Sentence examples for extensive microarray studies from inspiring English sources

The database is currently sponsored by the Italian Space Agency MoMa'' project which plans to perform several extensive microarray studies on transcriptional effects of high LET radiation.

Extensive microarray studies have identified a dramatic effect of smoking on the gene expression profile of human airway epithelium [ 11- 18].

In our extensive microarray studies of the response to fasting in the gut [ 6] and liver (present study), we found no support for this intuitively attractive model at the individual organ level.

However, qRT-PCR and Western blot analysis both failed to reveal any increases in the relative expression of key chaperone proteins at 5 days and 3 weeks of age (Table 1), which was confirmed by extensive microarray studies performed at newborn and 5 days of age (Supp. Table S1 and S2).

Furthermore, the microarray study of Hjelmervik and colleagues [ 49], to date the most extensive microarray study of human SjS patients, shows a remarkable overlap with the current mouse studies, not necessarily between specific genes but within biological processes and functions of differentially expressed genes.

In chickpea, like in many other under-researched crops, extensive microarray-based studies are not yet possible, because the necessary EST data are not available.

More extensive microarray and proteomic studies in rodents and humans would help to characterize the pathways disrupted by atrazine.

As there is generally extensive variability across microarray studies, it is important to cross-validate results in an independent dataset.

Although our microarray studies were extensive (28 arrays for 4 conditions), we ran qPCR to validate the microarray findings, focusing on virulence genes that are biomarkers of the bacterial switch to a hypervirulent phenotype.

The gene set was extended by re-analysis of three further published microarray studies and by an extensive literature screening for single candidate prognostic genes, yielding a list of 59 potential prognostic genes in total.

Microarray studies have revealed extensive changes in brain gene expression associated with honey bee behavioral maturation [ 11, 12] These studies used statistical models with discrete age classes to describe the changes in gene expression and cluster analysis to group genes according to their profile [ 11].