Some extended false discovery rate (FDR) controlling multiple testing procedures rely heavily on empirical estimates of the FDR constructed from gene expression data. Such estimates are also used as performance indicators when comparing different methods for microarray data analysis. The present communication shows that the variance of the proposed estimators may be intolerably high, the correlation structure of microarray data being the main cause of their instability. 1
Motivation: The false discovery rate (fdr) is a key tool for statistical assessment of differential ...
• A discussion of the False Discovery Rate, FDR. • Storey’s (2002) qvalue() freeware available from ...
Background: In high-throughput studies, hundreds to millions of hypotheses are typically tested. Sta...
Motivation: The false discovery rate (FDR) has been widely adopted to address the multiple compariso...
License, which permits unrestricted use, distribution, and reproduction in any medium, provided the ...
<p>*For the U133Plus2 microarrays with 54,675 probe sets, 2,734 (54,675×0.05) probe sets are expecte...
<p>Comparing the false discovery rate (fdr) adjusted obtained from an analysis of both datasets usi...
Microarrays are a widespread technique to measure expression of thousands of genes simultaneously. W...
Abstract: Often in practice when a large number of hypotheses are simultaneously tested, one is will...
The goal of many microarray studies is to identify genes that are differentially expressed between t...
Motivation: The false discovery rate (FDR) provides a key statistical assessment formicroarray studi...
Population based linkage disequilibrium genome screens represent one of the most recent approaches f...
The ordinary-, penalized-, and bootstrap t-test, least squares and best linear unbiased prediction w...
R topics documented: chisq.ebam......................................... 2 chisq.stat..................
Summary. Multiple-hypothesis testing involves guarding against much more complicated errors than sin...
Motivation: The false discovery rate (fdr) is a key tool for statistical assessment of differential ...
• A discussion of the False Discovery Rate, FDR. • Storey’s (2002) qvalue() freeware available from ...
Background: In high-throughput studies, hundreds to millions of hypotheses are typically tested. Sta...
Motivation: The false discovery rate (FDR) has been widely adopted to address the multiple compariso...
License, which permits unrestricted use, distribution, and reproduction in any medium, provided the ...
<p>*For the U133Plus2 microarrays with 54,675 probe sets, 2,734 (54,675×0.05) probe sets are expecte...
<p>Comparing the false discovery rate (fdr) adjusted obtained from an analysis of both datasets usi...
Microarrays are a widespread technique to measure expression of thousands of genes simultaneously. W...
Abstract: Often in practice when a large number of hypotheses are simultaneously tested, one is will...
The goal of many microarray studies is to identify genes that are differentially expressed between t...
Motivation: The false discovery rate (FDR) provides a key statistical assessment formicroarray studi...
Population based linkage disequilibrium genome screens represent one of the most recent approaches f...
The ordinary-, penalized-, and bootstrap t-test, least squares and best linear unbiased prediction w...
R topics documented: chisq.ebam......................................... 2 chisq.stat..................
Summary. Multiple-hypothesis testing involves guarding against much more complicated errors than sin...
Motivation: The false discovery rate (fdr) is a key tool for statistical assessment of differential ...
• A discussion of the False Discovery Rate, FDR. • Storey’s (2002) qvalue() freeware available from ...
Background: In high-throughput studies, hundreds to millions of hypotheses are typically tested. Sta...