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Network of interactions between drugs (red spheres) and targets (blue spheres) is displayed above.
The red lines are used for the predicted interactions and the thickness of edges indicate the confidence score of predictions.

Data source: DrugBank-all; Query type: chemical; # of requested predictions: 20; Secondary interactions: no
Input drug 1: DB00912
No. Group Type Drug ID Drug Name SMILES
⇨ TargetHunter		 Image
1 Approved;
Investigational		 SmallMoleculeDrug DB00912 Repaglinide Thumb


2 known interactions (targets) of input drug (DB00912): Repaglinide
No. Gene UniProt ID Protein Name Pathway PDB
1 PPARG P37231 Peroxisome proliferator-activated receptor gamma hsa03320; hsa04152; hsa04211; hsa04380; hsa04714; hsa05016; hsa05200; hsa05202; hsa05216
1FM6; 1FM9; 1I7I; 1K74; 1KNU; 1NYX; 1PRG; 1RDT; 1WM0; 1ZEO; 1ZGY; 2ATH; 2F4B; 2FVJ; 2G0G; 2G0H; 2GTK; 2HFP; 2HWQ; 2HWR; 2I4J; 2I4P; 2I4Z; 2OM9; 2P4Y; 2POB; 2PRG; 2Q59; 2Q5P; 2Q5S; 2Q61; 2Q6R; 2Q6S; 2Q8S; 2QMV; 2VSR; 2VST; 2VV0; 2VV1; 2VV2; 2VV3; 2VV4; 2XKW; 2YFE; 2ZK0; 2ZK1; 2ZK2; 2ZK3; 2ZK4; 2ZK5; 2ZK6; 2ZNO; 2ZVT; 3ADS; 3ADT; 3ADU; 3ADV; 3ADW; 3ADX; 3AN3; 3AN4; 3B0Q; 3B0R; 3B1M; 3B3K; 3BC5; 3CDP; 3CDS; 3CS8; 3CWD; 3D6D; 3DZU; 3DZY; 3E00; 3ET0; 3ET3; 3FEJ; 3FUR; 3G9E; 3GBK; 3H0A; 3HO0; 3HOD; 3IA6; 3K8S; 3KMG; 3LMP; 3NOA; 3OSI; 3OSW; 3PBA; 3PO9; 3PRG; 3QT0; 3R5N; 3R8A; 3R8I; 3S9S; 3SZ1; 3T03; 3TY0; 3U9Q; 3V9T; 3V9V; 3V9Y; 3VJH; 3VJI; 3VN2; 3VSO; 3VSP; 3WJ4; 3WJ5; 3WMH; 3X1H; 3X1I; 4A4V; 4A4W; 4CI5; 4E4K; 4E4Q; 4EM9; 4EMA; 4F9M; 4FGY; 4HEE; 4JAZ; 4JL4; 4L96; 4L98; 4O8F; 4OJ4; 4PRG; 4PVU; 4PWL; 4R2U; 4R6S; 4XLD; 4XTA; 4XUM; 4Y29
2 ABCC8 Q09428 ATP-binding cassette sub-family C member 8 hsa02010; hsa04911; hsa04930 NA


