SWISS-MODEL Repository - Model Details

Model Overview
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1
752

Sequence
UniProt O35409
Database: TrEMBL (Unreviewed) automatically annotated and not reviewed

Domain
Link to: [ InterPro ]
PA
TFR_dimer
Peptidase_M28

Model 3D Structure
Model information:
Modelled residue range: 61 to 752
Based on template: [ 3bi1 ]  
Sequence Identity [%]: 87%
Model date: 2013-02-17
Revision date: 2013-01-30

Quaternary structure information: [details]
Template (3bi1): DIMER
Model: DIMER

Ligand information: [details]
Ligands in the template: 3BI: 2, BMA: 2, CA: 2, CL: 2, MAN: 2, NAG: 20, ZN: 4.
Ligands in the model: BMA: 2, CA: 2, 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           KEFL HELKAENIKK FLYNFTRTPH LAGTQNNFEL AKQIHDQWKE
3bi1_1#7  55    khnm--kafl delkaenikk flynftqiph lagteqnfql akqiqsqwke
                                                                      
TARGET                 hhh h   hhhhhh hhhhh          hhhhhh hhhhhhhhhh
3bi1_1#7           h  hhhh h   hhhhhh hhhhh          hhhhhh hhhhhhhhhh


TARGET    45    FGLDLVELSH YDVLLSYPNK THPNYISIIN EDGNEIFKTS LSEQPPPGYE
3bi1_1#7  103   fgldsvelah ydvllsypnk thpnyisiin edgneifnts lfeppppgye
                                                                      
TARGET          h   ssssss sssssss        ssssss    ssssss            
3bi1_1#7        h   ssssss sssssss        ssssss    ssssss            


TARGET    95    NISDVVPPYS AFSPQGTPEG DLVYVNYART EDFFKLEREM KISCSGKIVI
3bi1_1#7  153   nvsdivppfs afspqgmpeg dlvyvnyart edffklerdm kincsgkivi
                                                                      
TARGET                          sssss sssss    h hhhhhhhhh         sss
3bi1_1#7                        sssss sssss    h hhhhhhhhh         sss


TARGET    145   ARYGKVFRGN MVKNAQLAGA KGMILYSDPA DYFVPAVKSY PDGWNLPGGG
3bi1_1#7  203   arygkvfrgn kvknaqlaga kgvilysdpa dyfapgvksy pdgwnlpggg
                                                                      
TARGET          sss     hh hhhhhhhh    sssss            sss   sss     
3bi1_1#7        sss     hh hhhhhhhh    sssss            sss   sss     


TARGET    195   VQRGNVLNLN GAGDPLTPGY PANEHAYRHE LTNAVGLPSI PVHPIGYDDA
3bi1_1#7  253   vqrgnilnln gagdpltpgy paneyayrrg iaeavglpsi pvhpigyyda
                                                                      
TARGET                                                      sssss hhhh
3bi1_1#7                                                    sssss hhhh


TARGET    245   QKLLEHMGGP APPDSSWKGG LKVPYNVGPG FAGNFSTQKV KMHIHSYTKV
3bi1_1#7  303   qkllekmggs appdsswrgs lkvpynvgpg ftgnfstqkv kmhihstnev
                                                                      
TARGET          hhhhhsss                       s ss      ss ssss  ssss
3bi1_1#7        hhhhhsssss                   sss ss      ss ssss  ssss


TARGET    295   TRIYNVIGTL KGALEPDRYV ILGGHRDAWV FGGIDPQSGA AVVHEIVRSF
3bi1_1#7  353   triynvigtl rgavepdryv ilgghrdswv fggidpqsga avvheivrsf
                                                                      
TARGET          ssssssssss        sss ssssss           hhhh hhhhhhhhhh
3bi1_1#7        ssssssssss        sss ssssss           hhhh hhhhhhhhhh


TARGET    345   GTLKKKGRRP RRTILFASWD AEEFGLLGST EWAEEHSRLL QERGVAYINA
3bi1_1#7  403   gtlkkegwrp rrtilfaswd aeefgllgst ewaeensrll qergvayina
                                                                      
