Sentence examples for is predicted to regulate from inspiring English sources

To investigate whether trx-1 plays a role in dauer formation, we first constructed double mutant combinations with different alleles of daf-11, since this gene is predicted to regulate dauer formation upstream of both the TGF-beta and insulin-like signaling (IS) pathways (Figure S1; [23], [23]).

Of these three miRNAs, only miR-221 is predicted to regulate murine ATF6 mRNA, and in βENaC-Tg mice, expression of miR-221 is increased in native airway tissues (tracheal and bronchial tissues) compared to wild-type mice.

In addition, this miRNA is predicted to regulate innate immune responses.

Of considerable importance, each miRNA is predicted to regulate hundreds of different target mRNAs while a single mRNA has the potential to be regulated by dozens of different miRNAs.

A single miRNA is predicted to regulate several target genes, whilst a single gene can also be regulated by several miRNAs; hence changes in miRNA expression can have profound effects on biological systems [21].

sRNA23 is predicted to regulate RcsF which has been proposed as one of two proximal membrane-located sensors for the Rcs phosphorelay signal transduction system that coordinately regulates expression of SPI-1/SPI-2, fimbrialr, fimbriandand capsule-related colonic acid synthesis genes [44].

FOG-1/CPEB and FOG-3/Tob behave genetically as terminal regulators of the sperm/oocyte fate decision and are predicted to regulate gene expression post-transcriptionally (see Introduction).

These miRNAs have previously been linked to PE and are predicted to regulate members of the TGF-β pathway.

MicroRNAs have been predicted to regulate the stability and translation of many target mRNAs that are involved in modulating disease outcome.

In human cells, more than 1,500 miRNAs have been identified and are predicted to regulate the activity of numerous protein-coding genes to control many developmental and cellular processes including proliferation, apoptosis, and differentiation.

TBC1d24 is a Rab-GAP that has two conserved domains consisting of a TBC (Tre2 Bub2 Cdc16) domain and TLD TBC LysMM) domain, which are predicted to regulate endocytosis and exocytosis of cellular vesicles31.