1 1 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 XRCC6 3 two hybrid Wang J (2011) 1
RAF1 3 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 MET 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
GCH1 0 MAP2K5 1 affinity chromatography technology Chiarini A (2009) 1
GRM1 4 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 CDC37 0 affinity chromatography technology, affinity chromatography technology, pull down, two hybrid, pull down, biochemical, protein complementation assay, biochemical, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Ewing RM (2007), Dai K (1996), Dai K (1996), Lamphere L (1997), Stepanova L (1996), Stepanova L (1996), Srivastav RK (2011), Wang H (2002), Taipale M (2014), Taipale M (2014), Huttlin EL (2015), Li J (2013), Huttlin EL (2017) 13
PARD6A 0 MAP2K5 1 two hybrid, two hybrid, affinity chromatography technology Lamark T (2003), Lamark T (2003), Lamark T (2003) 3
MAP2K5 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
LNX2 2 C10orf88 1 two hybrid Yu H (2011) 1
CDK4 2 CDK6 0 affinity chromatography technology, fluorescent resonance energy transfe Varjosalo M (2013), Ivanov AA (2017) 2
BECN1 2 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CD44 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 CCND2 2 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Lin J (2001), Kehn K (2004), Kehn K (2004), Sweeney KJ (1997), Huttlin EL (2015), Huttlin EL (2017), Denicourt C (2008), Ivanov AA (2017) 8
CDC37 0 SQSTM1 0 two hybrid, affinity chromatography technology Vinayagam A (2011), Li J (2013) 2
NF2 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
ERBB2 6 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDC37 0 RAF1 3 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Taipale M (2014), Taipale M (2014), Li J (2013) 3
CDKN2C 0 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 CDKN2A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TERT 7 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
YWHAZ 1 MDM4 0 affinity chromatography technology, affinity chromatography technology Lopez-Pajares V (2008), Huttlin EL (2017) 2
GLIS2 2 RAF1 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
TEAD2 2 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K6 2 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 ERBB2 6 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Xu W (2001), Jeong JH (2008), Mollapour M (2010), Citri A (2002), Jung Y (2007), Suzuki T (2011), Tsutsumi S (2012), Taipale M (2012), Bali P (2005), Woodford MR (2016), Yan YY (2011), Yan YY (2011) 12
CDKN2C 0 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 MDM4 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 CDKN2A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TERT 7 ENO1 3 two hybrid Wang W (2013) 1
GLIS2 2 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CD44 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 CDK4 2 affinity chromatography technology, biochemical, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Tsutsumi S (2012), Wang H (2002), Taipale M (2012), Varjosalo M (2013), Huttlin EL (2015), Woodford MR (2016), Huttlin EL (2017) 7
MAP2K5 1 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDC37 0 GCH1 0 two hybrid Vinayagam A (2011) 1
MAP2K6 2 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
PRKCI 1 SQSTM1 0 two hybrid, pull down, affinity chromatography technology, biochemical, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, unspecified method, affinity chromatography technology, fluorescent resonance energy transfe Sanchez P (1998), Sanchez P (1998), Sanchez P (1998), Sanchez P (1998), Behrends C (2010), Brajenovic M (2004), Lamark T (2003), Lamark T (2003), Lamark T (2003), Yang JQ (2010), Yang JQ (2010), Erdogan E (2006), Milan E (2015), Tsai LC (2015), Tsai LC (2015), Tsai LC (2015) 16
ERBB2 6 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 MYC 2 enzymatic study, two hybrid, fluorescent resonance energy transfe Anders L (2011), Wang J (2011), Ivanov AA (2017) 3
HGF 1 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 BECN1 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 FZR1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FGFR4 6 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 HIF1A 1 pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, pull down, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, two hybrid, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Hogenesch JB (1997), Qian DZ (2006), Kong X (2006), Kubo T (2004), Zhou J (2004), Fu B (2007), Choi YK (2010), Choi YK (2010), Lee JM (2011), Liu YV (2007), Liu YV (2007), Katschinski DM (2004), Katschinski DM (2004), Katschinski DM (2004), Trisciuoglio D (2010), Trisciuoglio D (2010), Ueda K (2008), Sun H (2013), Kawanami D (2009), Prince TL (2015), Prince TL (2015), Isaacs JS (2004), Lee SH (2015) 23
PDGFRA 3 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TERT 7 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 FZR1 1 genetic interference Srivas R (2016) 1
YWHAZ 1 PRKCZ 5 pull down, enzymatic study Zemlickova E (2003), Van Der Hoeven PC (2000) 2
TERT 7 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HIF1A 1 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDC37 0 CDK6 0 pull down Stepanova L (1996) 1
