Considering the possibilities of artificial introduction of C. auratus noted below, we concluded that C. auratus with mtDNA of each of the clade I-VII haplotypes represents the natural population of Honshu (I), Kyushu (II), Honshu + Shikoku (III), the Ryukyus (IV), Russia + China (V), Taiwan (VI), and China (VII), respectively.
However, when examining noise levels (see point 4 below), we concluded that desensitization was negligible for responses to concentrations up to 0.5M.
From this result and from the data shown below, we conclude that C13Orf3 is a bona fide member of the Ska complex and we hereafter refer to it as Ska3.
For reasons discussed below, we conclude that the inmates have a protected liberty interest in avoiding assignment at OSP.
Noticing that Ĵ is bounded from below, we conclude that there is at least another critical point (u_{4}) by using the Morse inequalities.
As we will also demonstrate below, we conclude that electrostatic repulsive interactions manifested between the negatively charged bacteria and the α-HL's lumen entrance contribute to an increase in the free energy barrier needed to be overcome (U*, vide supra), as the bacteria proceeds along its pathway to the nanopore's entrance, leading to its transient association to the α-HL.
As explained below, we conclude that § 290.09, subd.
Even though whales and sharks both share certain features of overall body form, by following phylogenetic methods of observation and comparison (discussed in more detail below), we conclude that whales and humans actually have many more detailed features in common (see Figure 7) than do whales and sharks.
Based on sequence similarity between MISC-1 and human OGC (72% amino acid identity; Supplementary Figure S1), their localization to mitochondria, and the shared roles of the two proteins (see below), we conclude that MISC-1 is the C. elegans orthologue of OGC.
As we observed normal-sized populations of Phox2b-GFP+ precursors (Fig. 4a, discussed below), we conclude that early-onset PHOX2B∆8 expression inhibits LC specification.
On the basis of these data, further explored below, we conclude that, despite MTL overlaps, the neural mechanisms for processing hierarchical sequences are not fully colocalized with those that process hierarchical sets.
