"functional dynamics" is a correct and usable phrase in written English.
It refers to the working processes of a system, such as a business organization or a natural ecosystem. For example, "The functional dynamics of the manufacturing plant proved to be more efficient than other plants in the area."
Time-varying coherence is a powerful tool for revealing functional dynamics between different regions in the brain.
Here, we review several illustrative examples of functional dynamics selected from our work on cyclic nucleotide signaling and amyloid inhibition.
This methodology may enable studies of functional dynamics and their role in biology for a spectrum of membrane proteins.
Here, we discuss how insights into protein folding have been applied to investigate the functional dynamics of biomolecular assemblies.
A critical role for linkers between the globular domains in determining the functional dynamics of RPA is proposed.
It should also be noted that the functional dynamics of the CTO position may be characterized through on the microeconomic level.
Understanding the functional dynamics of modular multidomain proteins is a major challenge confronting structural biology today because their structure is not fixed in time.
The examples outlined in this review illustrate the widespread implications of functional dynamics and the power of NMR as an indispensable tool in molecular pharmacology and pathology.
We provide evidence that the onset of functional dynamics of folded proteins with elevated temperatures is associated with the effective sampling of its energy landscape under physiological conditions.
The designed ACD approximates nonlinear functional dynamics of the power system and interacts with the MRAC that adapts based on parametric changes.
In recent years, both the molecular architecture and functional dynamics of nuclear pore complexes (NPCs) have been revealed with increasing detail.
