Structure for inhibitor I39.950: complement component C3
 
| TERTIARY STRUCTURE DATA | ||||||||
|---|---|---|---|---|---|---|---|---|
| Comment | Resolution | PDB | PDBe | SCOP | CATH | PDBSum | Proteopedia | Reference |
| Bos taurus | ||||||||
| complex with an intact thioester | 3.00 Å | 2B39 | 2B39 | 2B39 | 2B39 | 2B39 | 2B39 | Fredslund et al., 2006 |
| Homo sapiens | ||||||||
| Fragment C3D | 1.80 Å | 1C3D | 1C3D | 1C3D | 1C3D | 1C3D | 1C3D | Nagar et al., 1998 |
| cr2-c3d complex structure | 2.04 Å | 1GHQ | 1GHQ | 1GHQ | 1GHQ | 1GHQ | 1GHQ | Szakonyi et al., 2001 |
| mature inhibitor | 0.00 Å | 1W2S | 1W2S | 1W2S | 1W2S | 1W2S | 1W2S | Gilbert et al., 2005 |
| human complement component c3 | 3.30 Å | 2A73 | 2A73 | 2A73 | 2A73 | 2A73 | 2A73 | Janssen et al., 2005 |
| human complement component c3c | 2.40 Å | 2A74 | 2A74 | 2A74 | 2A74 | 2A74 | 2A74 | Janssen et al., 2005 |
| complex with EFB-c | 2.20 Å | 2GOX | 2GOX | 2GOX | 2GOX | 2GOX | 2GOX | Hammel et al., 2007 |
| structure of complement c3b: insights into complement activation and regulation | 2.26 Å | 2HR0 | 2HR0 | 2HR0 | 2HR0 | 2HR0 | 2HR0 | Abdul et al., 2006 |
| human complement component c3b | 4.00 Å | 2I07 | 2I07 | 2I07 | 2I07 | 2I07 | 2I07 | Janssen et al., 2006 |
| crig bound to c3c | 3.10 Å | 2ICE | 2ICE | 2ICE | 2ICE | 2ICE | 2ICE | Wiesmann et al., 2006 |
| crig bound to c3b | 4.10 Å | 2ICF | 2ICF | 2ICF | 2ICF | 2ICF | 2ICF | Wiesmann et al., 2006 |
| complex with EHP | 2.70 Å | 2NOJ | 2NOJ | 2NOJ | 2NOJ | 2NOJ | 2NOJ | Hammel et al., 2007 |
| human c3c in complex with the inhibitor compstatin | 2.40 Å | 2QKI | 2QKI | 2QKI | 2QKI | 2QKI | 2QKI | Janssen et al., 2007 |
| complement c3b in complex with factor h domains 1-4 | 2.70 Å | 2WII | 2WII | 2WII | 2WII | 2WII | 2WII | Wu et al., 2009 |
| c3 convertase (c3bbb) stabilized by scin | 3.90 Å | 2WIN | 2WIN | 2WIN | 2WIN | 2WIN | 2WIN | Rooijakkers et al., 2009 |
| mature inhibitor | 1.70 Å | 2WY7 | 2WY7 | 2WY7 | 2WY7 | 2WY7 | 2WY7 | Clark et al., 2011 |
| mature inhibitor | 1.70 Å | 2WY8 | 2WY8 | 2WY8 | 2WY8 | 2WY8 | 2WY8 | Clark et al., 2011 |
| mature inhibitor | 2.31 Å | 2XQW | 2XQW | 2XQW | 2XQW | 2XQW | 2XQW | Kajander et al., 2011 |
| mature inhibitor | 3.49 Å | 2XWB | 2XWB | 2XWB | 2XWB | 2XWB | 2XWB | Forneris et al., 2010 |
| mature inhibitor | 4.00 Å | 2XWJ | 2XWJ | 2XWJ | 2XWJ | 2XWJ | 2XWJ | Forneris et al., 2010 |
| crystal structure of efb-c (n138a) / c3d complex | 2.10 Å | 3D5R | 3D5R | 3D5R | 3D5R | 3D5R | 3D5R | Haspel et al., 2008 |
| crystal structure of efb-c (r131a) / c3d complex | 2.30 Å | 3D5S | 3D5S | 3D5S | 3D5S | 3D5S | 3D5S | Haspel et al., 2008 |
| c3b in complex with a c3b specific fab | 3.10 Å | 3G6J | 3G6J | 3G6J | 3G6J | 3G6J | 3G6J | Katschke et al., 2009 |
| mature inhibitor | 3.40 Å | 3L3O | 3L3O | 3L3O | 3L3O | 3L3O | 3L3O | Garcia et al., 2010 |
| mature inhibitor | 7.54 Å | 3L5N | 3L5N | 3L5N | 3L5N | 3L5N | 3L5N | Garcia et al., 2010 |
| mature inhibitor | 4.10 Å | 3NMS | 3NMS | 3NMS | 3NMS | 3NMS | 3NMS | Garcia et al., 2010 |
| mature inhibitor | 3.16 Å | 3OED | 3OED | 3OED | 3OED | 3OED | 3OED | van & Isenman, 2011 |