TARGET          hhhhhh       sssssss        hhhh hhhh   hhh hh   sssss
3bi1_1#7        hhhhhh       sssssss        hhhh hhhh   hhh hh   sssss


TARGET    395   DSSIEGNYTL RVDCTPLMYS LVYNLTKELQ SPDEGFEGKS LYDSWKEKSP
3bi1_1#7  453   dssiegnytl rvdctplmys lvhnltkelk spdegfegks lyeswtkksp
                                                                      
TARGET                  ss sssss    h hhhhhhhhss s       ss shhhhhhhss
3bi1_1#7                ss sssss    h hhhhhhhhss s       ss shhhhhhhss


TARGET    445   SPEFIGMPRI SKLGSGNDFE VFFQRLGIAS GRARYTKNWK TNKVSSYPLY
3bi1_1#7  503   spefsgmpri sklgsgndfe vffqrlgias grarytknwe tnkfsgyply
                                                                      
TARGET          s     sss          hh hhhhh   ss ssssss               
3bi1_1#7        s     sss          hh hhhhhh  ss ssssss               


TARGET    495   HSVYETYELV VKFYDPTFKY HLTVAQVRGA MVFELANSIV LPFDCQSYAV
3bi1_1#7  553   hsvyetyelv ekfydpmfky hltvaqvrgg mvfelansiv lpfdcrdyav
                                                                      
TARGET                 hhh hh      hh hhhhhhhhhh hhhhhh          hhhhh
3bi1_1#7               hhh hh      hh hhhhhhhhhh hhhhhh          hhhhh


TARGET    545   ALKKYADTIY NISMKHPQEM KAYMISFDSL FSAVNNFTDV ASKFNQRLQE
3bi1_1#7  603   vlrkyadkiy sismkhpqem ktysvsfdsl fsavknftei askfserlq-
                                                                      
TARGET          hhhhhhhhhh hh   hhhhh hh     hhh hhhhhhhhhh hhhhhhhhhh
3bi1_1#7        hhhhhhhhhh hh   hhhhh hhh    hhh hhhhhhhhhh hhhhhhhhh 


TARGET    595   LDKSNPILLR IMNDQLMYLE RAFIDPLGLP GRPFYRHIIY APSSHNKYAG
3bi1_1#7  652   -dfsnpivlr mmndqlmfle rafidplglp drpfyrhviy apsshnkyag
                                                                      
TARGET               hhhhh hhhhhh   h hhsss           sssss sss     ss
3bi1_1#7         h   hhhhh hhhhhh   h hhsss           sssss sss     ss


TARGET    645   ESFPGIYDAL FDISSKVNAS KAWNEVKRQI SIATFTVQAA AETLREVA -
3bi1_1#7  703   esfpgiydal fdieskvdps kawgevkrqi yvaaftvqaa aetlseva-k
                                                                      
TARGET          ssshhhhhhh         hh hhhhhhhhhh hhhhhhhhhh hhh       
3bi1_1#7        ssshhhhhhh         hh hhhhhhhhhh hhhhhhhhhh hhh       


TARGET    693   ---- KEFLH ELKAENIKKF LYNFTRTPHL AGTQNNFELA KQIHDQWKEF
3bi1_1#7  56    hnm--kafld elkaenikkf lynftqiphl agteqnfqla kqiqsqwkef
                   *                                                  
TARGET                hhhh    hhhhhhh hhhh          hhhhhhh hhhhhhhhhh
3bi1_1#7          h  hhhhh    hhhhhhh hhhh          hhhhhhh hhhhhhhhhh


TARGET    738   GLDLVELSHY DVLLSYPNKT HPNYISIINE DGNEIFKTSL SEQPPPGYEN
3bi1_1#7  104   gldsvelahy dvllsypnkt hpnyisiine dgneifntsl feppppgyen
                                                                      
TARGET             sssssss ssssss        ssssss    ssssss             
3bi1_1#7           sssssss ssssss        ssssss    ssssss             


TARGET    788   ISDVVPPYSA FSPQGTPEGD LVYVNYARTE DFFKLEREMK ISCSGKIVIA
3bi1_1#7  154   vsdivppfsa fspqgmpegd lvyvnyarte dffklerdmk incsgkivia
                                                                      
