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 18677034
Original Database ID gi 24586675
Organism Homo sapiens
Annotation unnamed protein product
Sequence Length 659

Dataset Information:

The newest dataset for this sequence was created on 2008-11-07. 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 Region330-469
Protein Length659
Template PDB Code2nt2A
Template Region309-448
Sequence Identity56%
E-Value 0
GA3411
MPQS1.08
z-DOPE-2.14
TSVMod MethodNO3.5S
TSVMod RMSD
TSVMod NO350.940778
Datasethuman_2008
ModPipe Version2.0.2
Model Date2008-11-05

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
Mutation Data
LS-SNP SNP Information available through LS-SNP
Template Structure
PDB2nt2crystal structure of slingshot phosphatase 2
DBALI2nt2A 
CATH3.90.190.10 Domain: 2nt2A00 Protein tyrosine phosphatase superfamily (99%)
JenaImageLibrary2nt2 
Target Sequence
UniProtKBQ8TE77Hypothetical protein FLJ23852
InterProQ8TE77 
PFAMQ8TE77 
ProdomQ8TE77 
RefSeqNP_060327.2 slingshot homolog 3 [Homo sapiens]
GenPept18677034unnamed protein product
GenPept24586675 slingshot homolog 3 [Homo sapiens]
GenPept353304900Sequence 165 from patent US 8039210
GenPept568528642Sequence 4602 from patent US 8586006
GenPept915840080Sequence 165 from patent US 9012145
UCSCGenomeBrowserQ8TE77