Summary: A multitude of motif-finding tools have been published, which can generally be assigned to one of three classes: expectation-maximization, Gibbs-sampling or enumeration. Irrespective of this grouping, most motif detection tools only take into account similarities across ungapped sequence regions, possibly causing short motifs located peripherally and in varying distance to a 'core' motif to be missed. We present a new method, adding to the set of expectation-maximization approaches, that permits the use of gapped alignments for motif elucidation
I hereby declare that I am the sole author of this thesis. This is a true copy of the thesis, includ...
Abstract Background Discovery of functionally significant short, statistically overrepresented subse...
Biologists have determined that the control and regulation of gene expression is primarily determine...
*to whom correspondence should be addressed Summary: A multitude of motif- finding tools have been p...
Mclip: motif detection based on cliques of gapped local profile-to-profile alignment
Biology is encoded in molecular sequences: deciphering this encoding remains a grand scientific chal...
Proteins sharing a certain biological role often contain short sequences, or motifs, that are conser...
We check the efficiency and faisability of a novel method designed for the discovery of a priori unk...
The main goal of the motif finding problem is to detect novel, over-represented unknown signals in a...
AbstractA new flexible and efficient search technique has been recently introduced which includes tw...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
Abstract—Most of existing sequence mining algorithms focuses on mining for subsequences. A large cla...
Motivation: Motif identification for sequences has many important applications in biological studies...
Background Short linear protein motifs are attracting increasing attention as functionally indepe...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
I hereby declare that I am the sole author of this thesis. This is a true copy of the thesis, includ...
Abstract Background Discovery of functionally significant short, statistically overrepresented subse...
Biologists have determined that the control and regulation of gene expression is primarily determine...
*to whom correspondence should be addressed Summary: A multitude of motif- finding tools have been p...
Mclip: motif detection based on cliques of gapped local profile-to-profile alignment
Biology is encoded in molecular sequences: deciphering this encoding remains a grand scientific chal...
Proteins sharing a certain biological role often contain short sequences, or motifs, that are conser...
We check the efficiency and faisability of a novel method designed for the discovery of a priori unk...
The main goal of the motif finding problem is to detect novel, over-represented unknown signals in a...
AbstractA new flexible and efficient search technique has been recently introduced which includes tw...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
Abstract—Most of existing sequence mining algorithms focuses on mining for subsequences. A large cla...
Motivation: Motif identification for sequences has many important applications in biological studies...
Background Short linear protein motifs are attracting increasing attention as functionally indepe...
Motivation: Finding common patterns, motifs, from a set of promoter regions of coregulated genes is ...
I hereby declare that I am the sole author of this thesis. This is a true copy of the thesis, includ...
Abstract Background Discovery of functionally significant short, statistically overrepresented subse...
Biologists have determined that the control and regulation of gene expression is primarily determine...