Abstract Multiple sequence alignment as a means of comparing DNA, RNA or amino acid sequences is an essential precondition for various analyses, including structure prediction, modeling binding sites, phylogeny or function prediction. This range of applications implies a demand for versatile, flexible and specialized meth- ods to compute accurate alignments. This chapter summarizes the key algorithmic insights gained in the past years to facilitate both, an easy understanding of the current multiple sequence alignment literature and to enable the readers to use and apply current tools in their own everyday research
Stoye J. Multiple sequence alignment with the Divide-and-Conquer method. Gene. 1998;211(2):GC45-GC56...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
Sequence alignment is a critical step towards sequence comparison and it can reveal genetic/function...
The increasing importance of Next Generation Sequencing (NGS) techniques has highlighted the key rol...
Alignment of multiple DNA or protein sequences is a cen-tral problem in computational biology. To cr...
Multiple sequence alignment plays a key role in the computational analysis of biological data. Diffe...
Since the identification of DNA/RNA as genetic material, deciphering the code of life has been a maj...
This review focuses on recent trends in multiple sequence alignment tools. It describes the latest a...
Abstract: In many situations, automated multi-alignment programs are not able to correctly align fam...
Multiple sequence alignments are an indispensable tool in bioinformatics. Many applications rely on ...
Abstract. With the goal of developing ecient multiple structural alignment methods, we have asked wh...
To be able to understand characteristics and purpose of biological sequences correctly, it is crucia...
An algorithm is presented for the multiple alignment of protein sequences that is both accurate and ...
Morgenstern B, Dress A, Werner T. Multiple DNA and protein sequence alignment based on segment-to-se...
Dress A. Iterative versus simultaneous multiple sequence alignment. In: Apostolico A, Hein J, eds. C...
Stoye J. Multiple sequence alignment with the Divide-and-Conquer method. Gene. 1998;211(2):GC45-GC56...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
Sequence alignment is a critical step towards sequence comparison and it can reveal genetic/function...
The increasing importance of Next Generation Sequencing (NGS) techniques has highlighted the key rol...
Alignment of multiple DNA or protein sequences is a cen-tral problem in computational biology. To cr...
Multiple sequence alignment plays a key role in the computational analysis of biological data. Diffe...
Since the identification of DNA/RNA as genetic material, deciphering the code of life has been a maj...
This review focuses on recent trends in multiple sequence alignment tools. It describes the latest a...
Abstract: In many situations, automated multi-alignment programs are not able to correctly align fam...
Multiple sequence alignments are an indispensable tool in bioinformatics. Many applications rely on ...
Abstract. With the goal of developing ecient multiple structural alignment methods, we have asked wh...
To be able to understand characteristics and purpose of biological sequences correctly, it is crucia...
An algorithm is presented for the multiple alignment of protein sequences that is both accurate and ...
Morgenstern B, Dress A, Werner T. Multiple DNA and protein sequence alignment based on segment-to-se...
Dress A. Iterative versus simultaneous multiple sequence alignment. In: Apostolico A, Hein J, eds. C...
Stoye J. Multiple sequence alignment with the Divide-and-Conquer method. Gene. 1998;211(2):GC45-GC56...
The accuracy and scalability of multiple sequence alignment (MSA) of DNAs and proteins have long bee...
Sequence alignment is a critical step towards sequence comparison and it can reveal genetic/function...