ARAF 0 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
STK11 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
TSC1 4 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 CDKN2A 1 affinity chromatography technology, unspecified method, pull down, two hybrid, two hybrid, pull down, affinity chromatography technology, pull down, two hybrid, affinity chromatography technology, two hybrid, pull down, two hybrid, pull down, pull down, pull down, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Ewing RM (2007), Fahraeus R (1996), Li J (2004), Sugimoto M (1999), Serrano M (1993), Serrano M (1993), Serrano M (1993), Coleman KG (1997), Zhang Y (1998), Haddad MM (1999), Li J (2002), Li J (2002), Lal G (2000), Yarbrough WG (1999), Della Torre G (2001), Jones R (2007), Jones R (2007), Ramachandran N (2004), Varjosalo M (2013), Varjosalo M (2013), Huttlin EL (2015), Hein MY (2015), Fei HJ (2017), Huttlin EL (2017), Ivanov AA (2017) 25
HSP90AA1 7 MYC 2 affinity chromatography technology Carystinos GD (2003) 1
PDGFRA 3 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 MYC 2 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Herkert B (2010), Amente S (2007), Zhang Q (2013), Ivanov AA (2017) 4
MET 7 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
PRKCI 1 HSP90AA1 7 affinity chromatography technology, affinity chromatography technology Brajenovic M (2004), Taipale M (2012) 2
FZR1 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 TP53 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK6 0 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 BECN1 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP3K2 1 TRAF7 11 affinity chromatography technology Hein MY (2015) 1
TP53 0 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 BECN1 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 MAP2K5 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
TERT 7 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 HIF1A 1 affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Fatyol K (2001), Fatyol K (2001), Ivanov AA (2017) 3
CDKN2A 1 TP53 0 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Zhang Y (2003), Zhang Y (2003), Rizos H (2003), Zhang Y (1998), Zhang Y (1998), Li L (2010), Li L (2010), Kamijo T (1998), Stott FJ (1998), Ivanov AA (2017) 10
MAP3K2 1 MAP2K3 1 enzymatic study Deacon K (1997) 1
STK11 2 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 MET 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
CD44 1 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TEAD2 2 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
TERT 7 XRCC6 3 affinity chromatography technology, pull down Chai W (2002), Chai W (2002) 2
FGFR4 6 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K6 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MET 7 HGF 1 pull down, enzymatic study, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Comoglio PM (1993), Comoglio PM (1993), Naldini L (1991), Goldoni S (2009), Ivanov AA (2017) 5
MAP2K6 2 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAPK7 1 RAF1 3 affinity chromatography technology, pull down English JM (1999), English JM (1999) 2
HGF 1 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2B 0 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CD44 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
YWHAZ 1 ENO1 3 affinity chromatography technology, affinity chromatography technology Jin J (2004), Castello A (2012) 2
GLIS2 2 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 TRAF7 11 affinity chromatography technology Huttlin EL (2017) 1
STK11 2 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 HIF1A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MET 7 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HIF1A 1 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
LATS2 1 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
STK11 2 CDC37 0 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Behrends C (2010), Nony P (2003), Brajenovic M (2004), Gaude H (2012) 4
BECN1 2 RAF1 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
STK11 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK6 0 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDC37 0 AKT1 1 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down Basso AD (2002), Basso AD (2002), Kim H (2014), Sun L (2012) 4
NF2 1 HIF1A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ERBB2 6 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
SQSTM1 0 MAP3K3 3 affinity chromatography technology, pull down, affinity chromatography technology, imaging technique, pull down, affinity chromatography technology Nakamura K (2010), Nakamura K (2010), Nakamura K (2010), Nakamura K (2010), Nakamura K (2010), Yamazaki K (2009) 6
GRM1 4 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 FZR1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2C 0 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 MAP2K6 2 genetic interference, affinity chromatography technology, imaging technique, affinity chromatography technology, fluorescent resonance energy transfe Huber TB (2001), Huttlin EL (2015), Chen TC (2014), Huttlin EL (2017), Ivanov AA (2017) 5
MYC 2 RAF1 3 pull down, affinity chromatography technology, fluorescent resonance energy transfe Alexandrov I (1997), Koch HB (2007), Ivanov AA (2017) 3