TARGET                         ssssss ssss    hh hhhhhhhh         ssss
3bi1_1#7                       ssssss ssss    hh hhhhhhhh         ssss


TARGET    838   RYGKVFRGNM VKNAQLAGAK GMILYSDPAD YFVPAVKSYP DGWNLPGGGV
3bi1_1#7  204   rygkvfrgnk vknaqlagak gvilysdpad yfapgvksyp dgwnlpgggv
                                                                      
TARGET          ss     hhh hhhhhhh    sssss            sss   sss      
3bi1_1#7        ss     hhh hhhhhhh    sssss            sss   sss      


TARGET    888   QRGNVLNLNG AGDPLTPGYP ANEHAYRHEL TNAVGLPSIP VHPIGYDDAQ
3bi1_1#7  254   qrgnilnlng agdpltpgyp aneyayrrgi aeavglpsip vhpigyydaq
                                                                      
TARGET                                                    s ssss hhhhh
3bi1_1#7                                                  s ssss hhhhh


TARGET    938   KLLEHMGGPA PPDSSWKGGL KVPYNVGPGF AGNFSTQKVK MHIHSYTKVT
3bi1_1#7  304   kllekmggsa ppdsswrgsl kvpynvgpgf tgnfstqkvk mhihstnevt
                                                                      
TARGET          hhhhsss                       ss s      sss sss  sssss
3bi1_1#7        hhhhsssss                   ssss s      sss sss  sssss


TARGET    988   RIYNVIGTLK GALEPDRYVI LGGHRDAWVF GGIDPQSGAA VVHEIVRSFG
3bi1_1#7  354   riynvigtlr gavepdryvi lgghrdswvf ggidpqsgaa vvheivrsfg
                                                                      
TARGET          sssssssss        ssss sssss           hhhhh hhhhhhhhhh
3bi1_1#7        sssssssss        ssss sssss           hhhhh hhhhhhhhhh


TARGET    1038  TLKKKGRRPR RTILFASWDA EEFGLLGSTE WAEEHSRLLQ ERGVAYINAD
3bi1_1#7  404   tlkkegwrpr rtilfaswda eefgllgste waeensrllq ergvayinad
                                                                      
TARGET          hhhhh       sssssss        hhhhh hhh   hhhh h   sssss 
3bi1_1#7        hhhhh       sssssss        hhhhh hhh   hhhh h   sssss 


TARGET    1088  SSIEGNYTLR VDCTPLMYSL VYNLTKELQS PDEGFEGKSL YDSWKEKSPS
3bi1_1#7  454   ssiegnytlr vdctplmysl vhnltkelks pdegfegksl yeswtkksps
                                                                      
TARGET                 sss ssss    hh hhhhhhhsss        sss hhhhhhhsss
3bi1_1#7               sss ssss    hh hhhhhhhsss        sss hhhhhhhsss


TARGET    1138  PEFIGMPRIS KLGSGNDFEV FFQRLGIASG RARYTKNWKT NKVSSYPLYH
3bi1_1#7  504   pefsgmpris klgsgndfev ffqrlgiasg rarytknwet nkfsgyplyh
                                                                      
TARGET               sss          hhh hhhh   sss sssss                
3bi1_1#7             sss          hhh hhhhh  sss sssss                


TARGET    1188  SVYETYELVV KFYDPTFKYH LTVAQVRGAM VFELANSIVL PFDCQSYAVA
3bi1_1#7  554   svyetyelve kfydpmfkyh ltvaqvrggm vfelansivl pfdcrdyavv
                                                                      
TARGET                hhhh h      hhh hhhhhhhhhh hhhhh          hhhhhh
3bi1_1#7              hhhh h      hhh hhhhhhhhhh hhhhh          hhhhhh


TARGET    1238  LKKYADTIYN ISMKHPQEMK AYMISFDSLF SAVNNFTDVA SKFNQRLQEL
3bi1_1#7  604   lrkyadkiys ismkhpqemk tysvsfdslf savknfteia skfserlq--
                                                                      
