Sentence examples for microarray technology on from inspiring English sources

We next measured global gene expression using microarray technology on cells sorted using tfFACS.

The current study is an exploratory research with the purpose of developing proper methods that would deplete hemoglobin RNA from whole blood, for applying microarray technology on globin depleted whole-blood total RNA.

However, with the challenges unique to the whole blood sample, including complex composition of heterogeneous cell types and lower detection sensitivities and higher data variability, it is difficult now to apply microarray technology on whole-blood total RNA.

Thus, applying microarray technology on peripheral blood may provide new insights of variations in global gene expression specifically associated with states of normal and disease and has the potential of applying the technology in disease detection and diagnosis.

Using microarray technology on murine and human lung tissue, they identified three genes of interest on chromosome 2q.

This was done by applying microarray technology on multiple synovial biopsies obtained from the same knee joints.

One of the most popular techniques in this field combines chromatin immunoprecipitation (ChIP) assays with two-channel microarray technology (ChIP-on-chip [ 1]).

The binding pattern of MSL proteins on the X chromosome has been identified in diverse cell lines, embryos and third instar larvae using various genome-wide techniques such as chromatin immunoprecipitation coupled with microarray technology (ChIP-on-chip) or deep sequencing (ChIP-seq) [ 17- 22].

In the last few years, coupling of chromatin immunoprecipitation with microarray technology (ChIP-on-chip; Ren et al., 2000) and computational analysis tools has resulted in major leaps in our understanding of transcriptional networks and of the dynamics of chromatin structure (Bock and Lengauer, 2008).

Herein, we discuss detection strategies and challenges for protein microarray technology, focusing on direct detection of protein microarrays.

Microarray technology relies on the hybridization of a labeled target sequence to a complementary cDNA or oligonucleotide probe immobilized on a glass surface.