Sentence examples for microarray analyses performed from inspiring English sources
In a wider context, the data can also be utilized in conjunction with microarray analyses performed on orofacial development in other species, particularly human and chick, to study species-specific differences in gene expression that may underlie variation in vertebrate facial morphology [76], [77].
Microarray analyses, performed with RNA from human SCC25 cells treated with 1 α,25(OH)2D3 and cycloheximide, an inhibitor of protein synthesis, revealed 913 regulated genes [ 40].
For the first time, an international multicentre research study demonstrated a very high reproducibility of microarray analyses performed at different centres with a prediction accuracy was 95.6%.
Even among the various microarray analyses performed from human cell lines, the differences between experiments are much greater than the similarities.
However, microarray analyses performed at day 4, 7, 11 and 18 of the experiment revealed only three mRNAs with a strongly modified accumulation level throughout the course of the experiment.
The fold-changes observed for transcript levels of the down-regulated genes are relatively low (-1.9 in average and maximum -3.7 for collagen in microarray experiment, -3.1 in average and maximum -4.5 for immulectin in quantitative RT-PCR assay), which is consistent with microarray analyses performed in other biological models and for which high fold changes are usually not observed.
All microarray analyses were performed at the London Regional Genomics Centre and all sequencing was performed at the Robarts Sequencing Facility at the University of Western Ontario.
The microarray analyses were performed as described previously (Hanada et al. [2013]) with the exception that two biological replicates were used.
Microarray analyses were performed after one week of Fe deficiency and excess treatment and at this point, plants correspond to a new transcriptomic/metabolic steady state.
Microarray analyses were performed in 3T3-L1 preandpocytes and mature adipocytes treated with 0.1 mg·mL−1 caffeine to identify factors that might be involved in the mechanisms underlying these effects.
The microarray analyses were performed in duplicate.