TARGET          hhhhhhhhhh h   hhhhhh h     hhhh hhhhhhhhhh hhhhhhhhh 
3bi1_1#7        hhhhhhhhhh h   hhhhhh hh    hhhh hhhhhhhhhh hhhhhhhh  


TARGET    1288  DKSNPILLRI MNDQLMYLER AFIDPLGLPG RPFYRHIIYA PSSHNKYAGE
3bi1_1#7  652   dfsnpivlrm mndqlmfler afidplglpd rpfyrhviya psshnkyage
                                                                      
TARGET              hhhhhh hhhhh   hh hsss           ssssss ss     sss
3bi1_1#7        h   hhhhhh hhhhh   hh hsss           ssssss ss     sss


TARGET    1338  SFPGIYDALF DISSKVNASK AWNEVKRQIS IATFTVQAAA ETLREVA   
3bi1_1#7  704   sfpgiydalf dieskvdpsk awgevkrqiy vaaftvqaaa etlseva-  
                                                                      
TARGET          sshhhhhhh         hhh hhhhhhhhhh hhhhhhhhhh hh        
3bi1_1#7        sshhhhhhh         hhh hhhhhhhhhh hhhhhhhhhh hh        



Quality


Template's ligands section
Ligands in the template: 3BI: 2, BMA: 2, CA: 2, CL: 2, MAN: 2, NAG: 20, ZN: 4.
Ligands in the template that will be assessed: BMA11, BMA738, CA15, CA742, MAN12, MAN739, NAG1, NAG10, NAG2, NAG3, NAG4, NAG5, NAG6, NAG7, NAG728, NAG729, NAG730, NAG731, NAG732, NAG733, NAG734, NAG735, NAG736, NAG737, NAG8, NAG9, ZN13, ZN14, ZN740, ZN741.
Model's ligands section
NAG1
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG1 will not be included in the model.
NAG1: conservation:False, RMSD:False, included: False

NAG2
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG2 will not be included in the model.
NAG2: conservation:False, RMSD:False, included: False

NAG3
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG3 will not be included in the model.
NAG3: conservation:False, RMSD:False, included: False

NAG4
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG4 will not be included in the model.
NAG4: conservation:False, RMSD:False, included: False

NAG5
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG5 will not be included in the model.
NAG5: conservation:False, RMSD:False, included: False

NAG6
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG6 will not be included in the model.
NAG6: conservation:False, RMSD:False, included: False

NAG7
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG7 will not be included in the model.
NAG7: conservation:False, RMSD:False, included: False

NAG8
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG8 will not be included in the model.
NAG8: conservation:False, RMSD:False, included: False

NAG9
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG9 will not be included in the model.
NAG9: conservation:False, RMSD:False, included: False

NAG10
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG10 will not be included in the model.
NAG10: conservation:False, RMSD:False, included: False

BMA11
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: 0.040
Given the properties calculated previously, the ligand z.BMA11 will be included in the model.
BMA11: conservation:True, RMSD:True, included: True

MAN12
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.MAN12 will not be included in the model.
MAN12: conservation:False, RMSD:False, included: False

NAG728
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG728 will not be included in the model.
NAG728: conservation:False, RMSD:False, included: False

NAG729
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG729 will not be included in the model.
NAG729: conservation:False, RMSD:False, included: False

NAG730
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG730 will not be included in the model.
NAG730: conservation:False, RMSD:False, included: False

NAG731
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG731 will not be included in the model.
NAG731: conservation:False, RMSD:False, included: False

NAG732
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG732 will not be included in the model.
NAG732: conservation:False, RMSD:False, included: False

NAG733
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG733 will not be included in the model.
NAG733: conservation:False, RMSD:False, included: False

NAG734
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG734 will not be included in the model.
NAG734: conservation:False, RMSD:False, included: False

NAG735
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG735 will not be included in the model.
NAG735: conservation:False, RMSD:False, included: False

NAG736
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG736 will not be included in the model.
NAG736: conservation:False, RMSD:False, included: False

NAG737
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.NAG737 will not be included in the model.
NAG737: conservation:False, RMSD:False, included: False

