Sentence examples for may regulate a from inspiring English sources

Also, the inclusion of C in the parent set in the first term of the RHS of the equation exhibits the manner by which it achieves the objective of taking into account the biological fact that multiple regulators may regulate a gene jointly (the calculation, however, needs to be carried out in accordance with the process we described in the Methods Section).

Spt5 has a demonstrated dual activity in regulating transcription elongation in vitro [21], and may regulate a large number of genes in vivo [28], [29], [49].

Reverse engineer the transcriptional networks from RNA-seq data based on an information theoretic approach to identify hub genes that may regulate a large blanket of downstream genes.

The possible relationship between GRP78 NF-κB could support and explain several mechanisms that may reGRP78 NF-κBriety of couldfunctionsupportciandy following brain injuriexplain

not met because the laws were found arbitrary in their operation and effect.39 But there can be no doubt that upon proper occasion and by appropriate measures the state may regulate a business in any of its aspects, including the prices to be charged for the products or commodities it sells.

This finding may have broader importance because SPY orthologs are conserved in prokaryotes and eukaryotes, thus suggesting that intracellular O-fucosylation may regulate a wide range of biological processes in diverse organisms.

However, mutation of T794 did not alter Tie1 or Tie2 tyrosine phosphorylation or downstream signaling in any detectable way, suggesting that T794 phosphorylation may regulate a Tie1 function independent of its RTK properties.

One plant gene may regulate a developmental process in response to heat while the exact same gene can regulate the exact same process but in response to cold.

These findings suggest that these three proteins may regulate a feedback loop involving SC35 via SFRS2IP.

Local translation may regulate A- fiber sensitivity through modulation of either the transduction process or excitability of the primary afferent terminal [59], but at present the mechanism is unclear.

NLP7 regulates nitrate signaling upstream of NRT1.1 when NH4+ is present and may regulate an NRT1.1-independent pathway in the absence of NH4+ in nitrate signaling.