Protein list:

Seperate proteins by space | Example

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Protein:

Eg: PBRM1 | ARID1A | BRCA1
Function:

Eg: Homologous recombination
Path:


Eg: SMC5 > DMC1 | PBRM1 > BRCA2
Relationship:

Full list of relationships
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Filter Table:
SourceTargetRelationship TypeDirectedSignDB ScorePKG ScoreDatabaseReferences
LAMTOR2 ATP6V0D1 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 25567906 1257132
RAB7A STUB1 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 108050 32814053
STUB1 LMNA â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 108050 32814053
HTR2C ATP6V0C â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 28298427 20167430
PDIA3 PACSIN3 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 000924 30021884
ATP6V1G1 ATP6V1E1 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 16169070 5217955
CREB3 SEC22B â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 8153045 21516116
CLCN7 CREB3 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 8153045 21516116
VKORC1 CREB3 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 8153045 21516116
LAMTOR2 ATP6V1B2 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 25567906 1257132
HTR2C ATP6AP2 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 28298427 20167430
ADRA1A ATP6AP2 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 28298427 20167430
ZBTB16 LAMTOR5 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 16169070 5217955
LAMTOR2 LAMP1 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 25567906 1257132
ESR1 SLC38A2 â—¼   TRANSCRIPTIONAL_REGULATION ✅ + 2.0 0.8 Omnipath 25056967 18414489
AGT CPA3 â—¼   CLEAVAGE ✅ 2.0 0.8 Reactome 2443571 2708524
AGT ANPEP â—¼   CLEAVAGE ✅ 2.0 0.8 Reactome 15687497 17803194
ATP6V1G2 ATP6V1E1 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 14667819 5216829
VDR REN â—¼   TRANSCRIPTIONAL_REGULATION ✅ - 2.0 0.8 Omnipath 17622742 17687191
AGTR1 BASP1 â—¼   PHYSICAL_INTERACTION 2.0 0.8 intact 28298427 20167430
RAB11B RAB7A â—¼   PHYSICAL_INTERACTION 803.0 0.8 STRING 36370105
ATP6AP2 VMA21 â—¼   PHYSICAL_INTERACTION 806.0 0.8 STRING 36370105
ATP6V0D1 ATP6V1B2 â—¼   PHYSICAL_INTERACTION 807.0 0.8 STRING 36370105
ATP6V1B1 ATP6V1H â—¼   PHYSICAL_INTERACTION 807.0 0.8 STRING 36370105
ATP6V0A2 ATP6V1E1 â—¼   PHYSICAL_INTERACTION 809.0 0.81 STRING 36370105
ATP6V0A2 ATP6V1B1 â—¼   PHYSICAL_INTERACTION 810.0 0.81 STRING 36370105
AGT AGTR2 â—¼   UP_REGULATES ✅ + 0.81 0.81 Signor 16597412
ESR1 CERS2 â—¼   PROTEIN_INTERACTION 0.82 0.82 HIPPIE 19805454 31527615
