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We discuss the problem of algorithmic discovery of patterns common to sets of sequences and its applications to computational biology.
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Monitor the activity of several thousand genes simultaneously. • They exploit, in a clever way, the property of. DNA to hybridize.
This paper surveys approaches to the discovery of patterns in biosequences and places these approaches within a formal framework that systematises the types ...
May 23, 2006 · We discuss the problem of algorithmic discovery of patterns common to sets of sequences and its applications to computational biology.
A three step paradigm for pattern discovery is formulated, which is based on choosing the hypothesis space, designing the function rating a pattern in ...
The aim of this chapter is to explain how pattern discovery can be applied to deal with such important biological problems, describing also a number of relevant ...
Why “pattern discovery”? Discovery of regulatory elements. • Promoter: a region of DNA involved in binding of RNA polymerase to initiate transcription.
In the paper, we address the problem of automatically discovering clusters of entities, be they genes or domains.
Mar 15, 2023 · We consider the problem of automatic discovery of patterns and the corresponding subfamilies in a set of biosequences.
In this thesis we have developed novel methods for analyzing biological data, the primary sequences of the DNA and proteins, the microarray based gene ...