NXF1 0 ERBB2 6 affinity chromatography technology Castello A (2012) 1
MAP2K5 1 HGF 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 TP53 0 affinity chromatography technology Verma N (2017) 1
ARAF 0 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NXF1 0 TEAD2 2 affinity chromatography technology Castello A (2012) 1
ARAF 0 GLIS2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 RAF1 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CD44 1 SQSTM1 0 affinity chromatography technology, affinity chromatography technology Hein MY (2015), Huttlin EL (2017) 2
HSP90AA1 7 AKT1 1 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down Haendeler J (2003), Kawauchi K (2005), Sato S (2000), Basso AD (2002), Su CH (2011), Klein JB (2005), Sun L (2012) 7
HGF 1 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 CDC42BPB 16 two hybrid Bandyopadhyay S (2010) 1
RAF1 3 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2C 0 CDK4 2 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, two hybrid, two hybrid, two hybrid, affinity chromatography technology, affinity chromatography technology, two hybrid, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Ewing RM (2007), Ewing RM (2007), Guan KL (1994), Guan KL (1994), Guan KL (1994), Li J (2002), Wang J (2011), Varjosalo M (2013), Varjosalo M (2013), Rolland T (2014), Huttlin EL (2015), Huttlin EL (2017), Ivanov AA (2017) 13
NXF1 0 LNX2 2 affinity chromatography technology Castello A (2012) 1
MAP2K3 1 HIF1A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 CDKN2A 1 affinity chromatography technology, fluorescent resonance energy transfe Jackson MW (2001), Ivanov AA (2017) 2
MAP2K3 1 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ERBB2 6 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
ESRRA 2 NXF1 0 two hybrid Wang J (2011) 1
GLIS2 2 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2C 0 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 BECN1 2 pull down, fluorescent resonance energy transfe Pimkina J (2009), Ivanov AA (2017) 2
HIF1A 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
PRKCZ 5 PRKCI 1 affinity chromatography technology, affinity chromatography technology So J (2015), Huttlin EL (2017) 2
CD44 1 PRKCZ 5 affinity chromatography technology Park D (2012) 1
RAF1 3 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
TSC1 4 AKT1 1 affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Roux PP (2004), Dan HC (2002), Ivanov AA (2017) 3
ARAF 0 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 CCND2 2 pull down, pull down, fluorescent resonance energy transfe Li J (2004), Li J (2002), Ivanov AA (2017) 3
TEAD2 2 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
XRCC6 3 TP53 0 affinity chromatography technology, affinity chromatography technology Feki A (2005), Feki A (2005) 2
GLIS2 2 CDKN2A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
YWHAZ 1 RAF1 3 pull down, affinity chromatography technology, pull down, pull down, affinity chromatography technology, affinity chromatography technology, pull down, two hybrid, affinity chromatography technology, two hybrid, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, fluorescent resonance energy transfe Clark GJ (1997), Tzivion G (2000), Tzivion G (2000), Koyama S (1995), Koyama S (1995), Van Der Hoeven PC (2000), Chow CW (2000), Andersen SD (2012), Subramanian RR (2001), Wang H (1998), Wang H (1998), Wang H (1998), Dougherty MK (2005), Rajalingam K (2005), Zhu J (2005), So J (2015), Powell DW (2003), Ivanov AA (2017) 18
RAF1 3 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
YWHAZ 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK6 0 MYC 2 enzymatic study, fluorescent resonance energy transfe Anders L (2011), Ivanov AA (2017) 2
FZR1 1 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 CDKN2A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TERT 7 YWHAZ 1 two hybrid Seimiya H (2000) 1
MAP2K5 1 CDC37 0 affinity chromatography technology Huttlin EL (2017) 1
MAP2K5 1 PDGFRA 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 MAPK7 1 affinity chromatography technology Taipale M (2012) 1
NXF1 0 MAP2K5 1 affinity chromatography technology Castello A (2012) 1
TP53 0 TERT 7 genetic interference, genetic interference Xie L (2013), Xie L (2013) 2
LATS2 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
NXF1 0 SQSTM1 0 affinity chromatography technology Castello A (2012) 1
TEAD2 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
GCH1 0 YWHAZ 1 affinity chromatography technology, two hybrid Wang J (2011), Wang J (2011) 2
MYC 2 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK6 0 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K6 2 BECN1 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TSC1 4 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
SQSTM1 0 HIF1A 1 affinity chromatography technology Liu XW (2013) 1
HIF1A 1 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
HIF1A 1 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
STK11 2 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 CDKN2A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 MDM4 0 affinity chromatography technology Taipale M (2012) 1
