Microarrays are a widespread technique to measure expression of thousands of genes simultaneously. When applied to two different conditions (e.g. disease versus healthy) one is often interested in those genes that express significantly different under the two conditions. It is generally recognized that multiple testing corrections are necessary and the False Discovery Rate (FDR) is a usefu
Motivation: The false discovery rate (FDR) provides a key statistical assessment formicroarray studi...
Abstract: The recent development of DNA microarray technology allows us to measure simultaneously th...
Biomedical researchers are now often faced with situations where it is necessary to test a large num...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
The goal of many microarray studies is to identify genes that are differentially expressed between t...
License, which permits unrestricted use, distribution, and reproduction in any medium, provided the ...
Motivation: The false discovery rate (fdr) is a key tool for statistical assessment of differential ...
The ordinary-, penalized-, and bootstrap t-test, least squares and best linear unbiased prediction w...
Biomedical researchers are now often faced with situations where it is necessary to test a large num...
Background: Thousands of genes in a genomewide data set are tested against some null hypothesis, for...
Motivation: The false discovery rate (FDR) provides a key statistical assessment formicroarray studi...
Abstract: The recent development of DNA microarray technology allows us to measure simultaneously th...
Biomedical researchers are now often faced with situations where it is necessary to test a large num...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
Given a set of microarray data, the problem is to detect differentially expressed genes, using a fal...
The goal of many microarray studies is to identify genes that are differentially expressed between t...
License, which permits unrestricted use, distribution, and reproduction in any medium, provided the ...
Motivation: The false discovery rate (fdr) is a key tool for statistical assessment of differential ...
The ordinary-, penalized-, and bootstrap t-test, least squares and best linear unbiased prediction w...
Biomedical researchers are now often faced with situations where it is necessary to test a large num...
Background: Thousands of genes in a genomewide data set are tested against some null hypothesis, for...
Motivation: The false discovery rate (FDR) provides a key statistical assessment formicroarray studi...
Abstract: The recent development of DNA microarray technology allows us to measure simultaneously th...
Biomedical researchers are now often faced with situations where it is necessary to test a large num...