The first, pHi regulation, was active only at a low level since bicarbonate was absent during PMCA activation.
This indicates that similar mechanisms of isoQC and CCL2 regulation are active in the diseased human brain and in the transgenic mouse model analyzed.
Unveiling mechanisms of transcription regulation is an active bioinformatics research area.
Approximately 39% of SAGE tags from VEG developmental stages show a > 2.5-fold change in frequency in at least one library indicating that mRNA regulation is very active in this parasite.
We also observe a depletion of insulator CTCF elements within our domains when compared to the domains of Dixon et al. This observation is consistent with the assumption that transcriptional regulation is more active within spatially proximate domains since there are fewer elements blocking regulation within these domains.
In this work we consider post-transcriptional miRNA regulation as recent studies proved that miRNAs regulation is particular active at low mRNA copy numbers, which occur in our model simulation at the Wnt1 expression domain boundary, and can induce gene expression thresholds [ 30, 35].
A second possibility is active regulation and/or interactions of Sod1 and Sod3 causing the two to be expressed at similar levels.
In summary there is evidence that the UGT73C6 promoter is subjected to developmental regulation and that it is active in tissues, in which BRs are also known to act.
Renin, the AP which is involved in the regulation of blood pressure, is active at pH values as high as neutrality and contains Ala residues at both positions 317 and 218.
As well as generating a construct with UCP-2 we also generated a dominant negative UCP-2 construct in order to allow us to establish if the endogenous UCP-2 protein is active in regulation of insulin secretion.
