AbstractWe study the following problem: given a biological sequence S, a multiset M of motifs and an integer k, generate uniformly random sequences which contain the given motifs and have exactly the same frequencies of occurrence of k-lets (i.e. factors of length k) of S. We notably prove that the problem of deciding whether a sequence respects the given motif constraints is NP-complete. Nevertheless, we give a random generation algorithm which turns out to be experimentally efficient
International audienceBACKGROUND: In bioinformatics it is common to search for a pattern of interest...
The problem of motif finding plays an important role in understanding the development, function and ...
Abstract Background Detection of short, subtle conserved motif regions within a set of related DNA o...
Abstract. We study the following problem: given a biological sequence S, a multiset M of motifs and ...
Colloque avec actes et comité de lecture. internationale.International audienceWe study the followin...
A paraître, accès en ligne depuis le 9 juin 2007International audienceWe study the following problem...
AbstractWe study the following problem: given a biological sequence S, a multiset M of motifs and an...
AbstractThis paper considers the following sequence shuffling problem: Given a biological sequence (...
This paper considers the following sequence shuffling problem: Given a biological sequence (either D...
Motif inference represents one of the most important areas of research in computational biology, and...
Motif inference represents one of the most important areas of research in computational biology, and...
In this paper, a natural probabilistic model for motif discovery has been used to experimentally tes...
atteson. ~ p eaplant, biology, yale. edu We present algorithms for the exact computation of the prob...
Motivation: Motif detection for DNA sequences has many important applications in biological studies,...
In this paper, we discuss a shuffling sequence problem: Given a DNA sequence, we generate a random s...
International audienceBACKGROUND: In bioinformatics it is common to search for a pattern of interest...
The problem of motif finding plays an important role in understanding the development, function and ...
Abstract Background Detection of short, subtle conserved motif regions within a set of related DNA o...
Abstract. We study the following problem: given a biological sequence S, a multiset M of motifs and ...
Colloque avec actes et comité de lecture. internationale.International audienceWe study the followin...
A paraître, accès en ligne depuis le 9 juin 2007International audienceWe study the following problem...
AbstractWe study the following problem: given a biological sequence S, a multiset M of motifs and an...
AbstractThis paper considers the following sequence shuffling problem: Given a biological sequence (...
This paper considers the following sequence shuffling problem: Given a biological sequence (either D...
Motif inference represents one of the most important areas of research in computational biology, and...
Motif inference represents one of the most important areas of research in computational biology, and...
In this paper, a natural probabilistic model for motif discovery has been used to experimentally tes...
atteson. ~ p eaplant, biology, yale. edu We present algorithms for the exact computation of the prob...
Motivation: Motif detection for DNA sequences has many important applications in biological studies,...
In this paper, we discuss a shuffling sequence problem: Given a DNA sequence, we generate a random s...
International audienceBACKGROUND: In bioinformatics it is common to search for a pattern of interest...
The problem of motif finding plays an important role in understanding the development, function and ...
Abstract Background Detection of short, subtle conserved motif regions within a set of related DNA o...