Sentence examples for microarray technology combined from inspiring English sources
The microarray technology combined with laser microdissection (LMD) makes it possible to study the gene expression profiles of identified cell populations [1], [2].
Using microarray technology combined with computational analysis is one of the most efficient and cost-effective methods for studying cancer.
Microarray technology, combined with mathematical analysis to determine phylogeny, has provided a sensitive and robust method to examine the genetic relatedness of bacterial populations [ 38- 41].
In the present study, we used a whole genome analysis by microarray technology, combined with classical biomolecular approaches, to detect unrecognized biological elements deregulated in subjects with CKD and to identify new potential targets for pharmacological interventions.
For application of microarray technology combined with amplification of mRNA from nano- to picograms of mRNA, there is a pitfall of conferring biological relevance to unreliable data due to transcript abundant bias alteration of true gene expression.
Microarray technology combining with bisulfite-PCR offers a high-throughput approach for detection of DNA methylation.
Here we first employed translating ribosome affinity purification (TRAP) technology combined with microarray analysis to obtain a genome-wide sleep/wake profiling of astrocytic transcripts in the mouse forebrain.
The methodology applied in the present study was based on a different microarray technology that combines the high specific ligase detection reaction (LDR) and the multiple, high-throughput DNA analysis of a microarray platform.
DNA microarray technology has been combined with sedimentation analysis to characterize changes in ribosomal association for thousands of mRNAs in parallel.
Subcellular fractionation may be combined with microarray technology to investigate gene function.
They combined expression microarray technology with an empirical Bayes analysis approach to examine differential gene expression at 3, 14 and 60 days post-injury (PI) compared to experimentally naïve controls.
