Quantifying the sources of these signals is important for understanding the dynamic processes associated with eruptions and lahars and for monitoring volcanic activity.
Moreover, substantial efforts have been made in understanding the dynamic processes involved in ligand binding and coregulator recruitment to different NR conformations in order to predict cell/tissue-selective pharmacological outcomes of drugs.
Understanding the dynamic nature of innovation diffusion processes, and mechanisms underlying these dynamics is crucial, since such an understanding is potentially very important in designing effective innovation support policies and developing better diffusion forecasts.
The results of this study provide a systematic analytical framework for identifying key genes involved in neural differentiation by detecting their dynamical behaviors, as well as a basis for understanding the dynamic molecular mechanisms underlying the processes of neural differentiation.
Future experiments on the temporal regulation of these interactions in male meiotic cells are required for a better understanding of the dynamic process.
Despite these genomic approaches, there is still a small amount of genomic data available on bivalve species and this limits our understanding of the dynamic process of biomineralization.
A better understanding of the dynamic process leading from health to frailty and eventually disability is of primary interest if preventive interventions are planned.
Furthermore, this map provides a foundation for further research aiming to improve our understanding of the dynamic process of biomineralization, and pearl oyster evolution and synteny.
Structure-based drug design is centered upon an understanding of the dynamic process of NA binding with a substrate and provides new opportunities to design new NA inhibitors.
A better understanding of the dynamic process of hematoma growth, importance of inflammation triggered by coagulation and products of blood degradation, and the deleterious effects of fever and hyperglycemia may provide feasible targets for future interventions.
It is shown that the quenching and re-ignition are key processes in the understanding the dynamic behaviour of pool fires.
