FAK is thought to be a force sensor that undergoes force-induced conformational changes that can regulate protein activity [35].
On the one hand, epigenetic changes can influence metabolism by regulating the expression of metabolic enzymes (Wolf et al. 2011).
The new findings, however, reveal that shifts in physiological states and corresponding changes in hormones can regulate this quality-control process independent of drugs.
In this chapter, we will define a terminology to describe DNA topology and discuss recent progress in the field, illustrating how topological changes in DNA can regulate general principles of gene expression and nuclear architecture.
As a result of these phase-specific physiological changes, hippocampal networks can regulate the behavioral impact of different types of information as a function of task context.
As a critical mechanotransducer, the force-induced conformational changes of Fn can regulate the type of binding sites that are exposed or disrupted, in particular the integrin binding sites located on Fn-III9 10 Fn-III9 10ell attachment.
It has been suggested previously that pericyte-mediated changes in DVR diameter can regulate MBF and alter its distribution in response to changes in active NaCl transport and the oxygen demands of renal tubular cells (Pallone 1994, Pallone & Mattson 2002, Crawford et al. 2011, 2012).
In addition, since norpAP24 mutant animals can be synchronized with regards to their locomotor activity rhythms [23], daily changes in light exposure can regulate lamina volume, but by a different mechanism from those regulating light-induced plasticity of that structure.
It can regulate changes in the labour market, the level of services it provides and all of this with an eye on economic growth, jobs and personal wellbeing.
Recent evidence suggests that changes in sensory experience can regulate the synaptic level of Ca2+-permeable AMPA receptors (CP-AMPARs).
