University of California San Francisco | About UCSF | UCSF Benioff Children's Hospital San Francisco

ModBase: Database of Comparative Protein Structure Models

Model Details Page

Sequence Information

Primary Database Link 33357074
Original Database ID UP P0ADA1
Organism
Annotation a chain a, e. coli thioesterase
i/protease i/lysophospholipase
l1 in complexed w ith diethyl
phosphono moiety
Sequence Length 190

Dataset Information:

The newest dataset for this sequence was created on 2013-06-24. If you think that a better template has been added to the template database since, you can start a new calculation.

The calculation typically takes 1-2 days, and the results will be added to this page. Registered users will receive an email notification.

Information for additional models of this sequences are available by clicking on the model thumbnails below.  

Model Information

Perform action on this model:

Quality criteria indicate whether the model is considered
reliable (green) or unreliable (red).
 
Target Region1-180
Protein Length190
Template PDB Code1ivnA
Template Region1-180
Sequence Identity99%
E-Value0
GA3411
MPQS2.23057
z-DOPE-2.12
TSVMod MethodMTALL
TSVMod RMSD0.872
TSVMod NO350.975
DatasetEFI_update-20130509-01-1235
ModPipe VersionSVN.r1409M
Model Date2013-06-24

Mouse over the images for more information

Sequence Model Coverage Summary
for all Models of this Sequence:

Filtered models for current sequence (Show all models)

 

Cross-references

Show obsolete/secondary identifiers
Template Structure
PDB1ivne.coli thioesterase i/protease i/lysophospholiase l1 ; EC: 3.1.1.5 ; PFAM: PF00657
DBALI1ivnA 
CATH3.40.50.1110 Domain: 1ivnA00 Rossmann fold (100%)
JenaImageLibrary1ivn 
Target Sequence
PDB1J00A Chain A, E. Coli Thioesterase IPROTEASE ILYSOPHOSPHOLIPASE L1 IN Complexed With Diethyl Phosphono Moiety
PDB1J00AChain A, E. Coli Thioesterase I/protease I/lysophospholipase L1 In Complexed With Diethyl Phosphono Moiety
GenPept33357074A Chain A, E. Coli Thioesterase I/protease I/lysophospholipase L1 In Complexed With Diethyl Phosphono Moiety