Current models for two-color microarray experiments are structurally similar to linear models for paired comparisons so that essentially the same designs are optimal in both settings. It is shown how methods for generating efficient multi-factor paired comparison designs can be adapted to microarray experiments. We consider main-effects-only models for factors with arbitrary numbers of levels, which appear to be particularly useful for screening experiments, and models including both main effects and first-order interactions when all factors are binary. Design constructions are presented in a step-by-step manner and are illustrated with examples
For paired comparison experiments involving options described by a common set of two-level factors a...
When a two-level design must be run in blocks of size two, there is a unique blocking scheme that en...
Microarray technology has been widely used in biological and medical studies. Different statistical ...
Statisticians can play a crucial role in the design of gene expression studies to ensure the most ef...
Designs for two-colour microarray experiments can be viewed as block designs with two treatments per...
My PhD research focuses on the recommendation of optimal designs for two-colour microarray experimen...
In microarray experiments, several steps may cause sub-optimal quality and the need for quality cont...
Not AvailableThis article deals with the problem of obtaining efficient designs for 2-color microarr...
Microarrays are powerful tools for surveying the expression levels of many thousands of genes simult...
Microarray experiments help scientists to study the expression level of thousands of genes simultane...
We discuss the definition and application of design criteria for evaluating the efficiency of 2-colo...
Several studies on two-color microarray experimental designs consider the A-optimality criterion for...
[[abstract]]The major goal of two-color cDNA microarray experiments is to measure the relative gene ...
Much biological and medical research employs microarray studies to monitor gene expression levels ac...
When more than two treatments are compared for each gene in microarray experiments, a good design sh...
For paired comparison experiments involving options described by a common set of two-level factors a...
When a two-level design must be run in blocks of size two, there is a unique blocking scheme that en...
Microarray technology has been widely used in biological and medical studies. Different statistical ...
Statisticians can play a crucial role in the design of gene expression studies to ensure the most ef...
Designs for two-colour microarray experiments can be viewed as block designs with two treatments per...
My PhD research focuses on the recommendation of optimal designs for two-colour microarray experimen...
In microarray experiments, several steps may cause sub-optimal quality and the need for quality cont...
Not AvailableThis article deals with the problem of obtaining efficient designs for 2-color microarr...
Microarrays are powerful tools for surveying the expression levels of many thousands of genes simult...
Microarray experiments help scientists to study the expression level of thousands of genes simultane...
We discuss the definition and application of design criteria for evaluating the efficiency of 2-colo...
Several studies on two-color microarray experimental designs consider the A-optimality criterion for...
[[abstract]]The major goal of two-color cDNA microarray experiments is to measure the relative gene ...
Much biological and medical research employs microarray studies to monitor gene expression levels ac...
When more than two treatments are compared for each gene in microarray experiments, a good design sh...
For paired comparison experiments involving options described by a common set of two-level factors a...
When a two-level design must be run in blocks of size two, there is a unique blocking scheme that en...
Microarray technology has been widely used in biological and medical studies. Different statistical ...