We present EvalMSA, a software tool for evaluating and detecting outliers in multiple sequence alignments (MSAs). This tool allows the identification of divergent sequences in MSAs by scoring the contribution of each row in the alignment to its quality using a sum-of-pair-based method and additional analyses. Our main goal is to provide users with objective data in order to take informed decisions about the relevance and/or pertinence of including/retaining a particular sequence in an MSA. EvalMSA is written in standard Perl and also uses some routines from the statistical language R. Therefore, it is necessary to install the R-base package in order to get full functionality. Binary packages are freely available from http://sourceforge.net/...
Background An important aspect of cancer research is identifying inherited genetic variants that cau...
Abstract Background Multiple Sequence Alignments (MSAs) are the starting point of molecular evolutio...
The computation of protein sequence alignments is one of the most fundamental tasks in computational...
We present EvalMSA, a software tool for evaluating and detecting outliers in multiple sequence align...
8 páginas, 3 figuras, 2 tablas.We present EvalMSA, a software tool for evaluating and detecting outl...
We present EvalMSA, a software tool for evaluating and detecting outliers in multiple sequence align...
Many bioinformatics analyses use multiple sequence alignments (MSAs) as their input data. Therefore,...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Background: Multiple sequence alignments (MSA) are widely used in sequence analysis for a variety of...
Background: Multiple sequence alignment (MSA) plays a central role in nearly all bioinformatics and ...
Characterizing the functional, structural, and evolutionary relationships of biological sequences is...
Molecular evolutionary biology allows us to look into the past by analyzing sequences of amino acids...
With the rapid development of genome sequencing, an ever-increasing number of molecular biology anal...
Biological sequences have rapidly accumulated due to the development of sequencing technologies. For...
peer reviewedBACKGROUND: Multiple Sequence Alignments (MSAs) are the starting point of molecular evo...
Background An important aspect of cancer research is identifying inherited genetic variants that cau...
Abstract Background Multiple Sequence Alignments (MSAs) are the starting point of molecular evolutio...
The computation of protein sequence alignments is one of the most fundamental tasks in computational...
We present EvalMSA, a software tool for evaluating and detecting outliers in multiple sequence align...
8 páginas, 3 figuras, 2 tablas.We present EvalMSA, a software tool for evaluating and detecting outl...
We present EvalMSA, a software tool for evaluating and detecting outliers in multiple sequence align...
Many bioinformatics analyses use multiple sequence alignments (MSAs) as their input data. Therefore,...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Background: Multiple sequence alignments (MSA) are widely used in sequence analysis for a variety of...
Background: Multiple sequence alignment (MSA) plays a central role in nearly all bioinformatics and ...
Characterizing the functional, structural, and evolutionary relationships of biological sequences is...
Molecular evolutionary biology allows us to look into the past by analyzing sequences of amino acids...
With the rapid development of genome sequencing, an ever-increasing number of molecular biology anal...
Biological sequences have rapidly accumulated due to the development of sequencing technologies. For...
peer reviewedBACKGROUND: Multiple Sequence Alignments (MSAs) are the starting point of molecular evo...
Background An important aspect of cancer research is identifying inherited genetic variants that cau...
Abstract Background Multiple Sequence Alignments (MSAs) are the starting point of molecular evolutio...
The computation of protein sequence alignments is one of the most fundamental tasks in computational...