RAB7A RHOG â—¼   PROTEIN_INTERACTION 0.82 0.82 HIPPIE 31871319 26496610
LMNA CLCN7 â—¼   PROTEIN_INTERACTION 0.82 0.82 HIPPIE 34079125 24623722
ATP6AP2 ATP6V1E1 â—¼   PHYSICAL_INTERACTION 821.0 0.82 STRING 36370105
ESR1 STUB1 â—¼   PHYSICAL_INTERACTION 822.0 0.82 STRING 36370105
ACE AGT â—¼   PHYSICAL_INTERACTION 822.0 0.82 STRING 36370105
ATP6V1B1 TCIRG1 â—¼   PHYSICAL_INTERACTION 823.0 0.82 STRING 36370105
ATP6V1E1 TCIRG1 â—¼   PHYSICAL_INTERACTION 827.0 0.82 STRING 36370105
RHOC RHOA â—¼   PROTEIN_INTERACTION 0.83 0.83 HIPPIE 28514442 31871319 33961781 31980649
RABL3 RHOA â—¼   PROTEIN_INTERACTION 0.83 0.83 HIPPIE 28514442 31871319 33961781
ATP6AP1 ATP6V0A2 â—¼   PHYSICAL_INTERACTION 831.0 0.83 STRING 36370105
ATP6V0A1 ATP6V1E1 â—¼   PHYSICAL_INTERACTION 838.0 0.83 STRING 36370105
ATP6V0D1 ATP6V1A â—¼   PHYSICAL_INTERACTION 839.0 0.84 STRING 36370105
ATP6V0D1 ATP6V1H â—¼   PHYSICAL_INTERACTION 839.0 0.84 STRING 36370105
CHMP2A MITD1 â—¼   PHYSICAL_INTERACTION 0.84 0.84 HuRI 32296183
ATP6V0D1 TCIRG1 â—¼   PHYSICAL_INTERACTION 846.0 0.84 STRING 36370105
ACE2 AGT â—¼   PHYSICAL_INTERACTION 846.0 0.84 STRING 36370105
AGT AGTR2 â—¼   PHYSICAL_INTERACTION 846.0 0.84 STRING 36370105
ATP6V1D ATP6V1G2 â—¼   PHYSICAL_INTERACTION 847.0 0.84 STRING 36370105
KRAS NRAS â—¼   PHYSICAL_INTERACTION 847.0 0.84 STRING 36370105
CLCN7 OSTM1 â—¼   PHYSICAL_INTERACTION 848.0 0.84 STRING 36370105
KTN1 RHOA â—¼   PROTEIN_INTERACTION 0.85 0.85 HIPPIE 8769096 12773565 31871319 11162552 11689693
ATP6AP2 CCDC115 â—¼   PHYSICAL_INTERACTION 856.0 0.85 STRING 36370105
ATP6V0A2 ATP6V0C â—¼   PHYSICAL_INTERACTION 857.0 0.85 STRING 36370105
ATP6V0D2 TCIRG1 â—¼   PHYSICAL_INTERACTION 858.0 0.85 STRING 36370105
ATP6AP1 ATP6V0D1 â—¼   PHYSICAL_INTERACTION 859.0 0.86 STRING 36370105
RAB7A CKAP4 â—¼   PROTEIN_INTERACTION 0.86 0.86 HIPPIE 34079125 26496610
ATP6V0A2 ATP6V1F â—¼   PHYSICAL_INTERACTION 859.0 0.86 STRING 36370105
ATP6AP1 ATP6V1C1 â—¼   PHYSICAL_INTERACTION 862.0 0.86 STRING 36370105
ATP6AP2 TCIRG1 â—¼   PHYSICAL_INTERACTION 864.0 0.86 STRING 36370105
ATP6V1D TCIRG1 â—¼   PHYSICAL_INTERACTION 866.0 0.86 STRING 36370105
ATP6V0D1 ATP6V1D â—¼   PHYSICAL_INTERACTION 869.0 0.87 STRING 36370105
ATP6V0A2 ATP6V0D2 â—¼   PHYSICAL_INTERACTION 871.0 0.87 STRING 36370105
ATP6V0D1 ATP6V1F â—¼   PHYSICAL_INTERACTION 875.0 0.87 STRING 36370105
ATP6V0A1 ATP6V0D1 â—¼   PHYSICAL_INTERACTION 877.0 0.87 STRING 36370105
ATP6AP2 ATP6V1A â—¼   PHYSICAL_INTERACTION 878.0 0.87 STRING 36370105
ATP6AP2 ATP6V0C â—¼   PHYSICAL_INTERACTION 879.0 0.88 STRING 36370105
ATP6AP2 TMEM199 â—¼   PHYSICAL_INTERACTION 879.0 0.88 STRING 36370105
ATP6AP2 ATP6V1C1 â—¼   PHYSICAL_INTERACTION 880.0 0.88 STRING 36370105
