Sentence examples for microarray analyses Tables from inspiring English sources

The data clearly validate the fold changes observed in the microarray analyses (Tables 1, 2).

In the microarray analyses, GAP-43 mRNA was found to be upregulated 3-fold by IL-6 (Table 1), whereas qRT-PCR revealed an induction of about 20-fold.

RNA isolation, sample processing, and microarray analyses (Agilent Technologies), as well as statistical evaluation, were performed by Arrows Biomedical GmbH (Muenster, Germany).

performed miRNA-seq and microarray analyses, 3D structure derivation, cell culture experiments and in vivo experiments; J.M.W., K.-H.C., C.J.B., M.A.M. and K.P. established the PDX; H.H., M.Y. and J.M.A. performed metabolomics profiling; T.S. assisted with the small-molecule treatment experiments; W.C.Z.

Lewis for animal care and genotyping; M. McGinty and Q. Xiao for technical assistance; X. Wu for microarray analyses; D. Littman, P.P. Pandolfi and S. Reiner for mice; M. Grigg for the T. gondii strain; J. Grainger, T. Hand and S. Spencer for discussions; and J. Ashwell and J. Brenchley for reading the manuscript.

This method predicts cis-acting motifs based on a MAMA score calculated from similarities in sequence and gene expression profiles in microarray analyses (Methods, Additional file 2).

These factors are transcriptionally induced under conditions of Fe deficiency; they have been found and characterized from the Fe deficiency-induced genes in microarray analyses (Ogo et al. [2006]; Zheng et al. [2010]; Wang et al. [2013]).

Genes related to the thermotolerance of S. cerevisiae have been identified by DNA microarray analyses (Eisen et al. [1998]; Sakaki et al. [2003]) and a genome-wide screening of an S. cerevisiae deletion mutant collection (Auesukaree et al. [2009]).

The present study focuses on characterisation of the GH43 β-d-xylosidase/α-l-arabinofuranosidase BXA43 from Bifidobacterium animalis subsp. lactis BB-12 (BB-12) which was 10 30 fold upregulated in BB-12 grown on XOS as demonstrated by qPCR and DNA microarray analyses (Gilad et al. 2010).

Stella and Piwil2 were not increased in rES cells by microarray analyses (Figure S8B).

In carbohydrate microarray analyses, Malectin binds maltose, nigerose and related di-glucosides [13], [14], [15].