Sentence examples for microarray technology developed from inspiring English sources

The microarray technology, developed for the simultaneous analysis of a large number of genes, may be useful for the detection of toxicity in an early stage of the development of new drugs.

First to develop technologies critical to stem cell research: Microarray technology developed by professor of biochemistry Patrick Brown, MD, PhD, in the early 1990s enables stem cell researchers to assess differences in genetic expression between different stages of development and between normal and cancerous tissues.

The assay reported by Gonzalez et al. [ 9] covered a wide range of mutations based on the microarray technology developed by Affymetrix.

We have combined data obtained from Illumina RNA-Seq (high throughput RNA sequencing) and Affymetrix microarray technologies developed in two independent laboratories and analyzed by quantitative real-time PCR (qRT-PCR) additional transcripts not represented on the array.

These findings (1) confirm that the Illumina bead-based technology is as reliable, robust and sensitive as other microarray technologies developed by commercial manufacturers or academic facilities, and (2) suggest that the GGA-derived class prediction approach is a highly efficient one as it required a limited set of ten markers per class to achieve accurate class assignments.

The phenotype microarray (PM) technology developed by Biolog (Hayward, CA, USA) can be used for the phenotypic analysis.

Tissue microarray (TMA) technology, developed by Kononen et al., 1998 [ 20] represents a promising approach in the field of proteomics for its potential usefulness in in situ analysis.

In 1998, siRNA technology was developed by Andrew Z. Fire and Craig C. Mello for which they were awarded Nobel Prize in 2006 and Microarray technology was developed by Pat Brown which provides powerful tools for global characterization of gene expression.

DNA microarray technology has developed rapidly in recent years and has become an essential tool, providing novel approaches to biomedical research.

DNA microarray technology, originally developed to measure the level of gene expression, has become one of the most widely used tools in genomic study.

Microarray technology has developed to considerable maturity.