Upstream considerations: microarray technology The principle of a microarray experiment, as opposed to the classical northern-blotting analysis, is that mRNA from a given cell line or tissue is ...

In this technology, a microscope slide (normally ... issues that are believed to be nontraceable. The basic principle behind the DNA microarray is “nucleic acid hybridization”.

What are the benefits of microarray technology platforms? This report contains ... It also includes: Views and principles on the microarray industry from leading industry experts, analysis of ...

This technology works under the principle of binding (also called hybridization) strands of complementary sequences of DNA (cDNA) with each other. Microarray has two broad classifications ...

Although low-density arrays such as these are useful, there is substantial benefit to be gained from using microarray technology. First, in principle thousands of proteins can be spotted on a ...

The main steps involved and limitations of microarray analysis will be encountered ... numbers of probes are being developed. Cite this: Technology Insight: Tuning into the Genetic Orchestra ...

Affymetrix University provides an educational forum for biologists to learn more about the essential principles of data analysis involved in successful microarray experiments,” said Rob Clum, market ...

Perhaps the biggest challenge to microarray technology is standardization--ensuring that data collected from different microarray platforms can be accurately compared. Compounding this problem is the ...

In order to keep pace with rapid advancements in protein microarray technology, detection systems have also been significantly improved. Important parameters critical for the success of various ...

In response, researchers have developed HiTIP-seq, a microarray-based high-throughput in situ tagged immunoprecipitation sequencing technology. Compared to traditional chromatin ...