Sentence examples for may regulate multiple from inspiring English sources
The phrase "may regulate multiple" is correct and usable in written English
It can be used in contexts where you are discussing the ability or authority to control or manage several entities or aspects. Example: "The new policy may regulate multiple sectors of the economy, ensuring compliance across the board."
Although it has been shown that individual microRNAs may regulate multiple genes, the current knowledge for microRNA::mRNA regulation has been largely obtained from the studies of the disruption of microRNA::mRNA interactions on a single gene basis.
Thus, broadly expressed receptor kinases may regulate multiple developmental processes through perceiving different peptide ligands, each with a specialized expression pattern.
Thus, Asx may regulate multiple processes during wing development, perhaps including integrin-mediated events.
However, it is well-established that a given miRNA may regulate multiple targets [20].
The function of the Spsb family is entirely unknown [28], therefore further research should be directed to scrutinize its biological function in the muscular activity of the oriental river prawn since Spsb proteins may regulate multiple target proteins [29].
However, very little overlap was observed between the molecular functions and pathways for these miRNAs, suggesting that these miRNAs may regulate multiple pathways that influence diseases, such as cancer.
Therefore, a specific miRNA may simultaneously regulate multiple targets, while a single target can be regulated by multiple miRNAs [ 3].
The goal of the present study was to identify, at a genomic scale, intronic motifs that may specifically regulate multiple splicing decisions in C. elegans.
In addition, we hypothesise that miR-22 overexpression may negatively regulate multiple targets (Gal-1 and HIF-1 α) along this pathway.
Collectively, these findings suggest that not only the relative levels of all three Runx proteins are important but these proteins may also regulate multiple effectors of the PI3K/Akt pathway.
These clustered or homologous miRNAs have potential, functional, and evolutionary relationships, and they may coregulate or coordinately regulate multiple biological processes.
