Gene expression profiling using micro-arrays is a modern approach for molecular diagnostics. In clinical micro-array studies, researchers aim to predict disease type, survival, or treatment response using gene expression profiles. In this process, they encounter a series of obstacles and pitfalls. This chapter reviews fundamental issues from machine learning and recommends a procedure for the computational aspects of a clinical micro-array study
AbstractData originating from biomedical experiments has provided machine learning researchers with ...
The technology of cDNA microarrays has given us the possibility to monitor the state of cells by mea...
A gene is a part of Deoxyribonucleic acid (DNA), which contains all the information required to anal...
Gene expression profiling using micro-arrays is a modern approach for molecular diagnostics. In clin...
Microarrays can be used as diagnostic clinical tools, providing a global overview of gene transcript...
DNA microarrays are powerful tools for studying biological mechanisms and for developing prognostic ...
Thousands of genes can be identified by DNA microarray technology at the same time which can have a ...
Microarrays provide the biological research community with tremendously rich, sensitive and detailed...
Large-scale parallel measurements of the expression of many thousands genes are now available with h...
DNA Microarrays are a fast and efficient way to study the simultaneous expression of thousands of ge...
DNA microarrays can measure genome-wide transcript levels. These measurements can be used to build g...
The paper presents the application of Computational Modeling and Simulation in the Science and Engin...
DNA microarrays are a potentially powerful technology for improving diagnostic classification, treat...
The analysis of gene expression profiles from microarray/RNA sequencing (RNA-Seq) experimental sampl...
Microarrays are being increasingly used in cancer research for a better understanding of the molecul...
AbstractData originating from biomedical experiments has provided machine learning researchers with ...
The technology of cDNA microarrays has given us the possibility to monitor the state of cells by mea...
A gene is a part of Deoxyribonucleic acid (DNA), which contains all the information required to anal...
Gene expression profiling using micro-arrays is a modern approach for molecular diagnostics. In clin...
Microarrays can be used as diagnostic clinical tools, providing a global overview of gene transcript...
DNA microarrays are powerful tools for studying biological mechanisms and for developing prognostic ...
Thousands of genes can be identified by DNA microarray technology at the same time which can have a ...
Microarrays provide the biological research community with tremendously rich, sensitive and detailed...
Large-scale parallel measurements of the expression of many thousands genes are now available with h...
DNA Microarrays are a fast and efficient way to study the simultaneous expression of thousands of ge...
DNA microarrays can measure genome-wide transcript levels. These measurements can be used to build g...
The paper presents the application of Computational Modeling and Simulation in the Science and Engin...
DNA microarrays are a potentially powerful technology for improving diagnostic classification, treat...
The analysis of gene expression profiles from microarray/RNA sequencing (RNA-Seq) experimental sampl...
Microarrays are being increasingly used in cancer research for a better understanding of the molecul...
AbstractData originating from biomedical experiments has provided machine learning researchers with ...
The technology of cDNA microarrays has given us the possibility to monitor the state of cells by mea...
A gene is a part of Deoxyribonucleic acid (DNA), which contains all the information required to anal...