BMA738
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: 0.040
Given the properties calculated previously, the ligand z.BMA738 will be included in the model.
BMA738: conservation:True, RMSD:True, included: True

MAN739
The ligand binds less than 3 template residues.
Given the properties calculated previously, the ligand z.MAN739 will not be included in the model.
MAN739: conservation:False, RMSD:False, included: False

ZN13
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: 0.060
Given the properties calculated previously, the ligand z.ZN13 will be included in the final model.
ZN13: conservation:True, RMSD:True, included: True

ZN14
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: 0.060
Given the properties calculated previously, the ligand z.ZN14 will be included in the final model.
ZN14: conservation:True, RMSD:True, included: True

CA15
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.CA15 will be included in the final model.
CA15: conservation:True, RMSD:True, included: True

ZN740
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: 0.060
Given the properties calculated previously, the ligand z.ZN740 will be included in the final model.
ZN740: conservation:True, RMSD:True, included: True

ZN741
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: 0.060
Given the properties calculated previously, the ligand z.ZN741 will be included in the final model.
ZN741: conservation:True, RMSD:True, included: True

CA742
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: 0.060
Given the properties calculated previously, the ligand z.CA742 will be included in the final model.
CA742: conservation:True, RMSD:True, included: True

The new model with the included ligands was saved successfully.


Quaternary Structure Annotation of the Template
3bi1 is annotated as DIMER
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: 3bi1.pdb1.gz

Quaternary Structure Modelling of the Target Protein
Analysis of evolutionary and family specific aspects revealed conservation of the oligomeric structure
Hence, the oligomeric structures of the target and the template can be assumed to be similar (=DIMER)
The corresponding reliability score is 0.936 (>0.5 indicates similarity)
Model was succesfully built as DIMER.


Template Selection
 - Start SMR-Pipeline for:1e01b07aa4f48c00fc94d53e08363480 on BC2-cluster at Sat Feb 16 21:41:33
2013 


 - Analyze BLAST summary ... 
 - Blast template search was successfull, number of templates selected for modeling:  1
 - But still uncovered regions of the target sequence detected, go for: HHSEARCH

FATAL - No A3m found

 - Run HHSearch to detect more templates...
 - Generate new template library
 - Run template selection against modfied template library 
 - Summarize templates: 
 - No template with A found
 - No template with B found
 - No template with D found
 - No template with E found
 - No template with G found
 - No template with H found
 - No template with G found
 - No template with H found
 - No template with D found
 - No template with D found
 - No template with C found
 - No template with C found
 - No template with D found
 - No template with D found
 - No template with C found
 - No template with C found
 - No template with B found
 - No template with B found
 - No template with D found
 - No template with D found
 - No template with C found
 - No template with C found
 - Proof template(s) selection compared to previous Repository update
 - Different number of templates selected (old0 vs new:1): model based on new templates
 - Send 1 Templates for modeling

 - @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
 -       **************************************************************************
 - building model based on 3bi1A (61-752) 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:1e01b07aa4f48c00fc94d53e08363480 on BC2-cluster at Sat Feb 16 23:54:43
2013 




Template Description
Match Chain SeqId

3d7d: A HIGH RESOLUTION CRYSTAL STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN A COMPLEX WITH DCFBD, A UREA-BASED INHIBITOR
Solved by: X-RAY, Resolution: 1.69A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3d7dA 87%
[Model]

2xei: HUMAN GLUTAMATE CARBOXYPEPTIDASE II IN COMPLEX WITH ANTIBODY-RECRUITING MOLECULE ARM-P2
Solved by: X-RAY, Resolution: 1.69A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2xeiA 87%
[Model]

2pvw: A HIGH RESOLUTION STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN COMPLEX WITH 2- (PHOSPHONOMETHYL)PENTANEDIOIC ACID (2-PMPA)
Solved by: X-RAY, Resolution: 1.71A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2pvwA 87%
[Model]

3sje: X-RAY STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (THINACTIVE MUTANT) IN COMPLEX WITH N-ACETYL-ASPARTYL-AMINON
Solved by: X-RAY, Resolution: 1.70A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3sjeA 87%
[Model]

