Combining results: By combining the three RBH methods of ortholog assignments, 912 of the 1176 non-redundant probes were successfully assigned human orthologs.
With an assumed genotyping error rate of 1%, 99% of the offspring (i.e. 123 individuals) were successfully assigned to a single parental pair with the single ambiguous assignment remaining.
Of 500 progeny sampled, 465 were successfully assigned to their parents based on shared alleles at 5 polymorphic microsatellite loci.
Also, an IP address can be successfully assigned to an MN via a DHCP relay agent once the IP address of the DHCP server is retrieved.
Students and professors that were successfully assigned to haplotypes (70% of sequences clustered to a known haplotype with a posterior probability higher than 65%) are plotted as dots on tips corresponding to their mtDNA haplotypes.
765 of the 1176 non-redundant probes were successfully assigned a human ortholog using this method.
745 of the 1176 non-redundant probes were successfully assigned human orthologs.
High percentages of the Firmicutes and Actinobacteria sequences were successfully assigned to the genus level, 88.0% and 82.3%, respectively; however, only 53.0% of the Proteobacteria sequences were successfully assigned to the genus level.
31P MRS was able to distinguish 16 phospholipid classes and subclasses (Fig. 2), fourteen of which were successfully assigned.
Varying proportions of all four families were successfully assigned to the genus level: 69.2%, 29.0%, 23.8% and 1.8%, respectively.
