Sentence examples for microarray assay designed from inspiring English sources

At this symposium he described a high-throughput peptide microarray assay designed to discover new "readers" containing chromatin-associated domains that could specifically recognize H4K20me2.

The Prove-it™ Sepsis assay is a rapid, broad-range PCR and microarray-based assay designed to identify the majority of sepsis-causing bacteria from positive blood cultures.

Of these 67 detected miRNAs, 27 miRNAs belonged to the 31 predicted miRNAs and 12 miRNAs were miRNA*s; another 28 miRNAs were detected only in the microarray assay using probes designed to detect known miRNA from other species.

These six target genes were selected based on their presence in significant functions, their differential scores, their detection levels, their presence as single splice transcripts in microarrays and their availability as Taqman assays designed across splice junctions.

These genes were selected based on their presence in significant functions, their differential scores, their detection levels, their presence as single splice transcripts in microarrays and their availability as Taqman assays designed across splice junctions.

The genotyping was accomplished by the DMET Drug Metabolizing Enzymess and Transporters) Plus Premier Pack, a microarray assay developed by Affymetrix (Affymetrix, Santa Clara, CA, USA) designed specifically to test drug metabolism associations.

Microarray analyses were conducted in pooled samples (see experimental design of microarray assay).

The platform includes a TaqMan real-time PCR designed for the universal detection of pestiviruses and a microarray assay that can use the amplicons produced in the real-time PCR to identify the specific pestivirus.

A comparative study was designed in which the agreement of data from a DNA microarray assay used for typing Salmonella spp. between two different labs was assessed.

Our microarray was designed to assay the exons and flanking intronic regions of 8 genes linked to CMSs.

Here we show that a Box-Behnken design plan is an adequate choice for the straightforward exploration of hapten microarray assay parameters.