SWISS-MODEL Repository - Model Details

Model Overview
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1
651

Sequence
UniProt Q03719
Database: TrEMBL (Unreviewed) automatically annotated and not reviewed

STRING
Q03719: 10090.ENSMUSP000

Domain
Link to: [ InterPro ]
Ion_trans
K_tetra
Shal-type
DUF3399

Model 3D Structure
Model information:
Modelled residue range: 39 to 145
Based on template: [ 1s1g ]  
Sequence Identity [%]: 71%
Model date: 2013-02-22
Revision date: 2013-01-30

Quaternary structure information: [details]
Template (1s1g): TETRAMER
Model: TETRAMER

Ligand information: [details]
Ligands in the template: ZN: 4.
Ligands in the model: ZN: 4
Template Links: [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  
display model: in [ AstexViewer ]
download model: as [ pdb ] - as [ Deepview project ]

This model has not been updated since 2013-01-30. In the meantime, new template structures may have become available which would allow building a more reliable model. Would you like to submit the target protein to SWISS-MODEL Workspace and build a new model now? [ Submit ]



Alignment 

TARGET    1       DEVLVVNV SGRRFETWKN TLDRYPDTLL GSSEKEFFYD AESGEYFFDR
1s1g_1#4  39      delivlnv sgrrfqtwrt tlerypdtll gstekefffn edtkeyffdr
                                                                      
TARGET             sssssss s sssssssh hhh           hhhhh        sss  
1s1g_1#4           sssssss s sssssssh hhh           hh           sss  


TARGET    49    DPDMFRHVLN FYRTGRLHCP RQECIQAFDE ELAFYGLVPE LVGDCCLEEY
1s1g_1#4  87    dpevfrcvln fyrtgklhyp ryecisaydd elafygilpe iigdccyeey
                                                                      
TARGET           hhhhhhhhh hhh            hhhhhh hhhhh            hhhh
1s1g_1#4          hhhhhhhh hhh            hhhhhh hhhhh            hhhh


TARGET    99    RDRKKENAE  -- DEVLVVN VSGRRFETWK NTLDRYPDTL LGSSEKEFFY
1s1g_1#4  137   kdrkrenle- q--delivln vsgrrfqtwr ttlerypdtl lgstekefff
                            *                                         
TARGET          hhhhhhh        ssssss ss sssssss hhhh           hhh   
1s1g_1#4        hhhhhhh        ssssss ss sssssss hhhh           hhh   


TARGET    145   DAESGEYFFD RDPDMFRHVL NFYRTGRLHC PRQECIQAFD EELAFYGLVP
1s1g_1#4  76    nedtkeyffd rdpevfrcvl nfyrtgklhy pryecisayd delafygilp
                                                                      
TARGET                sss     hhhhhhh hhhh            hhhhh hhhhhh    
1s1g_1#4              sss     hhhhhhh hhhh            hhhhh hhhhhh    


TARGET    195   ELVGDCCLEE YRDRKKENAE  --- DEVLV VNVSGRRFET WKNTLDRYPD
1s1g_1#4  126   eiigdccyee ykdrkrenle -hh--deliv lnvsgrrfqt wrttlerypd
                                         *                            
TARGET                 hhh hhhhhhhhh        ssss ssss sssss sshhhh    
1s1g_1#4               hhh hhhhhhhhh        ssss ssss sssss sshhhh    


TARGET    240   TLLGSSEKEF FYDAESGEYF FDRDPDMFRH VLNFYRTGRL HCPRQECIQA
1s1g_1#4  64    tllgstekef ffnedtkeyf fdrdpevfrc vlnfyrtgkl hypryecisa
                                                                      
TARGET                hhhh h       ss s   hhhhhh hhhhhh            hhh
1s1g_1#4              hh           ss s    hhhhh hhhhhh            hhh


TARGET    290   FDEELAFYGL VPELVGDCCL EEYRDRKKEN AE -- DEVL VVNVSGRRFE
1s1g_1#4  114   yddelafygi lpeiigdccy eeykdrkren le-q--deli vlnvsgrrfq
                                                     *                
TARGET          hhhhhhhh            h hhhhhhhhhh        sss sssss ssss
1s1g_1#4        hhhhhhhh            h hhhhhhhhhh        sss sssss ssss


TARGET    336   TWKNTLDRYP DTLLGSSEKE FFYDAESGEY FFDRDPDMFR HVLNFYRTGR
1s1g_1#4  53    twrttleryp dtllgsteke fffnedtkey ffdrdpevfr cvlnfyrtgk
                                                                      
