This paper presents 3DCoffee@igs, a web-based tool dedicated to the computation of high-quality multiple sequence alignments (MSAs). 3D-Coffee makes it possible to mix protein sequences and structures in order to increase the accuracy of the alignments. Structures can be either provided as PDB identifiers or directly uploaded into the server. Given a set of sequences and structures, pairs of structures are aligned with SAP while sequence-structure pairs are aligned with Fugue. The resulting collection of pairwise alignments is then combined into an MSA with the T-Coffee algorithm. The server and its documentation are available from http://igs-server.cnrs-mrs.fr/Tcoffee/
We introduce M-Coffee, a meta-method for assem-bling multiple sequence alignments (MSA) by com-binin...
International audienceThe increasing number of available protein structures requires efficient tools...
Obtaining high quality multiple alignments is crucial for a range of sequence analysis tasks. A comm...
This paper presents 3DCoffee@igs, a web-based tool dedicated to the computation of high-quality mult...
This paper presents 3DCoffee@igs, a web-based tool dedicated to the computation of high-quality mult...
This paper presents 3DCoffee@igs, a web-based tool dedicated to the computation of high-quality mult...
Most bioinformatics analyses require the assembly of a multiple sequence alignment. It has long been...
This paper presents Tcoffee@igs, a new server provided to the community by Hewlet Packard computers ...
This paper presents Tcoffee@igs, a new server provided to the community by Hewlet Packard computers ...
Expresso is a multiple sequence alignment server that aligns sequences using structural information....
This paper presents Tcoffee@igs, a new server provided to the community by Hewlet Packard computers ...
The M-Coffee server is a web server that makes it possible to compute multiple sequence alignments (...
This article introduces a new interface for T-Coffee, a consistency-based multiple sequence alignmen...
This article introduces a new interface for T-Coffee, a consistency-based multiple sequence alignmen...
This article introduces the SARA-Coffee web server; a service allowing the online computation of 3D ...
We introduce M-Coffee, a meta-method for assem-bling multiple sequence alignments (MSA) by com-binin...
International audienceThe increasing number of available protein structures requires efficient tools...
Obtaining high quality multiple alignments is crucial for a range of sequence analysis tasks. A comm...
This paper presents 3DCoffee@igs, a web-based tool dedicated to the computation of high-quality mult...
This paper presents 3DCoffee@igs, a web-based tool dedicated to the computation of high-quality mult...
This paper presents 3DCoffee@igs, a web-based tool dedicated to the computation of high-quality mult...
Most bioinformatics analyses require the assembly of a multiple sequence alignment. It has long been...
This paper presents Tcoffee@igs, a new server provided to the community by Hewlet Packard computers ...
This paper presents Tcoffee@igs, a new server provided to the community by Hewlet Packard computers ...
Expresso is a multiple sequence alignment server that aligns sequences using structural information....
This paper presents Tcoffee@igs, a new server provided to the community by Hewlet Packard computers ...
The M-Coffee server is a web server that makes it possible to compute multiple sequence alignments (...
This article introduces a new interface for T-Coffee, a consistency-based multiple sequence alignmen...
This article introduces a new interface for T-Coffee, a consistency-based multiple sequence alignmen...
This article introduces the SARA-Coffee web server; a service allowing the online computation of 3D ...
We introduce M-Coffee, a meta-method for assem-bling multiple sequence alignments (MSA) by com-binin...
International audienceThe increasing number of available protein structures requires efficient tools...
Obtaining high quality multiple alignments is crucial for a range of sequence analysis tasks. A comm...