NF2 1 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CCND2 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2C 0 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 RPL28 0 affinity chromatography technology Horikawa I (2014) 1
CDK4 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MET 7 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 PDGFRA 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 MET 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NXF1 0 TSC1 4 affinity chromatography technology Castello A (2012) 1
AKT1 1 RAF1 3 enzymatic study, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Zimmermann S (1999), Zimmermann S (1999), Wang J (2009), Wang J (2009), Ivanov AA (2017) 5
BECN1 2 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
PRKCZ 5 CDC42BPB 16 affinity chromatography technology Huttlin EL (2017) 1
TP53 0 MET 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
STAMBP 2 MAP3K2 1 enzymatic study Takeda AN (2014) 1
SQSTM1 0 MAP2K5 1 affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down Nakamura K (2010), Nakamura K (2010), Nakamura K (2010), Lamark T (2003), Lamark T (2003), Lamark T (2003) 6
SQSTM1 0 PRKCZ 5 affinity chromatography technology, pull down, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, unspecified method, affinity chromatography technology, imaging technique, affinity chromatography technology Sanz L (2000), Hirano Y (2004), Chang S (2002), Wilson MI (2003), Feng Y (2005), Kim GY (2012), Urbanczyk A (2011), Linares JF (2011), So J (2015), Tsai LC (2015), Huttlin EL (2017), Tobias IS (2016), Tobias IS (2016) 13
GLIS2 2 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 PDGFRA 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
YWHAZ 1 PARD6A 0 affinity chromatography technology Brajenovic M (2004) 1
CDK4 2 CDKN2B 0 two hybrid, two hybrid, two hybrid, two hybrid, affinity chromatography technology, fluorescent resonance energy transfe, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Rual JF (2005), Stelzl U (2005), Vinayagam A (2011), Xin X (2009), Varjosalo M (2013), Varjosalo M (2013), Varjosalo M (2013), Varjosalo M (2013), Huttlin EL (2015), Hein MY (2015), Huttlin EL (2017), Ivanov AA (2017) 12
GLIS2 2 MDM4 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAPK7 1 PRKCZ 5 affinity chromatography technology, two hybrid, enzymatic study Nigro P (2010), Nigro P (2010), Nigro P (2010) 3
MAP2K5 1 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 STK11 2 affinity chromatography technology, fluorescent resonance energy transfe Karuman P (2001), Ivanov AA (2017) 2
FZR1 1 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP3K2 1 YWHAZ 1 affinity chromatography technology Hein MY (2015) 1
CDK6 0 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP3K3 3 HSP90AA1 7 affinity chromatography technology, affinity chromatography technology Fang S (2009), Fang S (2009) 2
GRM1 4 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 MET 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
NXF1 0 YWHAZ 1 affinity chromatography technology Castello A (2012) 1
CDK4 2 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 CDK6 0 affinity chromatography technology Taipale M (2012) 1
MAP3K3 3 MAP2K5 1 two hybrid, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, two hybrid, affinity chromatography technology, pull down, enzymatic study, pull down, imaging technique, affinity chromatography technology Sun W (2001), Bouwmeester T (2004), Sun W (2001), Nakamura K (2010), Lamark T (2003), Lamark T (2003), Erdogan E (2006), Takeda AN (2014), Takeda AN (2014), Chen TC (2014), Huttlin EL (2017) 11
MAP2K5 1 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
SQSTM1 0 YWHAZ 1 pull down Pridgeon JW (2004) 1
HGF 1 GLIS2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CCND2 2 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 PDGFRA 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MET 7 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2B 0 CDKN2A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 TP53 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CD44 1 PRKCI 1 affinity chromatography technology Huttlin EL (2017) 1
ENO1 3 XRCC6 3 affinity chromatography technology Castello A (2012) 1
MAP2K5 1 RPL28 0 two hybrid Wang J (2011) 1
LATS2 1 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAPK7 1 MAP3K2 1 affinity chromatography technology Takeda AN (2014) 1
CDKN2A 1 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2C 0 CDK6 0 affinity chromatography technology, affinity chromatography technology, pull down, two hybrid, x-ray crystallography, affinity chromatography technology, two hybrid, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Ewing RM (2007), Guan KL (1994), Guan KL (1994), Guan KL (1994), Jeffrey PD (2000), Varjosalo M (2013), Rolland T (2014), Huttlin EL (2015), Huttlin EL (2017), Venkataramani RN (2002), Ivanov AA (2017) 11
EPHA2 3 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 BECN1 2 affinity chromatography technology Xu C (2011) 1
ARNT 1 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
PRKCZ 5 HSP90AA1 7 two hybrid, affinity chromatography technology, affinity chromatography technology Bandyopadhyay S (2010), Taipale M (2012), Taipale M (2012) 3
NF2 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
YWHAZ 1 PRKCI 1 pull down, affinity chromatography technology Zemlickova E (2003), Brajenovic M (2004) 2
