In addition, several MMP transcript expression levels have been indicated to be associated to platinum-resistant head and neck cancer cell lines (Ansell et al, 2009).
Several antisense transcripts have previously been identified, such as Emx2os [ 66] and Wt1AS [ 62] where both antisense has been shown to positively regulate the respective sense transcript expression.
Whereas several reports of increased TCF7L2 transcript expression in human islets from patients with type 2 diabetes have emerged, this does not necessarily translate to TCF7L2 protein production.
We also reported transcript expression for several receptors involved in receptor-mediated transport such as insulin receptor, leptin receptor, and transferrin receptor.
Several recent studies have compared transcript expression levels measured in human and mouse samples using both conventional microarrays and RNA-Seq [ 13, 16].
Benner et al. [ 45] showed that selenium supplementation in diets for zebrafish (Danio rerio) influenced behaviour and increased the brain transcript expression of several selenoprotein-encoding genes including sepp1a.
Identification of varied transcript expression of several genes involved in MAPK signalling in pancreatic cancer cells [ 20], lung cancer cells [ 27] and also the identification of MAP3K9 as a predicted target of miR-34a, led to our interest in the relevance of alterations in activated phosphoproteins involved in signal transduction, in response to miR-34a over expression.
In situ hybridization revealed that FN3KRP and FN3KRPL2 expression, including several transcript variants for the latter, is uniformly low throughout the brain, including nuclei of the song system (data not shown).
The molecules of immune signalling pathway were almost presented, several transcripts with high expression in skin and stomach.
In other words, several transcripts with low expression were probably eliminated when we established this quality threshold for the transcripts predicted using the genome-based methodology.