ATP6V1B1 ATP6V1B2 â—¼   PHYSICAL_INTERACTION 881.0 0.88 STRING 36370105
ATP6V0C ATP6V0D1 â—¼   PHYSICAL_INTERACTION 884.0 0.88 STRING 36370105
ATP6AP2 ATP6V0A2 â—¼   PHYSICAL_INTERACTION 885.0 0.88 STRING 36370105
CHMP2A CHMP2B â—¼   PHYSICAL_INTERACTION 886.0 0.88 STRING 36370105
FLOT1 FLOT2 â—¼   PROTEIN_INTERACTION 0.89 0.89 HIPPIE 17113085 30021884 34079125 22939629 24167781 24809731
ATP6V0A1 ATP6V1D â—¼   PHYSICAL_INTERACTION 890.0 0.89 STRING 36370105
ATP6V0A1 ATP6V1A â—¼   PHYSICAL_INTERACTION 891.0 0.89 STRING 36370105
ATP6AP2 ATP6V1B2 â—¼   PHYSICAL_INTERACTION 891.0 0.89 STRING 36370105
ATP6AP2 ATP6V1D â—¼   PHYSICAL_INTERACTION 892.0 0.89 STRING 36370105
ESR1 TIMMDC1 â—¼   TRANSCRIPTIONAL_REGULATION ✅ + 3.0 0.9 Omnipath 20034404
ESR1 VDR â—¼   TRANSCRIPTIONAL_REGULATION ✅ + 3.0 0.9 Omnipath 15664452 17556531 12710998
REN AGT â—¼   CLEAVAGE ✅ 3.0 0.9 Reactome 22193701 12045255 12927775
AGT MME â—¼   CLEAVAGE ✅ 3.0 0.9 Reactome 15283675 17704566 14747736
AGT CTSG â—¼   CLEAVAGE ✅ 3.0 0.9 Reactome 6807977 9570564 20889553
CTSG AGT â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 3.0 0.9 Omnipath 11747312 10899625
KTN1 RHOG â—¼   PROTEIN_INTERACTION 0.9 0.9 HIPPIE 31871319 11162552 11689693
SH3BP4 TFRC â—¼   POST_TRANSLATIONAL_REGULATION ✅ - 3.0 0.9 Omnipath 16325581
SCFD1 SEC22B â—¼   PHYSICAL_INTERACTION 900.0 0.9 STRING 36370105
ATP6AP2 ATP6V0D1 â—¼   PHYSICAL_INTERACTION 904.0 0.9 STRING 36370105
FLOT1 FLOT2 â—¼   PHYSICAL_INTERACTION 906.0 0.9 STRING 36370105
ATP6AP2 ATP6V0A1 â—¼   PHYSICAL_INTERACTION 912.0 0.91 STRING 36370105
ATP6AP2 ATP6V0D2 â—¼   PHYSICAL_INTERACTION 917.0 0.91 STRING 36370105
ATP6V1B1 ATP6V1C1 â—¼   PHYSICAL_INTERACTION 920.0 0.92 STRING 36370105
ATP6V1B2 LAMTOR1 â—¼   PHYSICAL_INTERACTION 920.0 0.92 STRING 36370105
ATP6AP2 ATP6V1F â—¼   PHYSICAL_INTERACTION 920.0 0.92 STRING 36370105
ATP6AP1 ATP6V0C â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6V0A1 ATP6V0C â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6V0C ATP6V1B2 â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6V0C ATP6V1C1 â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6AP1 ATP6V1D â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6V0A2 ATP6V1D â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6AP1 ATP6V1A â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6AP1 ATP6V1B2 â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6V0A1 ATP6V1B2 â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6AP1 ATP6V0A1 â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6V0A1 ATP6V1F â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6V0A1 ATP6V1C1 â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6AP1 ATP6V1F â—¼   PHYSICAL_INTERACTION 922.0 0.92 STRING 36370105
