Sentence examples for microarray analyses allowed from inspiring English sources

Additionally to these Fe2+-Fur repressed genes, our microarray analyses allowed us to identify the genes positively regulated by Fe2+-Fur, in other words, the genes that were downregulated by both iron limitation and fur mutation (Table  2; Figure  2B).

Coupling ChIP-based data with microarray analyses allowed for rapid identification of 82 p63 target genes in NHEKs, and secondary validation of our datasets were crucial in ruling out false-positive genes.

As found for stress-associated genes, microarray analyses allowed the identification of more than 1000 genes potentially associated with Al tolerance when selection was performed using only one pair of wheat lines (differential expression between Atlas66/Bounty or Century-T/Century-S exposed to Al) but this number was reduced to 69 common genes when both pairs were considered.

Microarray analyses allow the identification and assessment of molecular signatures in whole tissues undergoing pathological processes.

Shotgun DNA microarray hybridization analyses allowed for transcriptome comparison of these promastigotes with amastigotes obtained by infection of the U937 cell line.

GWAS and microarray analyses both allow unbiased identification of candidate genes and pathways associated with cancer development.

Microarray-based transcriptome analyses allow for assaying thousands of genes in a single experiment [9] and have recently become available for scleractinian corals [10], [11].

Permutation analyses allow the quality of different epistasis data sets obtained by microarray analyses to be quantified so that their use in assembling network models can be appropriately weighted.

The transfection cell microarray technology has been proposed as a new platform for large-scale RNAi analyses allowing significant increase in experiment throughput and reduction in screening costs.

Microarray analyses of 26 samples allowed the identification of genes differentially expressed between the TEL/AML1-positive and negative ALL groups.

Microarray analyses conducted in this study allowed us to gain insights into global gene expression changes in Arabidopsis associated with PPV infection, symptom development and defence responses.