20 predicted interactions (targets) of input drug (DB00912): Repaglinide
No. Gene UniProt ID Protein Name Pathway PDB Confidence score
1 PPARA Q07869 Peroxisome proliferator-activated receptor alpha hsa03320; hsa04024; hsa04920; hsa04922; hsa04931; hsa04932; hsa05160 1I7G; 1K7L; 1KKQ; 2NPA; 2P54; 2REW; 2ZNN; 3ET1; 3FEI; 3G8I; 3KDT; 3KDU; 3SP6; 3VI8; 4BCR; 4CI4 40.7%
2 PPARD Q03181 Peroxisome proliferator-activated receptor delta hsa03320; hsa04310; hsa05200; hsa05221 27.8%
3 RXRA P19793 Retinoic acid receptor RXR-alpha hsa03320; hsa04151; hsa04659; hsa04919; hsa04920; hsa04928; hsa04932; hsa04976; hsa05160; hsa05200; hsa05202; hsa05216; hsa05222; hsa05223; hsa05226 26.6%
4 PTGS1 P23219 Prostaglandin G/H synthase 1 hsa00590; hsa01100; hsa04611; hsa04726; hsa04923 NA 21.8%
5 PTGS2 P35354 Prostaglandin G/H synthase 2 hsa00590; hsa01100; hsa04064; hsa04370; hsa04625; hsa04657; hsa04668; hsa04723; hsa04726; hsa04913; hsa04921; hsa04923; hsa05140; hsa05163; hsa05165; hsa05167; hsa05200; hsa05204; hsa05206; hsa05222 1V0X 20.4%
6 PLAT P00750 Tissue-type plasminogen activator hsa04371; hsa04610; hsa05202; hsa05215; hsa05418 1A5H; 1BDA; 1PK2; 1PML; 1RTF; 1TPG; 1TPK; 1TPM; 1TPN; 5BRR 19.5%
7 SERPINE1 P05121 Plasminogen activator inhibitor 1 hsa04066; hsa04115; hsa04218; hsa04371; hsa04390; hsa04610; hsa04933; hsa05142 19.3%
8 RXRG P48443 Retinoic acid receptor RXR-gamma hsa03320; hsa04659; hsa04919; hsa04920; hsa04928; hsa05200; hsa05202; hsa05216; hsa05222; hsa05223; hsa05226 2GL8 17.7%
9 RXRB P28702 Retinoic acid receptor RXR-beta hsa03320; hsa04659; hsa04919; hsa04920; hsa04928; hsa05200; hsa05202; hsa05216; hsa05222; hsa05223; hsa05226 1H9U; 1UHL 17.7%
10 SREBF1 P36956 Sterol regulatory element-binding protein 1 hsa04152; hsa04910; hsa04931; hsa04932 1AM9 17.3%
11 CFTR P13569 Cystic fibrosis transmembrane conductance regulator hsa02010; hsa04024; hsa04152; hsa04530; hsa04971; hsa04972; hsa04976; hsa05110 1NBD; 1XMI; 1XMJ; 2BBO; 2BBS; 2BBT; 2LOB; 2PZE; 2PZF; 2PZG; 3GD7; 3ISW 17.2%
12 KCNJ11 Q14654 ATP-sensitive inward rectifier potassium channel 11 hsa04911; hsa04930 NA 16.9%
