Sentence examples for microarray technology compared from inspiring English sources

The analyses detailed in the articles from the Nephrotoxicity Working Group of the International Life Sciences Institute Health and Environmental Sciences Institute suggest at least equal sensitivity of microarray technology compared to traditional end points.

We have reported Pfetin, identified microarray technology, and compared between statistically different GISTs for good and poor prognoses and for prognostic marker.

An important application from molecular biology research in which correlated/dependent reproducibility coefficients are compared is when microarray technologies are compared in terms of reproducibility of gene expression measurements.

We showed that if interest lies in genes expressed in the low-intensity range Solexa/Illumina deep sequencing is the superieur technology compared to microarray technology.

By estimating power separately for genes expressed in intensity ranges varying from low to high, we can clearly see the added value of the Solexa/Illumina deep sequencing technology compared with microarrays.

We adopted microarray technology to compare the global gene expression profiles after the central (ICV) and peripheral (SQ) leptin treatments in ob/ob mice.

A few previous studies have been performed using microarray technology to compare transcriptional profiles of IPF and control myofibroblasts [49], [50].

As a first step in probing this matter, in the present study we have used microarray technology to compare the expression of molecules in the retina and the LGN of the Chrnb2−/−mutants with those of WT animals during the period of eye specific segregation in the LGN.

We utilized microarray technology to compare two types of leptin administration: one involving a direct stimulatory effect when administered peripherally (subcutaneous: SQ) and another that is indirect, involving a hypothalamic relay that suppresses food intake when leptin is administered centrally (intracerebroventricular: ICV).

We utilized microarray technology to compare hepatic gene expression changes after two types of leptin administration: one involving a direct stimulatory effect when administered peripherally (subcutaneous: SQ) and another that is indirect, involving a hypothalamic relay that suppresses food intake when leptin is administered centrally (intracerebroventricular: ICV).

We have utilized microarray technology to compare global gene expression between the domestic breed White Leghorn (WL) and its wild ancestor, the red junglefowl (RJ).