A flexible motif search technique is presented which has two major components: (1) a generalized profile syntax serving as a motif definition languaje; and (2) a motif search method specifically adapted to the problem of finding multiple instances of a motif in the same sequence.The new profile structure, which is the core of the generalized profile syntax, combines the functions of a variety of motif descriptors implemented in other methods, including regular expression-like patterns, weight matrices, previously used profiles, and certain types of hidden Markov models (HMMs). The relationship between generalized profiles and other biomolecular motif descriptors is analyzed in detail, with special attention to HMMs. Generalized profiles are...
Motivation: Identification of motifs in biological sequences is a challenging problem because such m...
The identification of binding sites of transcription factors (TF) and other regulatory regions, refe...
The problem of multiple global comparison in families of biological sequences has been well-studied....
AbstractA new flexible and efficient search technique has been recently introduced which includes tw...
A general syntax for expressing biomolecular sequence motifs is described, which will be used in fut...
Strings, sequences and, ultimately, motifs play a key role in bioinformatics. Here, a motif is a bio...
bairoch @ cmu.unige.ch A general syntax for expressing biomolecular sequence motifs is described, wh...
Motif finding in biosequences is a very important and well-studied problem. However, the best algori...
Several computer algorithms now exist for discovering multiple motifs (expressed as weight matrices)...
OBJECTIVE: The human genome project has resulted in the generation of voluminous biological data. No...
The main goal of the motif finding problem is to detect novel, over-represented unknown signals in a...
This paper presents a language for describing arrangements of motifs in biological sequences, and a ...
this paper, we present LOGOS,anintegratedLOcal and GlObal motif Sequence model for biopolymer sequ...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
The complexity of the global organization and internal structures of motifs in higher eukaryotic org...
Motivation: Identification of motifs in biological sequences is a challenging problem because such m...
The identification of binding sites of transcription factors (TF) and other regulatory regions, refe...
The problem of multiple global comparison in families of biological sequences has been well-studied....
AbstractA new flexible and efficient search technique has been recently introduced which includes tw...
A general syntax for expressing biomolecular sequence motifs is described, which will be used in fut...
Strings, sequences and, ultimately, motifs play a key role in bioinformatics. Here, a motif is a bio...
bairoch @ cmu.unige.ch A general syntax for expressing biomolecular sequence motifs is described, wh...
Motif finding in biosequences is a very important and well-studied problem. However, the best algori...
Several computer algorithms now exist for discovering multiple motifs (expressed as weight matrices)...
OBJECTIVE: The human genome project has resulted in the generation of voluminous biological data. No...
The main goal of the motif finding problem is to detect novel, over-represented unknown signals in a...
This paper presents a language for describing arrangements of motifs in biological sequences, and a ...
this paper, we present LOGOS,anintegratedLOcal and GlObal motif Sequence model for biopolymer sequ...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
The complexity of the global organization and internal structures of motifs in higher eukaryotic org...
Motivation: Identification of motifs in biological sequences is a challenging problem because such m...
The identification of binding sites of transcription factors (TF) and other regulatory regions, refe...
The problem of multiple global comparison in families of biological sequences has been well-studied....