TARGET          ssshhhh           hhh          s ss    hhhh hhhhhhh   
1s1g_1#4        ssshhhh           hhh          s ss    hhhh hhhhhhh   


TARGET    386   LHCPRQECIQ AFDEELAFYG LVPELVGDCC LEEYRDRKKE NAE -     
1s1g_1#4  103   lhypryecis ayddelafyg ilpeiigdcc yeeykdrkre nlehh     
                                                                      
TARGET                  hh hhhhhhhhh             hhhhhhhhhh hh        
1s1g_1#4                hh hhhhhhhhh             hhhhhhhhhh hh

Quality 


Template's ligands section 
Ligands in the template: ZN: 4. 
Ligands in the template that will be assessed: ZN1, ZN17, ZN31, ZN47. 
Model's ligands section 
ZN1 
All the residues interacting with the ligand are completely conserved between model and template. 
The RMSD between the interacting residues of model and template is smaller than 2 Angstrom: 0.310 
Given the properties calculated previously, the ligand z.ZN1 will be included in the final model. 
ZN1: conservation:True, RMSD:True, included: True 
 
ZN17 
All the residues interacting with the ligand are completely conserved between model and template. 
The RMSD between the interacting residues of model and template is smaller than 2 Angstrom: 0.400 
Given the properties calculated previously, the ligand z.ZN17 will be included in the final model. 
ZN17: conservation:True, RMSD:True, included: True 
 
ZN31 
All the residues interacting with the ligand are completely conserved between model and template. 
The RMSD between the interacting residues of model and template is smaller than 2 Angstrom: 0.070 
Given the properties calculated previously, the ligand z.ZN31 will be included in the final model. 
ZN31: conservation:True, RMSD:True, included: True 
 
ZN47 
All the residues interacting with the ligand are completely conserved between model and template. 
The RMSD between the interacting residues of model and template is smaller than 2 Angstrom: 0.030 
Given the properties calculated previously, the ligand z.ZN47 will be included in the final model. 
ZN47: conservation:True, RMSD:True, included: True 
 
The new model with the included ligands was saved successfully.

 
Quaternary Structure Annotation of the Template 
 1s1g is annotated as TETRAMER 
 The oligomeric state of the structure was assigned by the authors of the corresponding PDB entry 
 The following biological unit was used to build the template structure: 1s1g.pdb1.gz 
      
 
Quaternary Structure Modelling of the Target Protein 
 The quaternary structure can be assumed to be identical 
 To build the complex the following chains of the complex has been additionally identified: 1s1gA  
 Model was succesfully built as TETRAMER.

Template Selection 
 - Start SMR-Pipeline for:d7c62fbc1455c130463cfb034b8656fc on BC2-cluster at Fri Feb 22 16:56:39
2013 


 - Analyze BLAST summary ... 
 - Blast template search was successfull, number of templates selected for modeling:  2
 - But still uncovered regions of the target sequence detected, go for: HHSEARCH

 - Run HHSearch to detect more templates...
 - Generate new template library
 - Run template selection against modfied template library 
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 - Proof template(s) selection compared to previous Repository update
 - Different number of templates selected (old0 vs new:4): model based on new templates
 - Send 4 Templates for modeling

 - @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
 -      *************
 - building model based on 1s1gB (39-145) was successful 
 - *****************
 - building model based on 2i2rL (3-140) was successful 
 -                             ***********************
 - building model based on 2a79B (231-417) was successful 
 -      **********************************************
 - building model based on 2r9rB (40-417) was successful 
 - Repository Pipeline parameter

   Cut-off parameters to model the target based on a BLAST target-template alignment
    Evalue :                                     0.0001
    Minimum Template size (aa) for ranking :     25
    Minimum Sequence identity :                  60

   Cut-off parameters to model the target based on a HHSearch target-template alignment
    Evalue :                                     0.0001
    Probability :                                50
    MAC :                                        0.3

   Parameters for model selection
    Minimal number of uncovered target
     residues after BLAST to run HHSEARCH :      50
    Minimal number of uncovered target
     residues to model an additional template :  25
    
 - Finish SMR-Pipeline for:d7c62fbc1455c130463cfb034b8656fc on BC2-cluster at Fri Feb 22 17:00:53
2013


Template Description
Match Chain SeqId

1s1g: CRYSTAL STRUCTURE OF KV4.3 T1 DOMAIN
Solved by: X-RAY, Resolution: 2.60A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

39-145 1s1gB 71%
[Model]
39-145 1s1gA 71%
[Model]