ERBB2 6 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 CDKN2A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
STAMBP 2 MAP2K5 1 two hybrid Tsang HT (2006) 1
CDKN2A 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 TSC1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
MDM4 0 TP53 0 enzymatic study, pull down, pull down, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, imaging technique, pull down, enzymatic study, pull down, affinity chromatography technology, affinity chromatography technology, enzymatic study, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, protein complementation assay, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, protein complementation assay, affinity chromatography technology, affinity chromatography technology, unspecified method, x-ray crystallography, unspecified method, x-ray crystallography, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, pull down, affinity chromatography technology, enzymatic study, pull down, enzymatic study, affinity chromatography technology, imaging technique, pull down, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, pull down, x-ray crystallography, protein complementation assay, affinity chromatography technology, unspecified method, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, pull down, unspecified method, fluorescent resonance energy transfe, pull down Badciong JC (2002), Shvarts A (1997), Shvarts A (1997), Tang Y (2008), Okamoto K (2005), Chen L (2005), Wang X (2001), Ohtsubo C (2009), Zdzalik M (2010), Singh RK (2007), Kim S (2010), Li M (2011), Li M (2011), David Y (2011), de Graaf P (2003), Wade M (2012), Wade M (2012), Wade M (2012), Stad R (2000), Stad R (2000), Bernal F (2010), Bernal F (2010), Bernal F (2010), Bernal F (2010), Miller KR (2010), Zuckerman V (2009), Kallen J (2009), Czarna A (2009), Czarna A (2009), Popowicz GM (2008), Hu B (2007), Sharp DA (1999), Li C (2002), Di Conza G (2012), Mancini F (2009), Mancini F (2009), Wu S (2012), Shan B (2012), Wu S (2012), Wu S (2012), Ranaweera RS (2013), Bista M (2013), Bista M (2013), Wang CL (2014), Wang CL (2014), Rallapalli R (1999), Chang YS (2013), Chang YS (2013), Tan BX (2014), Huttlin EL (2015), Sanchez MC (2010), Sanchez MC (2010), Li YC (2014), Li X (2015), Chen X (2015), Chen L (2015), Chen L (2015), Chen L (2015), Wei X (2016), Wei X (2016), Xie X (2016), Huttlin EL (2017), Borcherds W (2017), Shangary S (2008), Ivanov AA (2017), Mancini F (2016) 66
MAP3K3 3 TRAF7 11 affinity chromatography technology, affinity chromatography technology Bouwmeester T (2004), Xu LG (2004) 2
CDK4 2 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK6 0 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 HIF1A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
HIF1A 1 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
PRKCI 1 CDC37 0 affinity chromatography technology Brajenovic M (2004) 1
NXF1 0 CDC37 0 affinity chromatography technology Castello A (2012) 1
TEAD2 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 SQSTM1 0 pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Di Lello P (2006), Horikawa I (2014), Kang JH (2016), Kang JH (2016) 4
HSP90AA1 7 ARAF 0 affinity chromatography technology, affinity chromatography technology Taipale M (2012), Taipale M (2012) 2
MAP2K5 1 GRM1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2C 0 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
YWHAZ 1 TP53 0 affinity chromatography technology, pull down, affinity chromatography technology Waterman MJ (1998), Waterman MJ (1998), Gu YM (2006) 3
GRM1 4 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 RAF1 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK6 0 CCND2 2 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Lin J (2001), Sweeney KJ (1997), Varjosalo M (2013), Ivanov AA (2017) 4
ARNT 1 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 MDM4 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
LATS2 1 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
ERBB2 6 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAPK7 1 TP53 0 affinity chromatography technology, affinity chromatography technology Yang Q (2013), Yang Q (2013) 2
TP53 0 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 YWHAZ 1 two hybrid Bandyopadhyay S (2010) 1
TP53 0 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAPK7 1 CDC37 0 affinity chromatography technology, affinity chromatography technology Erazo T (2013), Erazo T (2013) 2
ESRRA 2 MAP2K5 1 two hybrid Wang J (2011) 1
ARNT 1 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
YWHAZ 1 XRCC6 3 two hybrid Stelzl U (2005) 1
