According to Lynn [1], Diaxonella should be assigned into the family Urostylidae.
Samples with evidence of glomerular and tubulointerstitial fibrosis were assigned into the diseased group (Table 1).
Thus, we used simple computer simulation (which assumes the DSL have been assigned into the strong-clue set) to basically look into how they affect the performance of our weighting approach.
To obtain the reference samples, we adopted a cross-validation procedure, in which 100 of 120 haplotypes were randomly selected, and the remaining 20 haplotypes were assigned into the test samples.
The only departure from the straightforward parsimony inference was made for homologous tdCOGs that form clade-specific expanded families, e.g. there are several tdCOGs, all assigned into the same ancestral COG, with genes present in both Deinococci but in neither of the Thermus species.
Though Uroleptus and Paruroleptus are assigned into the family Urostylidae according to Lynn [1], they are undoubtly classified out of the order Urostylida in our SSU rRNA gene tees (Fig. 2), which is congruent with previous investigations [9], [12], [23], [24], [44].
Participants are randomly assigned into the intervention and control groups.
Hence, 54 rats were randomly assigned into the following groups.
Sheep were randomly assigned into the groups described above.
In addition, 704 (4.11%) of longan unigenes were assigned into the Function Unknown cluster.
After recruitment, the subjects were randomly assigned into the placebo or experimental group.
