In typical complementary DNA microarray experiments, two fluorescently labeled RNAs are hybridized to an array of cDNA probes on a glass slide, and their relative gene expression intensities ...

Conclusion During the initial technical development of microarrays, much discussion revolved around the array format and microarray technology itself (oligo-chips, glass, membrane).

Microarrays are relatively inexpensive, powerful tools for assessing gene expression. On glass or plastic slides, thousands of known DNA sequences are printed, spotted or synthesized. mRNA is isolated ...

DNA microarrays are a new and promising biotechnology which allows the monitoring of expression levels in cells for thousands of genes simultaneously. The present paper describes statistical methods ...

The DNA copy that is made, called complementary DNA (cDNA), is then applied to the microarray. The cDNA binds to complementary base pairs in each of the spots on the array, a process known as ...

Utilizing its new photoactive and bioactive ORACLE™ Glass material, Life BioScience Inc. (LBSI) introduces a new, high surface area, 3-D microarray substrate that is perfect for OEM’s that want to ...

Using extensive experiments on real-life microarray images, researchers from the University of Windsor, Ontario, Canada have demonstrated that a fully automated method can achieve a very high degree ...

DNA microarrays (cDNA or oligos) have become commonplace and instrumentation is available to automate the workflow process of production, hybridization, and image analysis.