The DNA sequence of several higher eukaryotes is now complete, and we know the expression patterns of thousands of genes under a variety of conditions. This gives us the opportunity to identify and analyze the parts of a genome believed to be responsible for most transcription control--the promoters. This article gives a short overview of the state-of-the-art techniques for computational promoter localization and analysis, and comments on the most recent advances in the field
Transcription, the process whereby RNA copies are made from sections of the DNA genome, is directed ...
Identification of transcriptional elements in large sequences is a very difficult task, as individua...
DNA microchips and expression arrays yield enormous amounts of data linking cDNA sequences to gene e...
Abstract Computational analysis of eukaryotic promoters is one of the most difficult problems in com...
Computational prediction of eukaryotic promoters from the nucleotide sequence is one of the most att...
Computational prediction of eukaryotic promoters from the nucleotide sequence is one of the most att...
The availability of computational methods to identify and define the precise structure and location ...
Although protein recognition of DNA motifs in promoter regions has been traditionally considered as ...
Despite many recent efforts, in silico identification of promoter regions is still in its infancy. H...
Here, I investigate the question of identifying and annotating promoters, one of the most important ...
Motivation: The total genome sequence of an organism should in principle encode the information that...
Transcription is a vital and complicated process that is the first step leading to gene expression i...
In this paper we perform a genome-wide analysis of H. sapiens promoters. To this aim, we developed a...
Philosophiae Doctor - PhDThis chapter outlines basic gene structure and how gene structure is relate...
In this paper we perform a genome-wide analysis of H. sapiens promoters. To this aim, we developed a...
Transcription, the process whereby RNA copies are made from sections of the DNA genome, is directed ...
Identification of transcriptional elements in large sequences is a very difficult task, as individua...
DNA microchips and expression arrays yield enormous amounts of data linking cDNA sequences to gene e...
Abstract Computational analysis of eukaryotic promoters is one of the most difficult problems in com...
Computational prediction of eukaryotic promoters from the nucleotide sequence is one of the most att...
Computational prediction of eukaryotic promoters from the nucleotide sequence is one of the most att...
The availability of computational methods to identify and define the precise structure and location ...
Although protein recognition of DNA motifs in promoter regions has been traditionally considered as ...
Despite many recent efforts, in silico identification of promoter regions is still in its infancy. H...
Here, I investigate the question of identifying and annotating promoters, one of the most important ...
Motivation: The total genome sequence of an organism should in principle encode the information that...
Transcription is a vital and complicated process that is the first step leading to gene expression i...
In this paper we perform a genome-wide analysis of H. sapiens promoters. To this aim, we developed a...
Philosophiae Doctor - PhDThis chapter outlines basic gene structure and how gene structure is relate...
In this paper we perform a genome-wide analysis of H. sapiens promoters. To this aim, we developed a...
Transcription, the process whereby RNA copies are made from sections of the DNA genome, is directed ...
Identification of transcriptional elements in large sequences is a very difficult task, as individua...
DNA microchips and expression arrays yield enormous amounts of data linking cDNA sequences to gene e...