Transcriptional regulation is the mechanism in the cell that controls when and how genes are expressed into proteins. This document gives an overview over current computational approaches that try to predict "motifs" that control the process. Motifs are short degenerate words or patterns within promotor sequences, putative binding sites, which are commonly usually upstream of a gene. The two common approaches in bioinformatics (matching against known representatives and ab initio prediction) are presented. For the latter, we describe algorithmical details of most existing implementations and introduce a tool that could simplify everyday work with these programs
The research described in this paper highlights a fruitful interplay between biology and computation...
The initiation of two major processes in the eukaryotic cell, gene transcription and DNA replication...
Computational methods for de novo identification of gene regulation elements, such as transcription ...
Transcriptional regulation is the mechanism in the cell that controls when and how genes are express...
Recipes for all the proteins that are needed by an organism are described in its genes which are enc...
Gene transcription is regulated by interactions between transcription factors and their target bindi...
Here we provide an introduction to sequence motifs, including prediction of transcription factor-bin...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
International audienceEukaryotic genomes contain a variety of structured patterns: repetitive elemen...
In the post-genomic era, identification of specific regulatory motifs or transcription factor bindin...
Unraveling regulatory mechanisms (e.g. identification of motifs in cis-regulatory regions) remains a...
Unraveling regulatory mechanisms (e.g. identification of motifs in cis-regulatory regions) remains a...
An important part of gene regulation is mediated by specific proteins, called transcription factors,...
Regulation of gene transcription is a complex process involving many different proteins, some of whi...
The interaction of proteins with DNA recognition motifs regulates a number of fundamental biological...
The research described in this paper highlights a fruitful interplay between biology and computation...
The initiation of two major processes in the eukaryotic cell, gene transcription and DNA replication...
Computational methods for de novo identification of gene regulation elements, such as transcription ...
Transcriptional regulation is the mechanism in the cell that controls when and how genes are express...
Recipes for all the proteins that are needed by an organism are described in its genes which are enc...
Gene transcription is regulated by interactions between transcription factors and their target bindi...
Here we provide an introduction to sequence motifs, including prediction of transcription factor-bin...
This master thesis is a Ph.D. research plan for motif discovery in biological sequences, and consist...
International audienceEukaryotic genomes contain a variety of structured patterns: repetitive elemen...
In the post-genomic era, identification of specific regulatory motifs or transcription factor bindin...
Unraveling regulatory mechanisms (e.g. identification of motifs in cis-regulatory regions) remains a...
Unraveling regulatory mechanisms (e.g. identification of motifs in cis-regulatory regions) remains a...
An important part of gene regulation is mediated by specific proteins, called transcription factors,...
Regulation of gene transcription is a complex process involving many different proteins, some of whi...
The interaction of proteins with DNA recognition motifs regulates a number of fundamental biological...
The research described in this paper highlights a fruitful interplay between biology and computation...
The initiation of two major processes in the eukaryotic cell, gene transcription and DNA replication...
Computational methods for de novo identification of gene regulation elements, such as transcription ...