Given a set of homologous protein/DNA/RNA sequences, finding their multiple alignment means arranging the characters of the sequences in such a way that characters that are of common descent are placed in the same column. Characters that do not have homologs in some of the sequences are substituted with a gap (–) in those sequences, as in Fig. 1
A major challenge in computational biology is the identification of evolutionarily related macromole...
An information theory based multiple alignment ("Malign") method was used to align the DNA...
Morgenstern B, Dress A, Werner T. Multiple DNA and protein sequence alignment based on segment-to-se...
The level of conservation between two homologous sequences often varies among sequence regions; func...
Multiple sequence alignment is a well-studied algorithmic problem of particular importance in Biolog...
Accurate alignments of sequences are needed for many types of analyses. Aligned sequences might be t...
Alignment of multiple DNA or protein sequences is a cen-tral problem in computational biology. To cr...
Sequence alignments, defined as a way of arrange DNA (deoxyribonu-cleic acid), RNA, (ribonucleic aci...
This chapter presents an overview of methods available for deducing information from sets of sequenc...
High quality sequence alignments of RNA and DNA sequences are a prerequisite for the comparative ana...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Rigorous computation methods are needed to unleash the power hidden in the DNA and protein sequences...
Motivation: Although pairwise sequence alignment is essential in comparative genomic sequence analys...
Multiple sequence alignment (MSA) is most often the first step of bioinformatics and molecular evolu...
Abstract Multiple sequence alignment as a means of comparing DNA, RNA or amino acid sequences is an ...
A major challenge in computational biology is the identification of evolutionarily related macromole...
An information theory based multiple alignment ("Malign") method was used to align the DNA...
Morgenstern B, Dress A, Werner T. Multiple DNA and protein sequence alignment based on segment-to-se...
The level of conservation between two homologous sequences often varies among sequence regions; func...
Multiple sequence alignment is a well-studied algorithmic problem of particular importance in Biolog...
Accurate alignments of sequences are needed for many types of analyses. Aligned sequences might be t...
Alignment of multiple DNA or protein sequences is a cen-tral problem in computational biology. To cr...
Sequence alignments, defined as a way of arrange DNA (deoxyribonu-cleic acid), RNA, (ribonucleic aci...
This chapter presents an overview of methods available for deducing information from sets of sequenc...
High quality sequence alignments of RNA and DNA sequences are a prerequisite for the comparative ana...
The alignment of biological sequences is crucial for the transfer of annotation from model organisms...
Rigorous computation methods are needed to unleash the power hidden in the DNA and protein sequences...
Motivation: Although pairwise sequence alignment is essential in comparative genomic sequence analys...
Multiple sequence alignment (MSA) is most often the first step of bioinformatics and molecular evolu...
Abstract Multiple sequence alignment as a means of comparing DNA, RNA or amino acid sequences is an ...
A major challenge in computational biology is the identification of evolutionarily related macromole...
An information theory based multiple alignment ("Malign") method was used to align the DNA...
Morgenstern B, Dress A, Werner T. Multiple DNA and protein sequence alignment based on segment-to-se...