| mature inhibitor | 3.50 Å | 3OHX | 3OHX | 3OHX | 3OHX | 3OHX | 3OHX | Garcia et al., 2010 |
| mature inhibitor | 2.10 Å | 3OXU | 3OXU | 3OXU | 3OXU | 3OXU | 3OXU | Morgan et al., 2011 |
| mature inhibitor | 2.35 Å | 3RJ3 | 3RJ3 | 3RJ3 | 3RJ3 | 3RJ3 | 3RJ3 | Herbert et al., 2012 |
| mature inhibitor | 3.40 Å | 3T4A | 3T4A | 3T4A | 3T4A | 3T4A | 3T4A | Garcia et al., 2012 |
| mature inhibitor | 2.25 Å | 4HW5 | 4HW5 | 4HW5 | 4HW5 | 4HW5 | 4HW5 | Bajic et al., 2013 |
| mature inhibitor | 2.60 Å | 4HWJ | 4HWJ | 4HWJ | 4HWJ | 4HWJ | 4HWJ | Bajic et al., 2013 |
| mature inhibitor | 2.14 Å | 4I6O | 4I6O | 4I6O | 4I6O | 4I6O | 4I6O | Ghassemian et al., 2013 |
| mature inhibitor | 2.80 Å | 4M76 | 4M76 | 4M76 | 4M76 | 4M76 | 4M76 | Bajic et al., 2013 |
| mature inhibitor | 2.15 Å | 4ONT | 4ONT | 4ONT | 4ONT | 4ONT | 4ONT | Blaum et al., 2015 |
| complement factor h in complex with the gm1 glycan | 2.24 Å | 4ZH1 | 4ZH1 | 4ZH1 | 4ZH1 | 4ZH1 | 4ZH1 | |
| crystal structure of human complement c3b at 2.8 angstrom resolution | 2.80 Å | 5FO7 | 5FO7 | 5FO7 | 5FO7 | 5FO7 | 5FO7 | |
| complex with mcp (ccp1-4) | 2.40 Å | 5FO8 | 5FO8 | 5FO8 | 5FO8 | 5FO8 | 5FO8 | |
| crystal structure of human complement c3b in complex with cr1 (ccp15-17) | 3.30 Å | 5FO9 | 5FO9 | 5FO9 | 5FO9 | 5FO9 | 5FO9 | |
| complex with daf (ccp2-4) | 4.19 Å | 5FOA | 5FOA | 5FOA | 5FOA | 5FOA | 5FOA | |
| complex with smallpox inhibitor of complement (spice) | 2.60 Å | 5FOB | 5FOB | 5FOB | 5FOB | 5FOB | 5FOB | |
| properdin in complex with alternative pathway c3 convertase | 6.00 Å | 5M6W | 5M6W | 5M6W | 5M6W | 5M6W | 5M6W | |
| the structure of the tripartite complex between ospe, the c-terminal domains of factor h and c3dg | 3.18 Å | 5NBQ | 5NBQ | 5NBQ | 5NBQ | 5NBQ | 5NBQ | |
| the structure of complement complex | 4.21 Å | 5O32 | 5O32 | 5O32 | 5O32 | 5O32 | 5O32 | |
| structure of complement proteins complex | 4.20 Å | 5O35 | 5O35 | 5O35 | 5O35 | 5O35 | 5O35 | |
| complement component c3b in complex with a nanobody | 2.65 Å | 6EHG | 6EHG | 6EHG | 6EHG | 6EHG | 6EHG | |
| Naja naja | ||||||||
| crystal structure of cobra venom factor, a co-factor for c3- and c5 convertase cvfbb | 2.61 Å | 3FRP | 3FRP | 3FRP | 3FRP | 3FRP | 3FRP | Krishnan et al., 2009 |
| mature inhibitor | 2.20 Å | 3HRZ | 3HRZ | 3HRZ | 3HRZ | 3HRZ | 3HRZ | Janssen et al., 2009 |
| mature inhibitor | 3.00 Å | 3HS0 | 3HS0 | 3HS0 | 3HS0 | 3HS0 | 3HS0 | Janssen et al., 2009 |
| mature inhibitor | 4.30 Å | 3PRX | 3PRX | 3PRX | 3PRX | 3PRX | 3PRX | Laursen et al., 2011 |
| mature inhibitor | 4.30 Å | 3PVM | 3PVM | 3PVM | 3PVM | 3PVM | 3PVM | Laursen et al., 2011 |
| structure of complement c5 in complex with small molecule inhibitor and cvf | 3.35 Å | 6I2X | 6I2X | 6I2X | 6I2X | 6I2X | 6I2X | |
| Rattus norvegicus | ||||||||
| n-terminally truncated c3d,g fragment of the complement system | 1.45 Å | 1QQF | 1QQF | 1QQF | 1QQF | 1QQF | 1QQF | Zanotti et al., 2000 |
| N-terminally truncated C3DG fragment | 1.90 Å | 1QSJ | 1QSJ | 1QSJ | 1QSJ | 1QSJ | 1QSJ | Zanotti et al., 2000 |
