To see if there are some differences in seismic activity between the two regions, we investigated fore- and after-shock activities related to the two events.
The stress state in Region A reflects Reference mechanism A, which has a larger strike-slip component than Reference mechanism B. In order to quantitatively evaluate whether the plunge of the σ1 axis differs between the two regions, we calculated the probability density function of the difference in the plunge of the σ1 axis following the method developed by Michael (1987).
To determine whether there is a strict requirement for a fixed distance between these two regions, we assayed four peptides having one (A Ext., 4) or two (AA Ext., 3) alanine residues inserted between the local and distal sequences, or having A15 (A Del., 5) or GA (GA Del., 6) removed from the intervening sequence.
After obtaining four sets of DE genes, one per brain region, we identified the common (intersection) DE genes between two regions of interest.
As for IEEE 802.11-based Hot Spot network in Figure 7a, we can observe no considerable discrepancy between two regions (Region-1 and Region-2) in the period of [20s, 40s] when no station at Region-3 appears yet.
We also investigated conservation of synteny between two regions of the genomes of M. acuminata and M. balbisiana species.
Also, we can see that it gives service differentiation between two regions according to the weight given to each region.
In this article, we propose a simple algorithm to identify the set of pathways between two regions of interest.
They were shown a map of the country, given a choice between two regions, and put on buses to their destinations.
The emission occurs at the interface (see p-n junction) between two regions doped with different materials.