2or4: A HIGH RESOLUTION CRYSTAL STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II IN COMPLEX WITH QUISQUALIC ACID
Solved by: X-RAY, Resolution: 1.62A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2or4A 87%
[Model]

3bi0: X-RAY STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN COMPLEX WITH A TRANSITION STATE ANALOG OF GLU-GLU
Solved by: X-RAY, Resolution: 1.67A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3bi0A 87%
[Model]

3d7g: A HIGH RESOLUTION CRYSTAL STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN A COMPLEX WITH DCMC, A UREBASED INHIBITOR
Solved by: X-RAY, Resolution: 1.75A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3d7gA 87%
[Model]

3bxm: STRUCTURE OF AN INACTIVE MUTANT OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II [GCPII(E424A)] IN COMPLEX WITH N- ACETYL-ASP-GLU (NAAG)
Solved by: X-RAY, Resolution: 1.71A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3bxmA 87%
[Model]

2xej: HUMAN GLUTAMATE CARBOXYPEPTIDASE II IN COMPLEX WITH ARM-M4UREA-BASED INHIBITOR
Solved by: X-RAY, Resolution: 1.78A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2xejA 87%
[Model]

2xeg: HUMAN GLUTAMATE CARBOXYPEPTIDASE II IN COMPLEX WITH ANTIBODY-RECRUITING MOLECULE ARM-P4
Solved by: X-RAY, Resolution: 1.59A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2xegA 87%
[Model]

3iww: CRYSTAL STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN A COMPLEX WITH DBIBZL, A UREA-BASED INHIBITOR
Solved by: X-RAY, Resolution: 2.30A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3iwwA 87%
[Model]

2jbk: MEMBRANE-BOUND GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN COMPLEX WITH QUISQUALIC ACID (QUISQUALATE, ALPHA-AMINO-3,DIOXO-1,2,4-OXADIAZOLIDINE-2-PROPANOIC ACID)
Solved by: X-RAY, Resolution: 2.99A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2jbkA 87%
[Model]

3bi1: X-RAY STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN COMPLEX WITH A TRANSITION STATE ANALOG OF METHOTREXATE-GLU
Solved by: X-RAY, Resolution: 1.50A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3bi1A 87%
[Model]

3d7f: A HIGH RESOLUTION CRYSTAL STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN A COMPLEX WITH DCIT, A UREBASED INHIBITOR
Solved by: X-RAY, Resolution: 1.54A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3d7fA 87%
[Model]

3rbu: N-TERMINALLY AVITEV-TAGGED HUMAN GLUTAMATE CARBOXYPEPTIDASCOMPLEX WITH 2-PMPA
Solved by: X-RAY, Resolution: 1.60A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3rbuA 87%
[Model]

2jbj: MEMBRANE-BOUND GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN COMPLEX WITH 2-PMPA (2-PHOPHONOMETHYL-PENTANEDIOIC ACID)
Solved by: X-RAY, Resolution: 2.19A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2jbjA 87%
[Model]

3bhx: X-RAY STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN COMPLEX WITH A TRANSITION STATE ANALOG OF ASP-GLU
Solved by: X-RAY, Resolution: 1.60A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3bhxA 87%
[Model]

3sjf: X-RAY STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II IN A UREA-BASED INHIBITOR (A25)
Solved by: X-RAY, Resolution: 1.65A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-751 3sjfA 87%
[Model]

2pvv: STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) ICOMPLEX WITH L-SERINE-O-SULFATE
Solved by: X-RAY, Resolution: 2.11A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2pvvA 87%
[Model]

3d7h: A HIGH RESOLUTION CRYSTAL STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN A COMPLEX WITH DCIBZL, A UREA-BASED INHIBITOR
Solved by: X-RAY, Resolution: 1.55A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3d7hA 87%
[Model]

2cij: MEMBRANE-BOUND GLUTAMATE CARBOXYPEPTIDASE II (GCPII) WITH BOUND METHIONINE
Solved by: X-RAY, Resolution: 2.40A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2cijA 87%
[Model]

