Sentence examples for microarray results reveal from inspiring English sources
Microarray results reveal 83 miRNAs whose expression changed during senescence by more than 1 standard deviation compared to the mean expression of each miRNA in early passage WT fibroblasts (Figure 2a and Figure S1).
Microarray results reveal an alteration in cell-cell and cell-matrix interaction as shown by the enhanced expression of molecules such as desmoglein 2, N- and OB-cadherin, protocadherin-9 and -17 and P-selectin (Table 3A).
While there are still some concerns with this approach, preliminary microarray results reveal meaningful and expected GO terms (Peterson, Rosvall, Tang and Ketterson, unpublished data), suggesting that our functional annotation is sufficient for broad assessments with the caveat that confidence in any given assignment should be limited.
Additionally, the microarray results revealed several fold up-regulation of transcripts encoding for lipoxygenases (Additional file 8: Table S5) including LOX2 and LOX2.1.
The microarray results revealed enrichment of Gene Ontology terms involved in energy and fat metabolism after 10 days of TBT exposure.
Our microarray results revealed the upregulation of 1509 genes in response to Fe deficiency in roots (Figure 2a, e and Additional file 2: Table S1), of which 90 (6%) were sORFs.
Microarray results revealed that the transcripts involved in polyamine and amino acid metabolism, nitrogen metabolism (especially those encoding for nitrate reductase) were up-regulated (Fig. 1, Additional file 6: Table S3).
The microarray results revealed changed expression in most functional gene categories for all three strains.
Microarray results revealed that from this group of genes, only MCL1 was significantly affected by S. aureus phagocytosis.
The microarray results revealed a decreased expression of genes which play a role during the invasion process, such as hilA, invF and the flhDC operon.
Quite surprisingly, our microarray results revealed only relatively mild effects on most of the 19 genes containing putative U12-type introns (Table 1).
