Sentence examples for further contributing to the regulation of from inspiring English sources
Glutamate is also produced via transamination of amino acids with α-ketoglutarate during the initiation of BCAA catabolism, further contributing to the regulation of intracellular pH as mentioned above (Williams et al. 2004).
Further in vitro and in vivo studies using renal tissues would reveal the potential effect of this Alu-insertion on WNK1 expressional profile in kidneys, where it plays an important role in contributing to the regulation of ion transport.
We further reveal that the down-regulation of RFX1 in SLE CD4+ T cells reduces local H3K9 tri-methylation levels around the promoters of CD11a and CD70, thus further contributing to the de-repression of these critical auto-immune factors.
Further contributing to the debate over the utility of microarray studies in kinetoplastids has been the general observation that relatively few genes have exhibited significant stage regulation of mRNA relative abundances in previous microarray studies.
The observed cell-to-cell and subcellular heterogeneities suggest that the in-cell crowding effect could further contribute to the spatial regulation of biomolecular function.
IL-10 is produced by activated machophages and lymphocytes, and it acts to inhibit IL-1 and TNF production, which further contributes to the down-regulation of inflammation [43].
Likewise, expression of further specific miRs which contribute to the regulation of chondrogenic differentiation and pathways beyond the mesodermal lineage interfere with the corresponding functional alteration of MSC [ 52].
These results further suggest that DNA methylation contributes to the regulation of expression of PPARγ mRNA.
Together, these findings further substantiate that oxygen tensions contribute to the regulation of MSC function and fate.
Further studies have demonstrated that miRNAs contribute to the regulation of various signaling pathways via the repression of target genes, which results in the regulation and modulation of signal transduction [ 22].
It will be interesting to further investigate how they interact with other subunits of the SnRK1 complex to regulate metabolic responses and contribute to the regulation of Arabidopsis development.