ARAF 0 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 HIF1A 1 affinity chromatography technology, two hybrid, pull down, affinity chromatography technology, imaging technique, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, biochemical, affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, pull down, affinity chromatography technology, pull down, two hybrid, two hybrid, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, pull down, pull down, two hybrid, imaging technique, fluorescent resonance energy transfe, fluorescent resonance energy transfe, pull down, two hybrid, two hybrid Woods SL (2002), Hogenesch JB (1997), Hogenesch JB (1997), Behrends C (2010), Wang F (2004), Lim W (2011), Sufan RI (2009), Sufan RI (2009), Katschinski DM (2004), Katschinski DM (2004), Chun YS (2002), Hein MY (2015), Huttlin EL (2017), Kalousi A (2010), Kalousi A (2010), Isaacs JS (2004), Chilov D (1999), Chilov D (1999), Chilov D (1999), Kallio PJ (1997), Amir S (2009), Yang L (2008), Hur E (2002), Lando D (2000), Sadek CM (2000), Chapman-Smith A (2006), Suzuki H (2001), Suzuki H (2001), Li YM (2005), Jiang BH (1996), Jiang BH (1996), Jiang BH (1996), Jiang BH (1996), Park EJ (2006), Park EJ (2006), Ruas JL (2005), Wotzlaw C (2007), Ivanov AA (2017), Depping R (2004), Depping R (2004), Depping R (2004) 41
RAF1 3 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
XRCC6 3 HIF1A 1 affinity chromatography technology, affinity chromatography technology Um JH (2004), Um JH (2004) 2
HSP90AA1 7 TERT 7 affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, pull down Haendeler J (2003), Kawauchi K (2005), Holt SE (1999), Lee JH (2010), Lee JH (2010), Forsythe HL (2001) 6
MET 7 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MET 7 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
HIF1A 1 TP53 0 affinity chromatography technology, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down Chen D (2003), Ravi R (2000), Hansson LO (2002), An WG (1998), An WG (1998), Chowdhury AR (2017), Chowdhury AR (2017), Suzuki H (2001), Sanchez-Puig N (2005) 9
PDGFRA 3 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K6 2 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 ARNT 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
NXF1 0 NF2 1 affinity chromatography technology Castello A (2012) 1
ARNT 1 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 ERBB2 6 genetic interference, fluorescent resonance energy transfe Shen JP (2017), Ivanov AA (2017) 2
AKT1 1 NF2 1 affinity chromatography technology, affinity chromatography technology, pull down, pull down, enzymatic study, pull down, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Tang X (2007), Tang X (2007), Tang X (2007), Tang X (2007), Laulajainen M (2011), Laulajainen M (2011), Laulajainen M (2011), Laulajainen M (2011), Ivanov AA (2017) 9
LNX2 2 MAP2K5 1 two hybrid Yu H (2011) 1
HIF1A 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP3K3 3 MAP2K3 1 enzymatic study Deacon K (1997) 1
EPHA2 3 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 GLIS2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 PRKCZ 5 affinity chromatography technology, affinity chromatography technology, pull down Van Der Hoeven PC (2000), Van Der Hoeven PC (2000), Van Der Hoeven PC (2000) 3
CDKN2A 1 CDK6 0 unspecified method, x-ray crystallography, pull down, pull down, pull down, affinity chromatography technology, enzymatic study, pull down, affinity chromatography technology, pull down, affinity chromatography technology, pull down, affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Fahraeus R (1996), Russo AA (1998), Kaldis P (2001), Yarbrough WG (1999), Della Torre G (2001), Ezhevsky SA (1997), Ezhevsky SA (1997), Jones R (2007), Jones R (2007), Ramachandran N (2004), Varjosalo M (2013), Souza-Rodrigues E (2007), Huttlin EL (2015), Huttlin EL (2017), Ivanov AA (2017) 15
BECN1 2 TSC1 4 affinity chromatography technology, fluorescent resonance energy transfe Behrends C (2010), Ivanov AA (2017) 2
BECN1 2 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 TSC1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
AKT1 1 ENO1 3 affinity chromatography technology Klein JB (2005) 1
ARAF 0 YWHAZ 1 two hybrid, affinity chromatography technology, fluorescent resonance energy transfe Bandyopadhyay S (2010), So J (2015), Ivanov AA (2017) 3
CDKN2A 1 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 EPHA2 3 affinity chromatography technology, affinity chromatography technology Taipale M (2012), Taipale M (2012) 2
CD44 1 ERBB2 6 affinity chromatography technology, fluorescent resonance energy transfe Tsatas D (2002), Ivanov AA (2017) 2
CDK6 0 CDKN2B 0 affinity chromatography technology, fluorescent resonance energy transfe, affinity chromatography technology, two hybrid, affinity chromatography technology, fluorescent resonance energy transfe, affinity chromatography technology, fluorescent resonance energy transfe Varjosalo M (2013), Varjosalo M (2013), Varjosalo M (2013), Rolland T (2014), Huttlin EL (2015), Mo XL (2015), Huttlin EL (2017), Ivanov AA (2017) 8
NF2 1 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 TP53 0 enzymatic study Gmachl M (2000) 1
ERBB2 6 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 PRKCZ 5 affinity chromatography technology, affinity chromatography technology, pull down Diaz-Meco MT (2001), Diaz-Meco MT (2001), Diaz-Meco MT (2001) 3
RAF1 3 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 TP53 0 affinity chromatography technology, fluorescent resonance energy transfe Agrawal P (2010), Ivanov AA (2017) 2
RAF1 3 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDC37 0 ARAF 0 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Taipale M (2014), Taipale M (2014), Li J (2013) 3
TSC1 4 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 HIF1A 1 affinity chromatography technology, affinity chromatography technology, fluorescent resonance energy transfe Koshiji M (2004), Koshiji M (2004), Ivanov AA (2017) 3
