Sentence examples for abundant sequences from from inspiring English sources
The 10 most abundant sequences from aerosol or manure samples were unique to the source and none of the top 10 for manure was detected in aerosols collected on the dairy.
Chloroflexi, Actinobacteria and Proteobacteria sequences were represented equally in the top 10 abundant sequences from dry manure, compared to Firmicutes and Bacteriodetes in fresh manure; Proteobacteria was the only phylum detected in aerosols (Table 2).
However, the most abundant sequences from the trRnl2 K227Q CircLig library were approximately half as over-dispersed as those from the standard library and reached statistical significance (discrete Kolmogorov-Smirnov test, p < 2.2x10-16).
On the basis of the presence of the diagnostic nucleotides, four subfamilies (type I, II, III and IV) exist, each of which is supported by abundant sequences from many distantly related species.
The most abundant sequence from each miRNA family served as the query, and CGI Release 11 served as the database.
Closer inspection of 19-nt sequences suggested that some of the highly abundant sequences arise from tRNA-derived fragments from the 5′end.
Members of Bacteriodetes and Actinobacteria were the second most abundant sequences identified from dry and fresh manure samples, respectively.
Although Firmicutes represented approximately 50% of the 10 most abundant sequences, aerosols from the Sonoma dairy also contained sequences of Bacteriodetes and Actinobacteria, identified previously with animal feces.
The 10 most abundant sequences in aerosols from the Modesto dairy were all from Proteobacteria and nearly half of them were from genus Massilia, which have been isolated previously from immune-compromised people and aerosols.
Members of Bacteriodetes, Firmicutes and Actinobacteria represented 78% of the 10 abundant sequences of aerosols from Sonoma (Table 2) and almost half them were Clostridia (Figure 6).
The detection of Proteobacteria representing 78% of all clones and 100% of the 10 most abundant sequences in aerosols from the Modesto dairy is noteworthy, because this phylum was nearly non-detectable in samples of fresh manure.