13 FBP1 P09467 Fructose-1,6-bisphosphatase 1 hsa00010; hsa00030; hsa00051; hsa01100; hsa01200; hsa04152; hsa04910; hsa04922 1FTA; 2FHY; 2FIE; 2FIX; 2JJK; 2VT5; 2WBB; 2WBD; 2Y5K; 2Y5L; 3A29; 3KBZ; 3KC0; 3KC1; 4MJO 16.6%
14 LTA4H P09960 Leukotriene A-4 hydrolase hsa00590; hsa01100 16.6%
15 IGHG1 P01857 Ig gamma-1 chain C region NA
1AJ7; 1AQK; 1BEY; 1D5B; 1D5I; 1D6V; 1DFB; 1DN2; 1E4K; 1FC1; 1FC2; 1FCC; 1GAF; 1H3T; 1H3U; 1H3V; 1H3W; 1H3X; 1H3Y; 1HKL; 1HZH; 1I7Z; 1L6X; 1N7M; 1OP3; 1OQO; 1OQX; 1T83; 1T89; 1VGE; 2DTS; 2GJ7; 2I5Y; 2IWG; 2J6E; 2JB5; 2JB6; 2O5X; 2O5Y; 2O5Z; 2OSL; 2QAD; 2QL1; 2QQK; 2QQL; 2QQN; 2QR0; 2R56; 2RCJ; 2RCS; 2VXQ; 2WAH; 3AGV; 3AVE; 3AY4; 3B2U; 3B2V; 3BDY; 3BE1; 3BKY; 3BN9; 3BQU; 3C08; 3C09; 3C2S; 3CFJ; 3CFK; 3CSY; 3D0L; 3D0V; 3D6G; 3D85; 3DJ9; 3DNK; 3DO3; 3DRO; 3DRQ; 3DVG; 3DVN; 3EYF; 3EYO; 3EYQ; 3FJT; 3O11; 3RY6; 3S7G; 3SGJ; 3SGK; 3TV3; 3TWC; 3TYG; 3U0W; 3U7W; 3U7Y; 3V7M; 3V8C; 3V95; 3WJJ; 3WJL; 3WKN; 3WN5; 4ACP; 4B7I; 4BM7; 4BSV; 4BSW; 4BYH; 4CDH; 4D9Q; 4D9R; 4DAG; 4DZ8; 4EOW; 4J12; 4KU1; 4LLD; 4LLM; 4LLQ; 4N0U; 4NQS; 4NQT; 4NQU; 4NWT; 4NWU; 4O4Y; 4O51; 4Q6Y; 4Q74; 4Q7D; 4W4N; 4W4O; 4WI2; 4WI3; 4WI4; 4WI5; 4WI6; 4WI7; 4WI8; 4WI9; 4X4M; 4X98; 4X99; 4ZNE; 5BW7
 16.2%
16 THBD P07204 Thrombomodulin hsa04610; hsa04933; hsa05418 1ADX; 1DQB; 1DX5; 1EGT; 1FGD; 1FGE; 1HLT; 1TMR; 1ZAQ; 2ADX; 3GIS 15.7%
17 GLTP Q9NZD2 Glycolipid transfer protein NA 14.9%
18 ACSL4 O60488 Long-chain-fatty-acid--CoA ligase 4 hsa00061; hsa00071; hsa01100; hsa01212; hsa03320; hsa04146; hsa04216; hsa04714; hsa04920 NA 14.9%
19 F2 P00734 Prothrombin hsa04080; hsa04610; hsa04810
1A2C; 1A3B; 1A3E; 1A46; 1A4W; 1A5G; 1A61; 1ABI; 1ABJ; 1AD8; 1AE8; 1AFE; 1AHT; 1AI8; 1AIX; 1AWF; 1AWH; 1AY6; 1B5G; 1B7X; 1BA8; 1BB0; 1BCU; 1BHX; 1BMM; 1BMN; 1BTH; 1C1U; 1C1V; 1C1W; 1C4U; 1C4V; 1C4Y; 1C5L; 1C5N; 1C5O; 1CA8; 1D3D; 1D3P; 1D3Q; 1D3T; 1D4P; 1D6W; 1D9I; 1DE7; 1DIT; 1DM4; 1DOJ; 1DWB; 1DWC; 1DWD; 1DWE; 1DX5; 1E0F; 1EB1; 1EOJ; 1EOL; 1FPC; 1FPH; 1G30; 1G32; 1G37; 1GHV; 1GHW; 1GHX; 1GHY; 1GJ4; 1GJ5; 1H8D; 1H8I; 1HAG; 1HAH; 1HAI; 1HAO; 1HAP; 1HBT; 1HDT; 1HGT; 1HLT; 1HUT; 1HXE; 1HXF; 1IHS; 1IHT; 1JMO; 1JOU; 1JWT; 1K21; 1K22; 1KTS; 1KTT; 1LHC; 1LHD; 1LHE; 1LHF; 1LHG; 1MH0; 1MU6; 1MU8; 1MUE; 1NM6; 1NO9; 1NRN; 1NRO; 1NRP; 1NRQ; 1NRR; 1NRS; 1NT1; 1NU7; 1NU9; 1NY2; 1NZQ; 1O0D; 