The process of classification entails either ... was one of the first statistical techniques to be applied to microarray analysis, and is one of the most popular. Its popularity is understandable ...

In fact, microarray analysis enables researchers to look at expression patterns across all of the genes in an entire genome — and to do so in a single procedure. As a result, it is now possible ...

with fetal anomalies having the highest rates of chromosome aberrations detected by microarray analysis. Noninvasive prenatal testing has the potential to replace invasive procedures and ...

In microarray analysis, typically genes are sought that ... To develop and validate a method of classification it is best to have a sufficiently large collection of samples to allow an independent ...

Microarray analysis of the 4282 nonmosaic samples identified ... findings seen in samples with a normal karyotype by a second method, preferentially FISH. For rare cases in which metaphase FISH ...

The method can be used in combination with all ... The technology represents a unique approach to microarray analysis, enabling optimal signal-to-background ratio for biotin-labeled molecules ...

The procedure essentially simplifies ... In another study from 2006, researchers compared microarray and SAGE technology for gene expression analysis in human glioblastoma to identify potential ...

Comparative analysis of the selected miRNAs and their targeted ... Using bioinformatics and microarray validation procedures, 51 miRNA families conserved among angiosperms were identified in Boechera2 ...

The targeted microarray analysis used here is essentially a gene chip method of assessing the makeup of chromosomes in a particular part of the human genome (genetic blueprint). In areas of the ...

“The process of discovery has the dual challenge of requiring ... that has been achieved between Spotfire and Affymetrix.” Both DecisionSite for Microarray Analysis and Spotfire's DecisionSite for ...