The genome wide distribution of CNVs and the abundance and breadth of genes overlapping CNV regions, as well as their widespread involvement in local and distant gene regulation, indicate the extensive contribution of CNVs in phenotypic variation, similar to that observed in human studies [ 25].
Such interplay among key enzyme gene expression, mitochondrial membrane polarization and O2‾ and H2O2 level regulation indicated the complexity of processes that regulates vasculature specific endothelial behavior in hyperglycemia.
Therefore, exactly these reactions are the control steps of flux direction, and their regulation indicates the activity of gluconeogenesis.
In addition to transcriptional regulation, IRT1 and FRO2 are subject to posttranslational regulation, indicating the importance of an exact and rapid response by adjusting the amount of protein appropriate to the Fe demand in order to avoid the accumulation of surplus amounts of Fe [ 10, 11].
After determining the Pearson Correlation Coefficient cutoff to obtain the most probable biologically relevant co-expressed genes, the resulting network confirmed the presence of many genes previously reported in literature to be relevant for stress responses and connections that fit current models of stress gene regulation, indicating the potential of our approach.
The pathway analysis based on 110 core regulations indicates that the pathways are not independent but are connected at several levels.
As an example, we take the case in Fig. 1 that shows the methionine and folate cycles with four allosteric regulations indicated by the red arrows.
The two different functions of RND3-medaited Notch regulation may indicate the importance of maintaining Notch signaling integrity, which requires both positive and negative regulation mechanisms.
This new RNA-based regulation might indicate the existence of a hidden layer in the central dogma.
Detailed studies of GJA1 gene regulation indicate that the family of activator protein-1 transcription factors is critical to determine the level of GJA1 expression in myometrial cells [ 35, 36].