ATP6V0C ATP6V1F â—¼   PHYSICAL_INTERACTION 925.0 0.92 STRING 36370105
ATP6V0C ATP6V0D2 â—¼   PHYSICAL_INTERACTION 928.0 0.92 STRING 36370105
ATP6V1B2 ATP6V1H â—¼   PHYSICAL_INTERACTION 928.0 0.92 STRING 36370105
ATP6V0C ATP6V1G2 â—¼   PHYSICAL_INTERACTION 931.0 0.93 STRING 36370105
ATP6V0A1 ATP6V1G2 â—¼   PHYSICAL_INTERACTION 931.0 0.93 STRING 36370105
ACE RHOC â—¼   PHYSICAL_INTERACTION 932.0 0.93 STRING 36370105
ATP6V0A1 ATP6V1B1 â—¼   PHYSICAL_INTERACTION 932.0 0.93 STRING 36370105
AGT REN â—¼   PHYSICAL_INTERACTION 936.0 0.93 STRING 36370105
ATP6V0C ATP6V1H â—¼   PHYSICAL_INTERACTION 937.0 0.93 STRING 36370105
ATP6V0C ATP6V1A â—¼   PHYSICAL_INTERACTION 937.0 0.93 STRING 36370105
ATP6V1B1 ATP6V1G2 â—¼   PHYSICAL_INTERACTION 939.0 0.94 STRING 36370105
ATP6V1B2 ATP6V1G1 â—¼   PHYSICAL_INTERACTION 940.0 0.94 STRING 36370105
ATP6V0C ATP6V1D â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ATP6V0C ATP6V1E1 â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ATP6V1C1 ATP6V1D â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ACE RHOA â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ATP6V1B1 ATP6V1F â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ATP6V1A ATP6V1G2 â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ATP6V1B2 ATP6V1C1 â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ATP6V1B2 ATP6V1G2 â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ATP6V1C1 ATP6V1F â—¼   PHYSICAL_INTERACTION 941.0 0.94 STRING 36370105
ATP6V1A ATP6V1C1 â—¼   PHYSICAL_INTERACTION 944.0 0.94 STRING 36370105
ATP6V1A ATP6V1F â—¼   PHYSICAL_INTERACTION 944.0 0.94 STRING 36370105
ATP6V1B1 ATP6V1G1 â—¼   PHYSICAL_INTERACTION 945.0 0.94 STRING 36370105
ATP6V1A ATP6V1B1 â—¼   PHYSICAL_INTERACTION 946.0 0.94 STRING 36370105
ATP6V1E1 ATP6V1G2 â—¼   PHYSICAL_INTERACTION 950.0 0.95 STRING 36370105
ATP6V1C1 ATP6V1E1 â—¼   PHYSICAL_INTERACTION 955.0 0.95 STRING 36370105
OSTM1 CLCN7 â—¼   PROTEIN_INTERACTION 0.96 0.96 HIPPIE 32851177 16525474 32749217 33961781
ATP6V1A ATP6V1G1 â—¼   PHYSICAL_INTERACTION 960.0 0.96 STRING 36370105
ATP6V1D ATP6V1G1 â—¼   PHYSICAL_INTERACTION 966.0 0.96 STRING 36370105
ATP6V1B1 ATP6V1E1 â—¼   PHYSICAL_INTERACTION 970.0 0.97 STRING 36370105
ATP6AP1 ATP6AP2 â—¼   PHYSICAL_INTERACTION 970.0 0.97 STRING 36370105
ATP6V1B1 ATP6V1D â—¼   PHYSICAL_INTERACTION 972.0 0.97 STRING 36370105
ATP6V1E1 ATP6V1G1 â—¼   PHYSICAL_INTERACTION 976.0 0.97 STRING 36370105
ATP6V1A ATP6V1H â—¼   PHYSICAL_INTERACTION 978.0 0.97 STRING 36370105
