Sentence examples for microarray analyses demonstrate from inspiring English sources

Mechanisms of mammalian stress erythropoiesis are of importance in anaemic responses and expression microarray analyses demonstrate that Cldn13 is the most abundant Claudin in spleen from mice infected with Trypanosoma congolense.

In fact, our microarray analyses demonstrate that knockdown of PML is associated with a network of genes involved in chronic inflammation-related diseases, such as Rheumatoid arthritis and Atherosclerosis.

Our microarray analyses demonstrated type I IFN-associated genes to be linked to protection following EAE induction.

Microarray analyses demonstrated that 60% of mRNA stabilised in the absence of Ago 1 were also increased in cells depleted of two different CCR4 NOT subunits [42].

However, microarray analyses demonstrated significant changes in gene expression, specifically in the RB-deficient cell population that had recurred following CDDP treatment.

Microarray analyses demonstrated marked changes in mRNA profiles of resistant cells compared to their parental counterparts.

Importantly, unbiased gene microarray analyses demonstrated an up-regulated transcription of KLK5 8 and KLK10 in EOC [ 83, 84].

Two independent microarray analyses demonstrated 172 up-regulated genes and 7,922 down-regulated genes in common between the first and the second analysis.

123 Moreover, gene microarray analyses demonstrated coordinated induction of osteoblastogenic genes and a reduction of adipogenic genes after 1,25 (OH)2 vitamin D treatment, which stimulates not only bone formation but also bone resorption, according to circulating biomarkers of bone turnover.

ChIP-SEQ and cDNA microarray analyses demonstrated that many binding sites for C/EBPδ, and the closely related C/EBPβ, exist throughout the mouse genome and control the upregulation or downregulation of many adjacent genes.

While our physiological and microarray analyses demonstrated that ArcA of S. oneidensis may differ substantially from the canonical Arc system in terms of both functions and regulatees, the consensus ArcA-P binding sequences from these two microorganism are alike.