Furthermore, functional roles of genes that were differentially regulated imply that regulation involves reorganization of complexes at the ultrastructural level.
Regulation involves a constant struggle to keep rules in place and to enforce the ones that are there.
Chromatin regulation involves finely tuned processes, including long-distance interactions.
According to Dimon, the only path to better regulation involves all sides working together.
Parental regulation involves assessment of time, concerns about content, and guidance about its developmental adequacy.
In particular, the REACH regulation involves an extensive quantity of works, to gather toxicological, eco-toxicological and physico-chemical properties for a large number of compounds.
Intriguingly, YAP/TAZ regulation involves more than the Hippo core kinases, MST1/2 and LATS1/2, which has the potential to open novel routes for therapeutic intervention[37].
Cognitive regulation involves the recursive processes of planning, monitoring, and evaluation during learning, and is generally thought to enhance learning gains for students.
However, cell-cycle regulation involves a large, highly redundant, set of genes, which complicates unravelling of function in the context of a higher plant.
Design-based regulation involves challenges to professional agency and authority, and engages with wider debates about the regulation of the medical profession.
Gene regulation involves a large number of biochemical events.