1nn7: CRYSTAL STRUCTURE OF THE TETRAMERIZATION DOMAIN OF THE SHAVOLTAGE-GATED POTASSIUM CHANNEL
Solved by: X-RAY, Resolution: 2.10A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

41-145 1nn7A 71%
[Model]

2nz0: CRYSTAL STRUCTURE OF POTASSIUM CHANNEL KV4.3 IN COMPLEX WITH ITS REGULATORY SUBUNIT KCHIP1 (CASP TARGET)
Solved by: X-RAY, Resolution: 3.20A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

6-141 2nz0B 68%
[Model]
6-141 2nz0D 68%
[Model]

2i2r: CRYSTAL STRUCTURE OF THE KCHIP1/KV4.3 T1 COMPLEX
Solved by: X-RAY, Resolution: 3.35A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

3-140 2i2rC 65%
[Model]
3-140 2i2rA 66%
[Model]
3-140 2i2rB 64%
[Model]
3-140 2i2rD 64%
[Model]
3-140 2i2rK 68%
[Model]
3-140 2i2rI 67%
[Model]
3-140 2i2rJ 66%
[Model]
3-140 2i2rL 70%
[Model]

4gx2: GSUK CHANNEL BOUND TO NAD
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

355-411 4gx2B 35%
[Model]
357-407 4gx2A 39%
[Model]
356-410 4gx2C 36%
[Model]
357-411 4gx2D 36%
[Model]

4gx0: CRYSTAL STRUCTURE OF THE GSUK L97D MUTANT
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

356-410 4gx0B 36%
[Model]
357-407 4gx0A 39%
[Model]
338-408 4gx0C 31%
[Model]
357-411 4gx0D 36%
[Model]

4gx1: CRYSTAL STRUCTURE OF THE GSUK BOUND TO ADP
Solved by: X-RAY, Resolution: 2.80A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

356-410 4gx1B 36%
[Model]
357-409 4gx1A 38%
[Model]
338-408 4gx1C 31%
[Model]
357-411 4gx1D 36%
[Model]

4gx5: GSUK CHANNEL
Solved by: X-RAY, Resolution: 3.70A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

356-409 4gx5B 37%
[Model]
357-411 4gx5A 36%
[Model]
356-408 4gx5C 38%
[Model]
357-413 4gx5D 35%
[Model]

4h33: CRYSTAL STRUCTURE OF A VOLTAGE-GATED K+ CHANNEL PORE MODULCLOSED STATE IN LIPID MEMBRANES, TETRAGONAL CRYSTAL FORM
Solved by: X-RAY, Resolution: 3.10A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

327-412 4h33A 34%
[Model]

4h37: CRYSTAL STRUCTURE OF A VOLTAGE-GATED K+ CHANNEL PORE DOMAICLOSED STATE IN LIPID MEMBRANES
Solved by: X-RAY, Resolution: 3.35A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

328-413 4h37B 34%
[Model]
328-413 4h37A 34%
[Model]

2hfe: RB+ COMPLEX OF A K CHANNEL WITH AN AMIDE TO ESTER SUBSTITUTION IN THE SELECTIVITY FILTER
Solved by: X-RAY, Resolution: 2.75A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-375 2hfeC 25%
[Model]

2h8p: STRUCTURE OF A K CHANNEL WITH AN AMIDE TO ESTER SUBSTITUTION IN THE SELECTIVITY FILTER
Solved by: X-RAY, Resolution: 2.75A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-375 2h8pC 25%
[Model]

2hg5: CS+ COMPLEX OF A K CHANNEL WITH AN AMIDE TO ESTER SUBSTITUTION IN THE SELECTIVITY FILTER
Solved by: X-RAY, Resolution: 2.75A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-375 2hg5C 25%
[Model]

2a9h: NMR STRUCTURAL STUDIES OF A POTASSIUM CHANNEL / CHARYBDOTOXIN COMPLEX
Solved by: NMR, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 2a9hA 24%
[Model]
323-413 2a9hD 24%
[Model]
323-413 2a9hC 24%
[Model]
323-413 2a9hB 24%
[Model]

3f7y: KCSA POTASSIUM CHANNEL IN THE PARTIALLY OPEN STATE WITH 17AT T112
Solved by: X-RAY, Resolution: 3.40A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

325-411 3f7yC 24%
[Model]

3fb5: KCSA POTASSIUM CHANNEL IN THE PARTIALLY OPEN STATE WITH 14AT T112
Solved by: X-RAY, Resolution: 3.00A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-411 3fb5C 24%
[Model]

