12716International audienceMaM is a software tool that processes and mani- pulates multiple alignments of genomic sequence. MaM computes the exact location of common repeat elements, exons and unique regions within aligned genomics sequences using a variety of user identi- fied programs, databases and/or tables. The program can extract subalignments, corresponding to these various regions of DNA to be analyzed independently or in conjunction with other elements of genomic DNA. Graphical displays further allow an assessment of sequence variation throughout these different regions of the aligned sequence, providing separate displays for their repeat, non-repeat and coding por- tions of genomic DNA. The program should facilitate the phylogenet...
We describe a multiple alignment program named MAP2 based on a generalized pairwise global align-men...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
Major research efforts in Bioinformatics include sequence alignment, gene finding, genome assembly, ...
MaM is a software tool that processes and mani-pulates multiple alignments of genomic sequence. MaM ...
Results: We have produced a computer program, named sim3, that solves the following computational pr...
MAVID is a multiple alignment program suitable for many large genomic regions. The MAVID webserver a...
We describe a multiple alignment program named MAP2 based on a generalized pairwise global align-men...
Biological pairwise sequence alignment can be used as a method for arranging two biological sequence...
Here we present the MSA-PAD application, a DNA multiple sequence alignment framework that uses PFAM ...
MAUSA is a new software program for doing multiple sequence alignments on biological sequences. It u...
Motivation: When studying multiple alignments of genomic sequences one frequently aims to locate and...
MAVID is a multiple alignment program suitable for many large genomic regions. The MAVID web server ...
As genomes evolve, they undergo large-scale evolutionary processes that present a challenge to seque...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
An ever-increasing number of biological modelingmethods depend on the assembly of an accuratemultipl...
We describe a multiple alignment program named MAP2 based on a generalized pairwise global align-men...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
Major research efforts in Bioinformatics include sequence alignment, gene finding, genome assembly, ...
MaM is a software tool that processes and mani-pulates multiple alignments of genomic sequence. MaM ...
Results: We have produced a computer program, named sim3, that solves the following computational pr...
MAVID is a multiple alignment program suitable for many large genomic regions. The MAVID webserver a...
We describe a multiple alignment program named MAP2 based on a generalized pairwise global align-men...
Biological pairwise sequence alignment can be used as a method for arranging two biological sequence...
Here we present the MSA-PAD application, a DNA multiple sequence alignment framework that uses PFAM ...
MAUSA is a new software program for doing multiple sequence alignments on biological sequences. It u...
Motivation: When studying multiple alignments of genomic sequences one frequently aims to locate and...
MAVID is a multiple alignment program suitable for many large genomic regions. The MAVID web server ...
As genomes evolve, they undergo large-scale evolutionary processes that present a challenge to seque...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
An ever-increasing number of biological modelingmethods depend on the assembly of an accuratemultipl...
We describe a multiple alignment program named MAP2 based on a generalized pairwise global align-men...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
Major research efforts in Bioinformatics include sequence alignment, gene finding, genome assembly, ...