MYC 2 TSC1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K6 2 MAP2K5 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
PDGFRA 3 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
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
MET 7 HSP90AA1 7 affinity chromatography technology, affinity chromatography technology Jang KW (2011), Prince TL (2015) 2
RAF1 3 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 PRKCI 1 affinity chromatography technology, affinity chromatography technology Lamark T (2003), Lamark T (2003) 2
STK11 2 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
LATS2 1 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP3K2 1 MAP3K3 3 pull down, affinity chromatography technology Takeda AN (2014), Hein MY (2015) 2
ARAF 0 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ERBB2 6 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 MAPK7 1 two hybrid, pull down, enzymatic study, pull down, affinity chromatography technology, affinity chromatography technology Zhou G (1995), Zhou G (1995), Takeda AN (2014), Takeda AN (2014), Takeda AN (2014), Huttlin EL (2017) 6
MAP2K6 2 RAF1 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
CD44 1 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 HIF1A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARNT 1 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 PDGFRA 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 CDKN2A 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
TSC1 4 YWHAZ 1 two hybrid Nellist M (2002) 1
TERT 7 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2A 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
HIF1A 1 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 PDGFRA 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
FGFR4 6 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
STAMBP 2 TP53 0 enzymatic study Fernandez-Majada V (2016) 1
MYC 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 BECN1 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 RAF1 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 MAP2K5 1 enzymatic study, fluorescent resonance energy transfe Zhou G (1995), Ivanov AA (2017) 2
CCND2 2 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
NXF1 0 XRCC6 3 affinity chromatography technology Castello A (2012) 1
CDC37 0 ERBB2 6 affinity chromatography technology Li J (2013) 1
GLIS2 2 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 HSP90AA1 7 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Stancato LF (1993), Dogan T (2008), Mollapour M (2010), Du J (2006), Maloney A (2007), Fiskus W (2007), Giommarelli C (2010), Arlander SJ (2006), ONeill E (2004), Taipale M (2012), Zhu J (2005), Schneider C (1996), Mollapour M (2014), Atabakhsh E (2012), Mitra S (2016) 15
CDKN2A 1 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
PRKCI 1 PARD6A 0 two hybrid, affinity chromatography technology, affinity chromatography technology, two hybrid, two hybrid, two hybrid, two hybrid, affinity chromatography technology, affinity chromatography technology, pull down, two hybrid, two hybrid, affinity chromatography technology Rual JF (2005), Brajenovic M (2004), Suzuki A (2001), Suzuki A (2001), Suzuki A (2001), Lamark T (2003), Lamark T (2003), Lamark T (2003), Lamark T (2003), Erdogan E (2006), Rolland T (2014), Yu H (2011), Hein MY (2015) 13
ERBB2 6 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2B 0 CD44 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 MET 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K3 1 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 XRCC6 3 affinity chromatography technology Zhou L (2015) 1
ARAF 0 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K6 2 GLIS2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 ENO1 3 affinity chromatography technology Ghosh AK (2005) 1
CDK6 0 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 MDM4 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
LATS2 1 LNX2 2 affinity chromatography technology Couzens AL (2013) 1
HGF 1 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 ARNT 1 affinity chromatography technology Isaacs JS (2004) 1
TP53 0 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAPK7 1 YWHAZ 1 affinity chromatography technology Erazo T (2013) 1
MYC 2 CDKN2C 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 ASRGL1 1 two hybrid Vinayagam A (2011) 1
BECN1 2 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
TEAD2 2 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
FGFR4 6 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
TP53 0 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 MET 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK6 0 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
AKT1 1 ARNT 1 affinity chromatography technology, affinity chromatography technology, enzymatic study, fluorescent resonance energy transfe Li YM (2005), Li YM (2005), Li YM (2005), Ivanov AA (2017) 4
MET 7 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
AKT1 1 YWHAZ 1 affinity chromatography technology, pull down, enzymatic study, affinity chromatography technology Powell DW (2002), Powell DW (2002), Powell DW (2002), Klein JB (2005) 4