3fb6: KCSA POTASSIUM CHANNEL IN THE PARTIALLY OPEN STATE WITH 16AT T112
Solved by: X-RAY, Resolution: 3.00A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-411 3fb6C 24%
[Model]

3f5w: KCSA POTASSIUM CHANNEL IN THE OPEN-INACTIVATED STATE WITH AT T112
Solved by: X-RAY, Resolution: 3.30A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

329-413 3f5wC 24%
[Model]

3hpl: KCSA E71H-F103A MUTANT IN THE CLOSED STATE
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

325-413 3hplC 24%
[Model]

3fb7: OPEN KCSA POTASSIUM CHANNEL IN THE PRESENCE OF RB+ ION
Solved by: X-RAY, Resolution: 3.30A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

324-411 3fb7C 24%
[Model]

3ifx: CRYSTAL STRUCTURE OF THE SPIN-LABELED KCSA MUTANT V48R1
Solved by: X-RAY, Resolution: 3.56A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

334-413 3ifxC 24%
[Model]
334-413 3ifxB 24%
[Model]
334-413 3ifxA 24%
[Model]
334-413 3ifxD 24%
[Model]

3pjs: MECHANISM OF ACTIVATION GATING IN THE FULL-LENGTH KCSA K+
Solved by: X-RAY, Resolution: 3.80A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-419 3pjsM 24%
[Model]
323-419 3pjsL 24%
[Model]
323-419 3pjsK 24%
[Model]
323-419 3pjsN 24%
[Model]

2p7t: CRYSTAL STRUCTURE OF KCSA MUTANT
Solved by: X-RAY, Resolution: 2.05A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

324-413 2p7tC 23%
[Model]

1r3i: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN RB+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 1r3iC 23%
[Model]

3fb8: KCSA POTASSIUM CHANNEL IN THE OPEN-CONDUCTIVE STATE WITH 2AT T112 IN THE PRESENCE OF RB+ ION
Solved by: X-RAY, Resolution: 3.40A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

324-409 3fb8C 23%
[Model]

2itd: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN BARIUM CHLORIDE
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 2itdC 23%
[Model]

2atk: STRUCTURE OF A MUTANT KCSA K+ CHANNEL
Solved by: X-RAY, Resolution: 2.50A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

324-413 2atkC 23%
[Model]

2boc: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN THALLIUM WITH TETRAETHYLARSONIUM (TEAS)
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 2bocC 23%
[Model]

3f7v: KCSA POTASSIUM CHANNEL IN THE OPEN-INACTIVATED STATE WITH AT T112
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

328-413 3f7vC 23%
[Model]

2w0f: POTASSIUM CHANNEL KCSA-FAB COMPLEX WITH TETRAOCTYLAMMONIUM
Solved by: X-RAY, Resolution: 2.4A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 2w0fC 23%
[Model]

1k4c: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN HIGH CONCENTRATION OK+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 1k4cC 23%
[Model]

1jvm: KCSA POTASSIUM CHANNEL WITH TBA (TETRABUTYLAMMONIUM) AND RUBIDIUM
Solved by: X-RAY, Resolution: 2.80A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 1jvmD 23%
[Model]
323-413 1jvmB 23%
[Model]
323-413 1jvmC 23%
[Model]
323-413 1jvmA 23%
[Model]

3gb7: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN LI+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 3gb7C 23%
[Model]

1r3k: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN LOW CONCENTRATION OFTL+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 1r3kC 23%
[Model]

3stl: KCSA POTASSIUM CHANNEL MUTANT Y82C WITH CADMIUM BOUND
Solved by: X-RAY, Resolution: 2.40A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 3stlC 23%
[Model]

1bl8: POTASSIUM CHANNEL (KCSA) FROM STREPTOMYCES LIVIDANS
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 1bl8B 23%
[Model]
323-413 1bl8A 23%
[Model]
323-413 1bl8D 23%
[Model]
323-413 1bl8C 23%
[Model]

1zwi: STRUCTURE OF MUTANT KCSA POTASSIUM CHANNEL
Solved by: X-RAY, Resolution: 2.50A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 1zwiC 23%
[Model]

2bob: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN THALLIUM WITH TETRABUTYLAMMONIUM (TBA)
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 2bobC 23%
[Model]

3stz: KCSA POTASSIUM CHANNEL MUTANT Y82C WITH NITROXIDE SPIN LAB
Solved by: X-RAY, Resolution: 2.50A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 3stzC 23%
[Model]

1r3j: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN HIGH CONCENTRATION OTL+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 1r3jC 23%
[Model]

2hjf: POTASSIUM CHANNEL KCSA-FAB COMPLEX WITH TETRABUTYLAMMONIUM(TBA)
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 2hjfC 23%
[Model]

