Sentence examples for microarray results clearly from inspiring English sources

The microarray results clearly indicated involvement of ethylene-regulated genes in the phenanthrene response, but the downregulated ethylene biosynthesis transcripts ACO2 and ACS6 suggested that the PAH reduced ethylene production.

In this respect, our inability to validate some of our discordant microarray results demonstrates that clearly other factors exist.

The microarray results (Table 1) clearly demonstrated that expression of HC-Pro in transgenic plants mimicked the effects of virus infections at the transcriptional level [ 15, 21- 26], as similar groups of genes were modulated in these plants as in Arabidopsis model plants infected by TEV [ 15] or CMV-Y [ 23].

More differentially expressed genes were found (e.g. 1,239 genes were identified as up-regulated genes in P. enysii with the P. fastigiatum reference while 394 were identified as up-regulated genes in P. enysii with the A. thaliana reference when mapping with no mismatches) and previous microarray results were more clearly confirmed (46 63% vs 28 44%).

QRT-PCR results clearly confirmed the microarray data (Table 5).

Independent confirmatory experiments by real-time RT-PCR or other techniques are clearly advisable for any microarray results obtained with a modified measurement or analysis protocol [8].

Although it is not clear why the daily profiles are slightly different when comparing results obtained using the microarray platform or qRT-PCR, the combined results clearly indicate circadian regulation in the levels of dme-miR-263a and -263b.

Our results clearly indicate that the microarray hybridization presented in this study represents a very robust method to screen whole sets of P. aeruginosa strains bearing unknown genetic variations.

Indeed, microarray analysis, together with real-time PCR validation results, clearly showed hat FXR was upregulated in pancreatic cancer tissues with LN metastasis.

The Q-PCR results clearly reflect the changes observed in the microarray analysis for all of the genes we tested (Fig. 5).

These results clearly validate the involvement of the IGF-1/Akt pathway identified in the microarray and open a new field of investigation in the pathogenesis of myasthenia in muscles.