1O2G; 1O5G; 1OOK; 1OYT; 1P8V; 1PPB; 1QBV; 1QHR; 1QJ1; 1QJ6; 1QJ7; 1QUR; 1RD3; 1RIW; 1SB1; 1SFQ; 1SG8; 1SGI; 1SHH; 1SL3; 1SR5; 1T4U; 1T4V; 1TA2; 1TA6; 1TB6; 1TBZ; 1THP; 1THR; 1THS; 1TMB; 1TMT; 1TMU; 1TOM; 1TQ0; 1TQ7; 1TWX; 1UMA; 1UVS; 1VR1; 1VZQ; 1W7G; 1WAY; 1WBG; 1XM1; 1XMN; 1YPE; 1YPG; 1YPJ; 1YPK; 1YPL; 1YPM; 1Z71; 1Z8I; 1Z8J; 1ZGI; 1ZGV; 1ZRB; 2A0Q; 2A2X; 2A45; 2AFQ; 2ANK; 2ANM; 2B5T; 2BDY; 2BVR; 2BVS; 2BVX; 2BXT; 2BXU; 2C8W; 2C8X; 2C8Y; 2C8Z; 2C90; 2C93; 2CF8; 2CF9; 2CN0; 2FEQ; 2FES; 2GDE; 2GP9; 2H9T; 2HGT; 2HNT; 2HPP; 2HPQ; 2HWL; 2JH0; 2JH5; 2JH6; 2OD3; 2PGB; 2PGQ; 2PKS; 2PW8; 2R2M; 2THF; 2UUF; 2UUJ; 2UUK; 2V3H; 2V3O; 2ZC9; 2ZDA; 2ZDV; 2ZF0; 2ZFF; 2ZFP; 2ZFQ; 2ZFR; 2ZG0; 2ZGB; 2ZGX; 2ZHE; 2ZHF; 2ZHQ; 2ZHW; 2ZI2; 2ZIQ; 2ZNK; 2ZO3; 3B23; 3B9F; 3BEF; 3BEI; 3BF6; 3BIU; 3BIV; 3BV9; 3C1K; 3C27; 3D49; 3DA9; 3DD2; 3DHK; 3DT0; 3DUX; 3E6P; 3EE0; 3EGK; 3EQ0; 3F68; 3GIC; 3GIS; 3HAT; 3HKJ; 3HTC; 3JZ1; 3JZ2; 3K65; 3LDX; 3LU9; 3NXP; 3P17; 3P6Z; 3P70; 3PMH; 3PO1; 3QDZ; 3QGN; 3QLP; 3QTO; 3QTV; 3QWC; 3QX5; 3R3G; 3RLW; 3RLY; 3RM0; 3RM2; 3RML; 3RMM; 3RMN; 3RMO; 3S7H; 3S7K; 3SHA; 3SHC; 3SI3; 3SI4; 3SQE; 3SQH; 3SV2; 3T5F; 3TU7; 3U69; 3U8O; 3U8R; 3U8T; 3U98; 3U9A; 3UTU; 3UWJ; 3VXE; 3VXF; 4AX9; 4AYV; 4AYY; 4AZ2; 4BAH; 4BAK; 4BAM; 4BAN; 4BAO; 4BAQ; 4BOH; 4CH2; 4CH8; 4DIH; 4DII; 4DT7; 4DY7; 4E05; 4E06; 4E7R; 4H6S; 4H6T; 4HFP; 4HTC; 4HZH; 4I7Y; 4LOY; 4LXB; 4LZ1; 4LZ4; 4MLF; 4N3L; 4NZE; 4NZQ; 4O03; 4RKJ; 4RKO; 4RN6; 4THN; 4UD9; 4UDW; 4UE7; 4UEH; 4YES; 5AF9; 5AFY; 5AFZ; 5AHG; 5E8E; 5GDS; 7KME; 8KME
 14.1%
20 CA1 P00915 Carbonic anhydrase 1 hsa00910 13.9%


  logl

Reference:  Hongchun Li, Fen Pei, D. Lansing Taylor and Ivet Bahar. (2020) QuartataWeb: Integrated Chemical–Protein-Pathway Mapping for Polypharmacology and Chemogenomics. Bioinformatics 36(12), 3935–3937.

Contact:

The QuartataWeb server is maintained by the Bahar Lab at the Department of Computational & Systems Biology at the University of Pittsburgh, School of Medicine, and sponsored by the NIH awards P41 GM103712 and P01 DK096990; and by the Li Lab at Research Center for Computer-Aided Drug Discovery at Shenzhen Institutes of Advanced Technology, CAS.

For questions and comments please contact Hongchun Li.