NXF1 0 CDKN2A 1 affinity chromatography technology Castello A (2012) 1
HSP90AA1 7 CDC37 0 x-ray crystallography, pull down, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, pull down, pull down, affinity chromatography technology, affinity chromatography technology Roe SM (2004), Silverstein AM (1998), Mollapour M (2010), Basso AD (2002), Tsutsumi S (2012), De Nardo D (2005), Sarkar S (2012), Gano JJ (2010), Taipale M (2012), Skarra DV (2011), Zhang H (2004), Taipale M (2014), Taipale M (2014), Mollapour M (2014), Hein MY (2015), Hein MY (2015), Li J (2013), Woodford MR (2016), Shao J (2003), Scholz GM (2001), Sun L (2012), Sun L (2012), Woodford MR (2016), Synoradzki K (2015) 24
MYC 2 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CCND2 2 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 TSC1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
STK11 2 HSP90AA1 7 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology Nony P (2003), Brajenovic M (2004), Gaude H (2012), Taipale M (2012), Huttlin EL (2017) 5
MAP3K2 1 MAP2K5 1 two hybrid, affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, two hybrid, pull down, affinity chromatography technology, enzymatic study, pull down, affinity chromatography technology Sun W (2001), Sun W (2001), Nakamura K (2010), Nakamura K (2010), Wang J (2011), Takeda AN (2014), Takeda AN (2014), Takeda AN (2014), Takeda AN (2014), Huttlin EL (2017) 10
CD44 1 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 BECN1 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
HIF1A 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
CCND2 2 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 MAP3K2 1 affinity chromatography technology Taipale M (2012) 1
CDK6 0 TSC1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
GLIS2 2 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP3K3 3 CDC37 0 affinity chromatography technology Bouwmeester T (2004) 1
PDGFRA 3 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
GRM1 4 CDK4 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 ERBB2 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
TEAD2 2 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
FZR1 1 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDK4 2 TSC1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K5 1 MET 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
NF2 1 LATS2 1 x-ray crystallography, affinity chromatography technology, fluorescent resonance energy transfe, affinity chromatography technology Li Y (2015), Yin F (2013), Ivanov AA (2017), Zhu C (2018) 4
RAF1 3 PDGFRA 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
PRKCZ 5 PARD6A 0 two hybrid, pull down, two hybrid, affinity chromatography technology, two hybrid, two hybrid, affinity chromatography technology, affinity chromatography technology, imaging technique, affinity chromatography technology Rual JF (2005), Liu XF (2004), Noda Y (2001), Brajenovic M (2004), Lamark T (2003), Lamark T (2003), So J (2015), Huttlin EL (2017), Tobias IS (2016), Tobias IS (2016) 10
MAP2K5 1 MYC 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
EPHA2 3 CDKN2B 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K6 2 HGF 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CD44 1 NF2 1 affinity chromatography technology, unspecified method, fluorescent resonance energy transfe Tang X (2007), Mori T (2014), Ivanov AA (2017) 3
CDK6 0 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 MAP2K5 1 affinity chromatography technology Taipale M (2012) 1
CCND2 2 TSC1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
NXF1 0 RAF1 3 affinity chromatography technology Castello A (2012) 1
MAP2K5 1 C10orf88 1 affinity chromatography technology Huttlin EL (2017) 1
PRKCZ 5 AKT1 1 affinity chromatography technology, affinity chromatography technology, affinity chromatography technology, enzymatic study, affinity chromatography technology Doornbos RP (1999), Wang J (2008), Wang J (2008), Joshi J (2008), Joshi J (2008) 5
CDKN2C 0 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
MET 7 CDK6 0 fluorescent resonance energy transfe Ivanov AA (2017) 1
CDKN2B 0 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 TSC1 4 fluorescent resonance energy transfe Ivanov AA (2017) 1
ARAF 0 FGFR4 6 fluorescent resonance energy transfe Ivanov AA (2017) 1
NXF1 0 HSP90AA1 7 affinity chromatography technology Castello A (2012) 1
ARNT 1 EPHA2 3 fluorescent resonance energy transfe Ivanov AA (2017) 1
MET 7 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
MYC 2 XRCC6 3 affinity chromatography technology, affinity chromatography technology Koch HB (2007), Koch HB (2007) 2
HIF1A 1 CCND2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 LATS2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
RAF1 3 MAP2K3 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
MAP2K6 2 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
CCND2 2 AKT1 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
HGF 1 STK11 2 fluorescent resonance energy transfe Ivanov AA (2017) 1
HSP90AA1 7 TEAD2 2 affinity chromatography technology Taipale M (2012) 1
GLIS2 2 NF2 1 fluorescent resonance energy transfe Ivanov AA (2017) 1
BECN1 2 TERT 7 fluorescent resonance energy transfe Ivanov AA (2017) 1
CCND2 2 TEAD2 2 fluorescent resonance energy transfe Ivanov AA (2017) 1