Microarrays are useful tools to investigate the expression of thousands of genes rapidly. Some researchers remain reluctant to use the technology, however, largely because of its expense. Careful design of a microarray experiment is key to generating cost-effective results. This article explores issues that researchers face when embarking on a microarray experiment for the first time. These include decisions about which microarray platform is available for the organism of interest, the degree of replication (biological and technical) needed and which design (direct or indirect, loop or balanced block) is suitable
This article describes the typical stages in the analysis of microarray data for non-specialist rese...
Abstract: Microarray technology has revolutionized molecular biology by permitting many hybridizatio...
Spotted microarray technology is rapidly becoming a mainstay for conducting gene expression experime...
This paper describes the theoretical and practical issues in experimental design for gene expression...
© 2015 The Author. Microarray and RNA-seq experiments have become an important part of modern genomi...
We examine experimental design issues arising with gene expression microarray technology. Microarray...
Microarrays are powerful tools for surveying the expression levels of many thousands of genes simult...
Microarrays are powerful tools for surveying the expression levels of many thousands of genes simult...
The advent of microarray technology has significantly changed the way we can quantitatively measure ...
Gene expression microarrays are an innovative technology with enormous promise to help geneticists e...
Microarray technology is now widely available and is being applied to address increasingly complex s...
Summary. Microarrays are nowadays used as exploratory tool in many screening experiments. The object...
*Corresponding authors Gene expression signatures from microarray experiments promise to provide imp...
Microarrays are revolutionizing genetics by making it possible to genotype hundreds of thousands of ...
Gene expression microarrays are now established as a standard tool in biological and biochemical lab...
This article describes the typical stages in the analysis of microarray data for non-specialist rese...
Abstract: Microarray technology has revolutionized molecular biology by permitting many hybridizatio...
Spotted microarray technology is rapidly becoming a mainstay for conducting gene expression experime...
This paper describes the theoretical and practical issues in experimental design for gene expression...
© 2015 The Author. Microarray and RNA-seq experiments have become an important part of modern genomi...
We examine experimental design issues arising with gene expression microarray technology. Microarray...
Microarrays are powerful tools for surveying the expression levels of many thousands of genes simult...
Microarrays are powerful tools for surveying the expression levels of many thousands of genes simult...
The advent of microarray technology has significantly changed the way we can quantitatively measure ...
Gene expression microarrays are an innovative technology with enormous promise to help geneticists e...
Microarray technology is now widely available and is being applied to address increasingly complex s...
Summary. Microarrays are nowadays used as exploratory tool in many screening experiments. The object...
*Corresponding authors Gene expression signatures from microarray experiments promise to provide imp...
Microarrays are revolutionizing genetics by making it possible to genotype hundreds of thousands of ...
Gene expression microarrays are now established as a standard tool in biological and biochemical lab...
This article describes the typical stages in the analysis of microarray data for non-specialist rese...
Abstract: Microarray technology has revolutionized molecular biology by permitting many hybridizatio...
Spotted microarray technology is rapidly becoming a mainstay for conducting gene expression experime...