MAVID is a multiple alignment program suitable for many large genomic regions. The MAVID webserver allows biomedical researchers to quickly obtain multiple alignments for genomic sequences and to subsequently analyse the alignments for conserved regions. MAVID has been successfully used for the alignment of closely related species such as primates and also for the alignment of more distant organisms such as human and fugu. The server is fast, capable of aligning hundreds of kilobases in less than a minute. The multiple alignment is used to build a phylogenetic tree for the sequences, which is subsequently used as a basis for identifying conserved regions in the alignment. The server can be accessed a
The aim of this work was to compare the multiple alignment methods MAHDS, T-Coffee, MUSCLE, Clustal ...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
MAUSA is a new software program for doing multiple sequence alignments on biological sequences. It u...
MAVID is a multiple alignment program suitable for many large genomic regions. The MAVID web server ...
We describe a new global multiple-alignment program capable of aligning a large number of genomic re...
MaM is a software tool that processes and mani-pulates multiple alignments of genomic sequence. MaM ...
12716International audienceMaM is a software tool that processes and mani- pulates multiple alignmen...
Motivation: When studying multiple alignments of genomic sequences one frequently aims to locate and...
Background: Sequence alignments are the starting point for most evolutionary and comparative analyse...
As genomes evolve, they undergo large-scale evolutionary processes that present a challenge to seque...
Cross-species sequence comparison is a powerful approach to analyze functional sites in genomic sequ...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Obtaining high quality multiple alignments is crucial for a range of sequence analysis tasks. A comm...
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 ...
The aim of this work was to compare the multiple alignment methods MAHDS, T-Coffee, MUSCLE, Clustal ...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
MAUSA is a new software program for doing multiple sequence alignments on biological sequences. It u...
MAVID is a multiple alignment program suitable for many large genomic regions. The MAVID web server ...
We describe a new global multiple-alignment program capable of aligning a large number of genomic re...
MaM is a software tool that processes and mani-pulates multiple alignments of genomic sequence. MaM ...
12716International audienceMaM is a software tool that processes and mani- pulates multiple alignmen...
Motivation: When studying multiple alignments of genomic sequences one frequently aims to locate and...
Background: Sequence alignments are the starting point for most evolutionary and comparative analyse...
As genomes evolve, they undergo large-scale evolutionary processes that present a challenge to seque...
Cross-species sequence comparison is a powerful approach to analyze functional sites in genomic sequ...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Obtaining high quality multiple alignments is crucial for a range of sequence analysis tasks. A comm...
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 ...
The aim of this work was to compare the multiple alignment methods MAHDS, T-Coffee, MUSCLE, Clustal ...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
MAUSA is a new software program for doing multiple sequence alignments on biological sequences. It u...