The microarray analysis also identified reduced expression of brain derived neurotrophic factor (BDNF) in SR−/− mice.
Our microarray analysis also showed that no gene for active RNases were up-regulated by Zn deficiency.
Human tissue microarray analysis also suggested an association between RNF13 expression and human colon cancer development, as the RNF13 protein is expressed at higher levels in human colon cancer samples than in control samples.
Our microarray analysis also identified a significant induction of the genes NFATc1 and MAF at 3H.
Our microarray analysis also revealed that TWEAK inhibits the expression of Notch-1 which was confirmed by performing QRT-PCR and Western blot (Figure 1C and 1D).
In addition, microarray analysis also detected significantly lower expression of Sox17, Sox 7 and Foxa2 in Shp2−/− than in wt EB cells at day 8 (Figure S2A).
High-resolution microarray analysis also can detect small DNA imbalances that may reveal the causative genes for specific clinical features, which can can aid diagnosis and prognosis.
Our microarray analysis also showed that TIMP1 was >2-fold up-regulated in T1-grade 2 tumors (2.80±1.29), whereas its expression was <2-fold in T1-grade 3 and T2/T3-grade 3 tumors vs. normal tissue.
Microarray analysis also highlighted the differential expression of many stromal extracellular matrix proteins that may act as paracrine signals between the stroma and the epithelium, but which have not been pursued here.
Besides our identification of this operon in the ten species, Kirby (2006), using microarray analysis, also identified sequences homologous to melC1 and melC2 in three actinomycetes, Streptomyces cattleya, Streptomyces rimosus, and Streptosporangium roseum.
Our microarray analysis also identified two additional genes, IL-32 and pappalysin, that are up-regulated in shear-activated chondrocytes as well as in RA [20], [21] but not OA [15].
