In addition, published microarray data indicated that the Pold1 mRNA presents in mouse unfertilized eggs and early embryos where zygotic gene expression have not started [29].
Our DNA microarray data indicated that 122 genes are positively regulated by σB under alkaline stress conditions.
Osteoclast microarray data indicated that leukemia inhibitory factor (LIF) is a candidate transition factor, which was confirmed in ganglia experiments, particularly, in the presence of progesterone.
The dramatic (>50 fold) down-regulation in specific genes displayed in the microarray data indicated potential deletions of chromosome regions.
Following Gene Ontology analysis, microarray data indicated that genes involved in cardiac development were upregulated after FGF-10 treatment.
Microarray data indicated that conservation is linked to the proteins having housekeeping functions, while more specialized genes tend to be lost [11].
Microarray data indicated 51 genes with increased expression and 49 genes with decreased expression with a high false discovery rate (FDR = 0.221 0.5).
The microarray data indicated that CD133+ display greater checkpoint activation in response to DNA damage and higher antiapoptotic activity in radioresistance.
However, the microarray data indicated that Foxo3a is deregulated in the COUP-TFI−/− newborn inner ear, and therefore is a potential direct COUP-TFI target in vivo.
The microarray data indicated that the expression of the psaF and psaI genes, encoding two additional core proteins, was also down-regulated in the HL cultures.
In keeping with these results, our microarray data indicated an up-regulation of GADD45G, a major p53 target gene and strong potentiator of apoptosis [23], in the XpdTTD liver at old age (Figure 1C and Table S2).
