The phrase "adapted to regulate" is correct and usable in written English.
It can be used in contexts where something has been modified or designed to control or manage a particular process or system.
Example: "The new software has been adapted to regulate the flow of data more efficiently."
Alternatives: "designed to control" or "modified to manage".
Therefore, cNMP/c-di-NMP sensory modules can be adapted to regulate various kinds of outputs.
These results provide insights into the ways in which TOR/Raptor signaling has been adapted to regulate plant growth and development, and indicate that in plants, as in other eukaryotes, there is some Raptor-independent TOR activity.
Since the liganded and unliganded structures are similar, is it safe to assume that the structure of NP7 is not adapted to regulate ligand binding, but rather acts as a reservoir for NO storage suitably endowed with tunnels and cavities for the NO release as and when required, with dependence on pH only?
Although these 12 cyanobacterial genomes share 13.88~32.19% of their genes with E. coli (Table 2), they almost have no common genes in their CRP regulons with that of E. coli K12 (Tables 3, and S3-S14 in Additional file 2), suggesting that the CRPs in cyanobacteria have adapted to regulate very different sets of genes than those in E. coli during the course of evolution.
Thus, we know little of the functional genomics of these cells and how neutrophil genomes adapt to regulate transcription in response to external signals and disease states.
We have previously speculated that these increased activities reflect an attempt by the tissue to adapt to regulate increased H2O2 (5) and the current data are compatible with this possibility.
Our findings indicate that, even in advanced PCa, the miRNA pool adapts to regulate continuing alterations in the cancer genome to balance oncogenic molecular changes.
We propose that these may be negative feedback mechanisms adapted to self-regulate proliferative signalling.
Although these diverse processes have long been identified, it is not fully understood how SNAREs specialize in membrane fusion and become adapted to and regulated for various fusion speeds.
This is proof-of-concept that tropism restriction by tissue-specific microRNAs can be adapted to oncolytic MV to regulate viral replication and gene expression to maximize tumor specificity without compromising oncolytic efficacy.
A communication pattern has been developed and adapted to the conditions regulating the recreational learning environment.
