Metaheuristic algorithms are extensively recognized as effective approaches for solving high-dimensional optimization problems.
Energy storage is extensively recognized as a significant potential resource for balancing generation and load in future power systems.
The active and controllable mechanical properties of piezoelectric materials are extensively recognized as one of the most important resources for the development of intelligent self-monitoring and self-adaptive lightweight structures (Rahmani and Noroozi Moghaddam 2014).
Graphene oxide (GO) is extensively recognized as an effective material in a variety of fields and specifically for various biomedical applications.
Although maternal mortality is extensively recognized as a main indicator of health and socioeconomic development [ 1], evidence for such association is limited.
Therefore, risk issues have been extensively and continuously recognized and studied from viewpoints of both power system planning and operation for decades.
The N-end rule Ubr1 ligase has been extensively characterized for its ability to recognize and target for degradation polypeptides with destabilizing N-terminal amino acids, such as arginine (Bartel et al. 1990).
The major pathological hallmarks of Alzheimer's disease (AD), the β-amyloid peptide (Aβ) and the abnormally hyperphosphorylated protein tau (P-tau), are also recognized biomarkers which have been extensively investigated (for a review see [ 1]).
Although now recognized as a model organism for biomedical research [ 6], the chicken has not been extensively used for the study of human diseases, especially metabolic disorders (i.e., insulin resistance, diabetes, obesity and metabolic syndrome).
Whereas the structure of the amyloidogenic core of Aβ peptide has been extensively characterized (see for example, [ 41- 43]), it is well recognized that the amino-terminus of Aβ does not adopt a single conformation in solution.