2itc: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN SODIUM CHLORIDE
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 2itcC 23%
[Model]

3or6: ON THE STRUCTURAL BASIS OF MODAL GATING BEHAVIOR IN K+CHAN
Solved by: X-RAY, Resolution: 2.70A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 3or6C 23%
[Model]

1k4d: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN LOW CONCENTRATION OFK+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 1k4dC 23%
[Model]

2dwd: CRYSTAL STRUCTURE OF KCSA-FAB-TBA COMPLEX IN TL+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 2dwdC 23%
[Model]

2nlj: POTASSIUM CHANNEL KCSA(M96V)-FAB COMPLEX IN KCL
Solved by: X-RAY, Resolution: 2.52A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

324-413 2nljC 23%
[Model]

1r3l: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN CS+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 1r3lC 23%
[Model]

2jk5: POTASSIUM CHANNEL KCSA IN COMPLEX WITH TETRABUTYLAMMONIUM IN HIGH K
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 2jk5C 23%
[Model]

3ogc: KCSA E71A VARIANT IN PRESENCE OF NA+
Solved by: X-RAY, Resolution: 3.80A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 3ogcC 23%
[Model]

1j95: KCSA POTASSIUM CHANNEL WITH TBA (TETRABUTYLAMMONIUM) AND POTASSIUM
Solved by: X-RAY, Resolution: 2.80A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 1j95C 23%
[Model]
323-413 1j95B 23%
[Model]
323-413 1j95A 23%
[Model]
323-413 1j95D 23%
[Model]

2hvk: CRYSTAL STRUCTURE OF THE KCSA-FAB-TBA COMPLEX IN HIGH K+
Solved by: X-RAY, Resolution: 2.75A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 2hvkC 23%
[Model]

3iga: POTASSIUM CHANNEL KCSA-FAB COMPLEX IN LI+ AND K+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 3igaC 23%
[Model]

3or7: ON THE STRUCTURAL BASIS OF MODAL GATING BEHAVIOR IN K+CHAN
Solved by: X-RAY, Resolution: 2.30A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 3or7C 23%
[Model]

2dwe: CRYSTAL STRUCTURE OF KCSA-FAB-TBA COMPLEX IN RB+
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-414 2dweC 23%
[Model]

2hvj: CRYSTAL STRUCTURE OF KCSA-FAB-TBA COMPLEX IN LOW K+
Solved by: X-RAY, Resolution: 2.75A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 2hvjC 23%
[Model]

2qto: AN ANISOTROPIC MODEL FOR POTASSIUM CHANNEL KCSA
Solved by: X-RAY, Resolution: 3.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 2qtoA 23%
[Model]
323-413 2qtoD 23%
[Model]
323-413 2qtoC 23%
[Model]
323-413 2qtoB 23%
[Model]

1s5h: POTASSIUM CHANNEL KCSA-FAB COMPLEX T75C MUTANT IN K+
Solved by: X-RAY, Resolution: 2.20A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

324-414 1s5hC 22%
[Model]

3eff: THE CRYSTAL STRUCTURE OF FULL-LENGTH KCSA IN ITS CLOSED CONFORMATION
Solved by: X-RAY, Resolution: 3.80A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-416 3effK 22%
[Model]
323-416 3effN 22%
[Model]
323-416 3effM 22%
[Model]
323-416 3effL 22%
[Model]

2ih3: ION SELECTIVITY IN A SEMI-SYNTHETIC K+ CHANNEL LOCKED IN THE CONDUCTIVE CONFORMATION
Solved by: X-RAY, Resolution: 1.72A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 2ih3C 22%
[Model]

2ih1: ION SELECTIVITY IN A SEMI-SYNTHETIC K+ CHANNEL LOCKED IN THE CONDUCTIVE CONFORMATION
Solved by: X-RAY, Resolution: 2.40A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

323-413 2ih1C 22%
[Model]

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Reference

If you are using models from the SWISS-MODEL Repository, please cite the following articles:

- Kiefer F, Arnold K, Künzli M, Bordoli L, Schwede T (2009).
The SWISS-MODEL Repository and associated resources.
Nucleic Acids Res. 37, D387-D392.

- Jürgen Kopp and Torsten Schwede (2004)
The SWISS-MODEL Repository of annotated three-dimensional protein structure homology models.
Nucleic Acids Res. 32, D230-D234.
SWISS-MODEL is developed by the Protein Structure Bioinformatics group at the SIB - Swiss Institute of Bioinformatics & the Biozentrum University of Basel. © 2011.