Options available—from start to finish—for obtaining data from DNA microarrays II

AJ Holloway, RK Van Laar, RW Tothill, DDL Bowtell - Nature genetics, 2002 - nature.com
AJ Holloway, RK Van Laar, RW Tothill, DDL Bowtell
Nature genetics, 2002nature.com
Microarray technology has undergone a rapid evolution. With widespread interest in large-
scale genomic research, an abundance of equipment and reagents have now become
available and affordable to a large cross section of the scientific community. As protocols
become more refined, careful investigators are able to obtain good quality microarray data
quickly. In most recent times, however, perhaps one of the biggest obstacles researchers
face is not the manufacture and use of microarrays at the bench, but storage and analysis of …
Abstract
Microarray technology has undergone a rapid evolution. With widespread interest in large-scale genomic research, an abundance of equipment and reagents have now become available and affordable to a large cross section of the scientific community. As protocols become more refined, careful investigators are able to obtain good quality microarray data quickly. In most recent times, however, perhaps one of the biggest obstacles researchers face is not the manufacture and use of microarrays at the bench, but storage and analysis of the array data. This review discusses the most recent equipment, reagents and protocols available to the researcher, as well as describing data analysis and storage options available from the evolving field of microarray informatics.
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