New technology such as DNA microarray can be used to determine simultaneously the expression levels of the thousands of genes which determine the function of all cells. Applying this technology to investigate the gene-level responses to different drug treatments could provide deep insight into the nature of many diseases as well as lead in the development of new drugs. In this paper, we present a maximum entropy approach to classifying gene array data sets. The experiments demonstrate the effectiveness of this approach.
Microarray experiments are emerging as one of the main driving forces in modern biology. Via simulta...
Biclustering is the process of discovering subsets of the original data where the features and objec...
Microarray technologies allow the measurement of thousands of gene expression levels simultaneously....
Functional characterizations of thousands of gene products from many species are described in the pu...
We introduce a maximum entropy-based analysis technique for extracting and characterizing rhythmic e...
We introduce a maximum entropy-based analysis tech-nique for extracting and characterizing rhythmic ...
Abstract Background Accurate diagnosis of cancer subtypes remains a challenging problem. Building cl...
The focus of this thesis is on developing methods of integrating heterogeneous biological feature se...
This thesis studies the maximum entropy principle in statistical modelling. Applications are taken f...
Classification of microarray datasets has drawn attention of research community in last few years. M...
The detection of genetic mutations has attracted global attention. several methods have proposed to ...
Abstract. One of the major challenges facing the analysis of high-throughput microarray measurements...
Thousands of genes can be identified by DNA microarray technology at the same time which can have a ...
Microarray experiments are emerging as one of the main driving forces in modern biology. By allowing...
The accumulation of large-scale data gathered from experiments and tests in the medical field prompt...
Microarray experiments are emerging as one of the main driving forces in modern biology. Via simulta...
Biclustering is the process of discovering subsets of the original data where the features and objec...
Microarray technologies allow the measurement of thousands of gene expression levels simultaneously....
Functional characterizations of thousands of gene products from many species are described in the pu...
We introduce a maximum entropy-based analysis technique for extracting and characterizing rhythmic e...
We introduce a maximum entropy-based analysis tech-nique for extracting and characterizing rhythmic ...
Abstract Background Accurate diagnosis of cancer subtypes remains a challenging problem. Building cl...
The focus of this thesis is on developing methods of integrating heterogeneous biological feature se...
This thesis studies the maximum entropy principle in statistical modelling. Applications are taken f...
Classification of microarray datasets has drawn attention of research community in last few years. M...
The detection of genetic mutations has attracted global attention. several methods have proposed to ...
Abstract. One of the major challenges facing the analysis of high-throughput microarray measurements...
Thousands of genes can be identified by DNA microarray technology at the same time which can have a ...
Microarray experiments are emerging as one of the main driving forces in modern biology. By allowing...
The accumulation of large-scale data gathered from experiments and tests in the medical field prompt...
Microarray experiments are emerging as one of the main driving forces in modern biology. Via simulta...
Biclustering is the process of discovering subsets of the original data where the features and objec...
Microarray technologies allow the measurement of thousands of gene expression levels simultaneously....