AbstractWe study the number of all possible alignments of N sequences, N ≥ 2, for two distinct alignment concepts proposed in the literature—standard alignments and effective alignments (consistent equivalence relations). Recursion formulae are developed to calculate these numbers. For standard alignments and for effective alignment of just two sequences, an explicit formula is also presented. The number of all effective alignments of a given site space is shown to be related to Stirling numbers of second kind
AbstractThis paper analyzes the computational complexity of computing the optimal alignment of a set...
We propose a metric for the space of multiple sequence alignments that can be used to compare two al...
AbstractWe consider the problem of multiple sequence alignment: given k sequences of length at most ...
AbstractWe study the number of all possible alignments of N sequences, N ≥ 2, for two distinct align...
We study the number of all possible alignments of N sequences, N 2, for two distinct alignment conc...
An essential tool in biology is the alignment of multiple sequences. Biologists use multiple sequenc...
In molecular biology, two finite sequences are compared by displaying one sequence written over anot...
Abstract. Numerous studies by molecular biologists concern the relationships between several long DN...
Abstract. Numerous tudies by molecular biologists concern the relationships between several long DNA...
Dress A, Morgenstern B, Stoye J. The Number of Standard and of Effective Multiple Alignments. Appl. ...
Background In this study we consider DNA sequences as mathematical strings. Total and reduced align...
Dress A, Morgenstern B, Stoye J. On the Number of Standard and Effective Multiple Alignments. Materi...
The study and comparison of sequences of characters from a finite alphabet is relevant to various ar...
While the area of sequence comparison has a rich collection of results on the alignment of two seque...
AbstractWe consider the problem of aligning of k sequences of length n. The cost function is sum of ...
AbstractThis paper analyzes the computational complexity of computing the optimal alignment of a set...
We propose a metric for the space of multiple sequence alignments that can be used to compare two al...
AbstractWe consider the problem of multiple sequence alignment: given k sequences of length at most ...
AbstractWe study the number of all possible alignments of N sequences, N ≥ 2, for two distinct align...
We study the number of all possible alignments of N sequences, N 2, for two distinct alignment conc...
An essential tool in biology is the alignment of multiple sequences. Biologists use multiple sequenc...
In molecular biology, two finite sequences are compared by displaying one sequence written over anot...
Abstract. Numerous studies by molecular biologists concern the relationships between several long DN...
Abstract. Numerous tudies by molecular biologists concern the relationships between several long DNA...
Dress A, Morgenstern B, Stoye J. The Number of Standard and of Effective Multiple Alignments. Appl. ...
Background In this study we consider DNA sequences as mathematical strings. Total and reduced align...
Dress A, Morgenstern B, Stoye J. On the Number of Standard and Effective Multiple Alignments. Materi...
The study and comparison of sequences of characters from a finite alphabet is relevant to various ar...
While the area of sequence comparison has a rich collection of results on the alignment of two seque...
AbstractWe consider the problem of aligning of k sequences of length n. The cost function is sum of ...
AbstractThis paper analyzes the computational complexity of computing the optimal alignment of a set...
We propose a metric for the space of multiple sequence alignments that can be used to compare two al...
AbstractWe consider the problem of multiple sequence alignment: given k sequences of length at most ...