Intriguingly, all of these examples involve the PRMTs of type I subclass which mediate asymmetrical dimethylation of arginines.
This MHC I subclass binds GP33 and is partially responsible for displaying the GP33 peptide epitope in vivo in C57BL/6 mice.
Of the kinesin superfamily, which comprises 45 members in mammals (Miki et al., 2001) and many more in zebrafish, the kinesin I subclass plays an especially prominent role in neuronal function.
In the tested cases, the E-acceptor was found to represent the minor acceptor in nearly all cases, and the prediction for alternative splicing was more often accurate for the major-I subclass compared to major-E subclass.
We also designed less degenerate primers (H255) that matched most conserved H2-Mv regions of exon 4 but that were also predicted to match sequences of some Mhc type-I subclasses different from H2-Mv (supplementary tables S1 and S3, Supplementary Material online).
For example, there is typically 5 10%% more of observed SDs of firing times below the cutoffs in the range 1.5 < SD < 2 for the subclasses of Type II, as compared with the corresponding Type I subclasses.
We plotted the IT stat for replicate samples of wild-type and three mutants, representative of the two mutant subclasses (i.e., subclass 1,12K and 13P; and subclass 2, B7, 11P, 11K, 7K and P11), (Figure 7A).
Based on comparison to consensus sequence structures [ 8], the retrotransposons were identified as members of the LTR class Copia and Gypsy superfamilies, and LINE superfamily I, and the DNA TEs as subclass I members of the TIR superfamilies Tc1/mariner, Activator (hAT) and Mutator (MULE).
We stratified the study sample into tertiles of lipoprotein subclasses and displayed the concentration of adiponectin in each tertile of a lipoprotein subclass (i.e., large, intermediate, and small) while adjusting for sex, waist circumference, BMI, and HOMA-IR.
In this newly proposed classification class XI, defined by Sharma et al. 2010, splits into two subclasses I and J as proposed by Nakano (2006) [ 13] clearly demonstrating that Arabidopsis subclass I has no representatives in the tomato.
If the patterns are not mutually exclusive (for instance organization into foci, where foci can be at different locations in the cell), this rather indicates the existence of subclasses, i.e., subtleties inside the defined classes, that have not been defined as separate classes.
