Note:

We have stopped supporting the old RAPTOR server. Starting from CASP9, we are going to use our new threading method described in the following two papers.

1.     Jian Peng and Jinbo Xu. Boosting protein threading accuracy. RECOMB 2009.

2.     Jian Peng and Jinbo Xu. Low-homology protein threading. Submitted to ISMB 2010.

The first paper describes a general CRF method for protein threading, while the second paper describes how to use the CRF method developed in the first paper to do low-homology protein threading.

A web server combing our new threading method with the ItFix loop modeling (from Sosnick group) will start to operate very soon (before CASP9 starts).

RAPTOR Server for Protein Structure Prediction

(Version 2.0)

RAPTOR is one of the best protein structure prediction servers. It performs very well in recent CASPs (Third Critical Assessment of Structure. For papers describing RAPTOR, please go to my research page.

RAPTOR can run as a server or a standalone application on Windows, Linux, Solaris, IRIX, HP-UX, OSF, and Mac OS. RAPTOR can also run on a SMP machine, a cluster system and a massively parallel processing platform.

A new web interface for RAPTOR is available at new RAPTOR server or new RAPTOR server at BSI . For a trial version or a commercial version of RAPTOR and its documents, please visit BSI (Bioinformatics Solutions Inc.).

Attention: If you want to submit your sequences to RAPTOR, please contact with j3xu@tti-c.org first. In addition, the template database is not updated frequently, which might impact the fold recognition rate. 

Sequence Label:

 Output Format:CASP AL PIR

Sequence:

 

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