In the present paper, we report the in vivo consequence of altered Ca2+ homoeostasis in OPCs/OLs owing to golli overexpression in those cells.
To gain insight into biological functions that may be disrupted in ASD as a consequence of altered miRNA expression, the differentially expressed genes whose transcript levels were inversely correlated with those of the differentially expressed miRNAs were uploaded into IPA and Pathway Studio network prediction programs and the target gene networks were generated.
Conversely, alterations in osteoblastogenesis and bone metabolism have been reported as a consequence of altered lamin A/C levels in vitro and in vivo [ 55- 57].
This inefficient clearing could, in principal, also be the consequence of altered genes, i.e., the genetic background.
In addition, target mRNA is degraded in more than one third of genes that display translational repression [ 33]; hence we have focused on studying changes in mRNA expression as a consequence of altered miRNA expression.
To explore the possibility that increased osteoclastogenesis in MLII mice was the consequence of altered signals produced by surrounding cells, the authors analysed the transcriptome of MLII osteoblasts and found an increased expression of IL6, a cytokine known to have potent pro-osteoclastogenic activity.
In summary, the experiments confirmed that the tumor associated alternative TSS usages observed for TCF12, OSBPL1A and TRAK1 were indeed due to altered expression in the carcinoma cells, and not a consequence of altered tissue composition.
Top2b is expressed in all differentiating and mature retinal cell types; and as a DNA enzyme known to involve in transcription regulation, retinogenesis phenotypes observed in Top2b-deficient retinas are likely the consequence of altered gene expression.
BP variation is a consequence of altered activity in signal transduction pathways and interactions of complex intra- and intercellular processes.
As many of these processes are often modified in cancer it is clear how alteration of IAPs can play a role in tumorigenesis not only as a consequence of altered apoptosis.
