As expected, the average size of the core genome decreased as more strains were included in the analysis.
However, the average size of the core domains, the patterns of conserved residues, and the predicted secondary structures of the RecT/Redβ and ERF domains show no correspondence to each other, implying that there is no direct evolutionary link between these protein groups.
From the TEM images, one can see that the average size of the wurtzite ZnS cores is the biggest when Zn:S ratio is 3 1.
The average size of the Au(FeCo) core-shell nanoparticles is 25.36 nm, with a standard deviation of 1.92 nm (Fig. 1a, b).
Furthermore, this difference is also enhanced to a certain extent (about 0.2 Mbp) by the smaller average size of the intergenic region (IR) both in the core and the non-core regions of the A. orientalis genome (Table 1), resulting in a more compact arrangement of genes (coding density of 90.4%) compared with that of A. mediterranei (89.1-89.389.1-89.3%
The average size of the Fe(C) nanoparticles (or empty cores) inside the nodules is about 50 nm in diameter.
TEM studies also confirmed the core shell type morphology and that the average size of the casein nanoparticles is 40 60 nm; for CCIONPs, the average size was 73.9 ±0.36 nm.
Using the Debye-Scherrer equation, it was found that the average sizes of the CIS cores synthesized at 150°C, 200°C, and 250°C were 9.82, 10.41, and 13.68 nm, respectively.
After fatigue deformations, the average size of the non-core shell structured precipitates inon-core shellficantly.
