MicroRNAs (miRNAs) are short non-coding RNA molecules that act as post-transcriptional regulators and affect the regulation of protein-coding genes.
In addition, we assumed that the amount of glucose in culture medium might affect the regulation of myrAkts on the induced autophagy, as Akt regulates glucose homeostasis with strong isoform specificity.
Landscape structure may affect the regulation of insect pests by their natural enemies.
Our results evidently demonstrated that reduced ADH1 activity can affect the regulation of many genes involved in different pathways.
These changes affect the regulation of gene expression though chromatin remodeling (transcriptional) and post-transcriptional influences, especially small noncoding microRNA (miRNA).
Moreover, interactions between both local and landscape elements and practices carried out at different spatial scales may affect the regulation of insect pests.
Taken together, our results indicate that PCB potentially influences acid-sensitivity through alteration of the membrane potential of acid-sensitive neurons, which could affect the regulation of respiration.
Potentiation of Kir2.3 channels by PREGS might affect the regulation of K+ buffering in peripheral nerves, the control of cardiomyocyte excitability and K+ homeostasis in the kidney.
It is possible that the base change could affect the regulation of endogenous targets, as the 13th position is important for 3' end base pairing.
These findings solicit further investigations into different aspects of nuclear architecture and other possible epigenetic mechanisms likely to affect the regulation of these two genes.
Unlike that observed for iNOS, acetaminophen did not appear to affect the regulation of nNOS or eNOS expression (Figure 5B) suggesting perhaps that the normalization of Akt S-nitrosylation by acetaminophen may be dependent on the reduced expression of iNOS.
