Abstract.—The process of inferring phylogenetic trees from molecular sequences almost always starts with a multiple align-ment of these sequences but can also be based on methods that do not involve multiple sequence alignment. Very little is known about the accuracy with which such alignment-free methods recover the correct phylogeny or about the potential for increasing their accuracy. We conducted a large-scale comparison of ten alignment-free methods, among them one new ap-proach that does not calculate distances and a faster variant of our pattern-based approach; all distance-based alignment-free methods are freely available fro
Similarity searching tools are generally divided to two distinct groups: Alignment-based and alignme...
Phylogenetic inference is generally performed on the basis of multiple sequence alignments (MSA). Be...
Multiple sequence alignment (MSA) is a potentially useful technique in phylogenetic analysis. This c...
The classic methodology of inferring a phylogenetic tree from sequence data is composed of two steps...
A central focus of computational biology is to organize and make use of vast stores of molecular seq...
A central focus of computational biology is to organize and make use of vast stores of molecular seq...
Alignment-free methods, in which shared properties of sub-sequences (e. g. identity or match length)...
Multiple sequence alignment is a fundamental part in many bioinformatics applications such as phylog...
Phylogenetic tree inference is a critical component of many systematic and evolutionary studies. The...
Multiple sequence aligners typically work by progressively aligning the most closely related sequenc...
Phylogenetics and population genetics are central disciplines in evolutionary biology. Both are base...
Since the identification of DNA/RNA as genetic material, deciphering the code of life has been a maj...
Phylogenetic inference is generally performed on the basis of multiple sequence alignments (MSA). Be...
We are amidst an ongoing flood of sequence data arising from the application of high-throughput tech...
Phylogenetic tree inference is a critical component of many systematic and evolutionary studies. The...
Similarity searching tools are generally divided to two distinct groups: Alignment-based and alignme...
Phylogenetic inference is generally performed on the basis of multiple sequence alignments (MSA). Be...
Multiple sequence alignment (MSA) is a potentially useful technique in phylogenetic analysis. This c...
The classic methodology of inferring a phylogenetic tree from sequence data is composed of two steps...
A central focus of computational biology is to organize and make use of vast stores of molecular seq...
A central focus of computational biology is to organize and make use of vast stores of molecular seq...
Alignment-free methods, in which shared properties of sub-sequences (e. g. identity or match length)...
Multiple sequence alignment is a fundamental part in many bioinformatics applications such as phylog...
Phylogenetic tree inference is a critical component of many systematic and evolutionary studies. The...
Multiple sequence aligners typically work by progressively aligning the most closely related sequenc...
Phylogenetics and population genetics are central disciplines in evolutionary biology. Both are base...
Since the identification of DNA/RNA as genetic material, deciphering the code of life has been a maj...
Phylogenetic inference is generally performed on the basis of multiple sequence alignments (MSA). Be...
We are amidst an ongoing flood of sequence data arising from the application of high-throughput tech...
Phylogenetic tree inference is a critical component of many systematic and evolutionary studies. The...
Similarity searching tools are generally divided to two distinct groups: Alignment-based and alignme...
Phylogenetic inference is generally performed on the basis of multiple sequence alignments (MSA). Be...
Multiple sequence alignment (MSA) is a potentially useful technique in phylogenetic analysis. This c...