Strings, sequences and, ultimately, motifs play a key role in bioinformatics. Here, a motif is a biologically relevant pattern occurring in one or more input sequences. In this chapter, first we provide a formal definition of strings, sequences, matches, repetitions and motifs. Then, we present a detailed description of approaches to motif search, based on three possible taxonomies, namely: {\em (i)} the underlying algorithms; {\em (ii)} the kinds of derived motif; {\em (iii)} the kinds of considered match. After this, we illustrate the problem of assessing motif relevance, along with the current solutions. Finally, we draw some closing remarks
Motif inference is at the heart of several time-demanding computational tasks, such as in molecul...
This paper presents a language for describing arrangements of motifs in biological sequences, and a ...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
OBJECTIVE: The human genome project has resulted in the generation of voluminous biological data. No...
This chapter provides a characterization of motifs with character classes, following with the notion...
A significant growth in the volume of bio-molecular sequence data (DNA, RNA and protein sequences) o...
AbstractA new flexible and efficient search technique has been recently introduced which includes tw...
this paper is as follows. This introduction is followed in Section 2 by a brief introduction to some...
The problem of multiple global comparison in families of biological sequences has been well-studied....
Biological motifs are defined as overly recurring sub-patterns in biological systems. Sequence motif...
Sequence motif discovery algorithms are an important part of the computational biologists toolkit. T...
Motif finding in biosequences is a very important and well-studied problem. However, the best algori...
Informally. A regulatory motif is a nucleotide sequence widespread in DNA and conjectured to have so...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
Finding common patterns, motifs, in a set of DNA sequences is an important problem in bioinformatics...
Motif inference is at the heart of several time-demanding computational tasks, such as in molecul...
This paper presents a language for describing arrangements of motifs in biological sequences, and a ...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
OBJECTIVE: The human genome project has resulted in the generation of voluminous biological data. No...
This chapter provides a characterization of motifs with character classes, following with the notion...
A significant growth in the volume of bio-molecular sequence data (DNA, RNA and protein sequences) o...
AbstractA new flexible and efficient search technique has been recently introduced which includes tw...
this paper is as follows. This introduction is followed in Section 2 by a brief introduction to some...
The problem of multiple global comparison in families of biological sequences has been well-studied....
Biological motifs are defined as overly recurring sub-patterns in biological systems. Sequence motif...
Sequence motif discovery algorithms are an important part of the computational biologists toolkit. T...
Motif finding in biosequences is a very important and well-studied problem. However, the best algori...
Informally. A regulatory motif is a nucleotide sequence widespread in DNA and conjectured to have so...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
Finding common patterns, motifs, in a set of DNA sequences is an important problem in bioinformatics...
Motif inference is at the heart of several time-demanding computational tasks, such as in molecul...
This paper presents a language for describing arrangements of motifs in biological sequences, and a ...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...