Abstract. Machine Learning methods have been widely used in bioin-formatics, mainly for data classification and pattern recognition. The detection of genes in DNA sequences is still an open problem. Identify-ing the promoter region laying prior the gene itself is an important aid to detect a gene. This paper aims at applying several Machine Learning methods to the construction of classifiers for detection of promoters in the DNA of Escherichia coli. A thorough comparison of methods was done. In general, probabilistic and neural network-based methods were those that performed better regarding accuracy rate
Motivation: Promoter prediction is important for the analysis of gene regulations. Although a number...
Abstract Background Eukaryotic promoter prediction using computational analysis techniques is one of...
We have constructed a perceptron type neural network for E.coli promoter prediction and improved its...
The basic nature of the sequence features that define a promoter sequence for Escherichia coli RNA p...
A promoter is a short region of DNA (100-1,000 bp) where transcription of a gene by RNA polymerase b...
Currently, a major computational problem in molecular biology is to identify genes in uncharacterize...
Promoter classification is the task of separating promoter from non promoter sequences. Determining ...
Abstract Background One of the major challenges in biology is the correct identification of promoter...
Promoters are DNA sequences located upstream of the gene region and play a central role in gene expr...
Motivation: Patterns in the promoter sequences within a species are known to be conserved but there ...
Accurate computational identification of promoters remains a challenge as these key DNA regulatory r...
A multilayered feed-forward ANN architecture trained using the error-back-propagation (EBP) algorith...
Methods for optimizing the prediction of Escherichia coll RNA polymerase promoter sequences by neura...
Motivation: Promoter prediction is important for the analysis of gene regulations. Although a number...
The completion of the human genome project in the last decade has generated a strong demand in compu...
Motivation: Promoter prediction is important for the analysis of gene regulations. Although a number...
Abstract Background Eukaryotic promoter prediction using computational analysis techniques is one of...
We have constructed a perceptron type neural network for E.coli promoter prediction and improved its...
The basic nature of the sequence features that define a promoter sequence for Escherichia coli RNA p...
A promoter is a short region of DNA (100-1,000 bp) where transcription of a gene by RNA polymerase b...
Currently, a major computational problem in molecular biology is to identify genes in uncharacterize...
Promoter classification is the task of separating promoter from non promoter sequences. Determining ...
Abstract Background One of the major challenges in biology is the correct identification of promoter...
Promoters are DNA sequences located upstream of the gene region and play a central role in gene expr...
Motivation: Patterns in the promoter sequences within a species are known to be conserved but there ...
Accurate computational identification of promoters remains a challenge as these key DNA regulatory r...
A multilayered feed-forward ANN architecture trained using the error-back-propagation (EBP) algorith...
Methods for optimizing the prediction of Escherichia coll RNA polymerase promoter sequences by neura...
Motivation: Promoter prediction is important for the analysis of gene regulations. Although a number...
The completion of the human genome project in the last decade has generated a strong demand in compu...
Motivation: Promoter prediction is important for the analysis of gene regulations. Although a number...
Abstract Background Eukaryotic promoter prediction using computational analysis techniques is one of...
We have constructed a perceptron type neural network for E.coli promoter prediction and improved its...