Moreover, the present method has identified correctly optimal pathways for pentose phosphate and glycolytic pathways.
The present method has identified a carotenoid biosynthesis pathway that is closer to some earlier investigations than that obtained by the extreme pathway analysis.
Hence, the applicability of the present method to identify the effective elastic constants of inhomogeneous composite plates is demonstrated.
The experimental results confirm the validity of the present method for identifying the impact location from the arrival time of the sound wave detected with the microphones.
Both numerical and experimental results show the present method can identify not only the location of damage but also its direction.
The present method has successfully identified biologically plausible MR candidates, including the TFs related to diabetes in previous reports.
UASIS (Universal Automated SNP Identification System) proposes an informative, unique and unambiguous nomenclature that serves as a good complement to the present methods of identifying SNPs.
With the emergence of metabolite biofluid biomarkers as a diagnostic tool in human disease [ 55, 56] and the availability of genome-scale human metabolic networks [ 1], extensions of the present method would allow identifying potential pathway changes linked to these biomarkers.
In this way, we clarified the differences between conventional methods and our presented method; we confirmed the advantage of the presented method in identifying the optimal global allocation of defensive resources.