ATP6V1E1 ATP6V1H â—¼   PHYSICAL_INTERACTION 980.0 0.98 STRING 36370105
ATP6V1E1 ATP6V1F â—¼   PHYSICAL_INTERACTION 980.0 0.98 STRING 36370105
ATP6V1B2 ATP6V1F â—¼   PHYSICAL_INTERACTION 982.0 0.98 STRING 36370105
ATP6V1F ATP6V1H â—¼   PHYSICAL_INTERACTION 983.0 0.98 STRING 36370105
ATP6V1D ATP6V1H â—¼   PHYSICAL_INTERACTION 984.0 0.98 STRING 36370105
ATP6V1A ATP6V1B2 â—¼   PHYSICAL_INTERACTION 985.0 0.98 STRING 36370105
ATP6V1B2 ATP6V1E1 â—¼   PHYSICAL_INTERACTION 985.0 0.98 STRING 36370105
ATP6V1B2 ATP6V1D â—¼   PHYSICAL_INTERACTION 986.0 0.98 STRING 36370105
ATP6V1D ATP6V1F â—¼   PHYSICAL_INTERACTION 986.0 0.98 STRING 36370105
ATP6V1A ATP6V1E1 â—¼   PHYSICAL_INTERACTION 993.0 0.99 STRING 36370105
ATP6V1A ATP6V1D â—¼   PHYSICAL_INTERACTION 996.0 0.99 STRING 36370105
ATP6V1D ATP6V1E1 â—¼   PHYSICAL_INTERACTION 997.0 0.99 STRING 36370105
LAMTOR1 LAMTOR5 â—¼   PHYSICAL_INTERACTION 998.0 0.99 STRING 36370105
LAMTOR2 LAMTOR5 â—¼   PHYSICAL_INTERACTION 998.0 0.99 STRING 36370105
LAMTOR1 LAMTOR2 â—¼   PHYSICAL_INTERACTION 998.0 0.99 STRING 36370105
RHOA KTN1 â—¼   PHYSICAL_INTERACTION 6.0 1.0 Reactome 7787244 11933159 8769096 9822636 8912005 11689693
RHOA KTN1 â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 10.0 1.0 Omnipath 12773565 11689693 8769096 11162552
AGT ACE â—¼   CLEAVAGE ✅ 10.0 1.0 Reactome 6269175 2846041 1848554 10536878 2558510 12540854 3017438 6270633 1668266 1851160
ACE AGT â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 5.0 1.0 Omnipath 11076943 10969042 23056909 15283675
REN ATP6AP2 â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 8.0 1.0 Omnipath 1204525512045250 12045255
AGT ACE2 â—¼   CLEAVAGE ✅ 4.0 1.0 Reactome 15283675 10969042 10924499 11815627
ACE2 AGT â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 6.0 1.0 Omnipath 10969042 11815627
AGT CMA1 â—¼   ENZYMATIC_REACTION ✅ 4.0 1.0 Reactome 11502696 10899625 6807977 2266130
REN AGT â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 5.0 1.0 Omnipath 16816138 12045255 20927107
AGT REN â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 5.0 1.0 Omnipath 32201502 12045255 20927107
AGT MAS1 â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 6.0 1.0 Omnipath 1282979212829790 12829792
AGT AGTR1 â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 23.0 1.0 Omnipath 12006574 21464395 10193788 10993080 16189514 15930094 9797979 16597412 17346243
AGT AGTR2 â—¼   POST_TRANSLATIONAL_REGULATION ✅ + 35.0 1.0 Omnipath 2775266 21464395 8315512 21542804 17138938 8185599 15930094 9797979 8242249 7850406
RHOG KTN1 â—¼   PHYSICAL_INTERACTION 6.0 1.0 Reactome 7787244 11933159 8769096 9822636 8912005 11689693