3sjg: HUMAN GLUTAMATE CARBOXYPEPTIDASE II (E424A INACTIVE MUTANTCOMPLEX WITH N-ACETYL-ASPARTYL-AMINOOCTANOIC ACID
Solved by: X-RAY, Resolution: 1.65A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3sjgA 87%
[Model]

2xef: HUMAN GLUTAMATE CARBOXYPEPTIDASE II IN COMPLEX WITH ANTIBODY-RECRUITING MOLECULE ARM-P8
Solved by: X-RAY, Resolution: 1.59A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2xefA 87%
[Model]

1z8l: CRYSTAL STRUCTURE OF PROSTATE-SPECIFIC MEMBRANE ANTIGEN, ATUMOR MARKER AND PEPTIDASE
Solved by: X-RAY, Resolution: 3.50A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 1z8lB 87%
[Model]
61-752 1z8lA 87%
[Model]
61-752 1z8lD 87%
[Model]
61-752 1z8lC 87%
[Model]

2c6c: MEMBRANE-BOUND GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN COMPLEX WITH GPI-18431 (S)-2-(4-IODOBENZYLPHOSPHONOMETHYLPENTANEDIOIC ACID
Solved by: X-RAY, Resolution: 2.00A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2c6cA 86%
[Model]

3sjx: X-RAY STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE II (THINACTIVE MUTANT) IN COMPLEX WITH N-ACETYL-ASPARTYL-METHIO
Solved by: X-RAY, Resolution: 1.66A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 3sjxA 86%
[Model]

2oot: A HIGH RESOLUTION STRUCTURE OF LIGAND-FREE HUMAN GLUTAMATECARBOXYPEPTIDASE II
Solved by: X-RAY, Resolution: 1.64A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2ootA 86%
[Model]

2c6g: MEMBRANE-BOUND GLUTAMATE CARBOXYPEPTIDASE II (GCPII) WITH BOUND GLUTAMATE
Solved by: X-RAY, Resolution: 2.20A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2c6gA 86%
[Model]

2c6p: MEMBRANE-BOUND GLUTAMATE CARBOXYPEPTIDASE II (GCPII) IN COMPLEX WITH PHOSPHATE ANION
Solved by: X-RAY, Resolution: 2.39A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

61-752 2c6pA 85%
[Model]

3ff3: THE HIGH RESOLUTION STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE III (GCPIII/NAALADASE II) IN COMPLEX WITL-GLUTAMATE
Solved by: X-RAY, Resolution: 1.37A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

59-751 3ff3A 70%
[Model]

3fee: THE HIGH RESOLUTION STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE III (GCPIII/NAALADASE II) IN COMPLEX WITQUISQUALIC ACID
Solved by: X-RAY, Resolution: 1.56A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

59-751 3feeA 70%
[Model]

3fed: THE HIGH RESOLUTION STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE III (GCPIII/NAALADASE II) IN COMPLEX WITA TRANSITION STATE ANALOG OF GLU-GLU
Solved by: X-RAY, Resolution: 1.29A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

59-751 3fedA 70%
[Model]

3fec: CRYSTAL STRUCTURE OF HUMAN GLUTAMATE CARBOXYPEPTIDASE III (GCPIII/NAALADASE II), PSEUDO-UNLIGANDED
Solved by: X-RAY, Resolution: 1.49A, Identified by BLAST
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

59-751 3fecA 70%
[Model]

4h2k: CRYSTAL STRUCTURE OF THE CATALYTIC DOMAIN OF SUCCINYL-DIAMDESUCCINYLASE FROM HAEMOPHILUS INFLUENZAE
Solved by: X-RAY, Resolution: 1.84A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

383-442 4h2kB 16%
[Model]

4fuu: CRYSTAL STRUCTURE OF A LEUCINE AMINOPEPTIDASE PRECURSOR (BBACTEROIDES THETAIOTAOMICRON VPI-5482 AT 1.30 A RESOLUTIO
Solved by: X-RAY, Resolution: 1.30A, Identified by HHSEARCH
[ SMTL ]   [ RCSB ]   [ PDBe ]   [ SCOP ]  [ CATH ]  

357-588 4fuuA 13%
[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.