Sentence examples for most sequences from from inspiring English sources
Overall, we found that most sequences from each host were of the same genotype as those of the sequenced genomes (fig. 8 and supplementary fig. S9, Supplementary Material online), suggesting that the strains selected for sequencing represent the most abundant strains in each host species sample.
Most sequences from the Waste Water Treatment Plant biomass used in this study were closely related to Methylococcus genus as was previously observed (Luesken et al. 2011a).
Our environmental survey showed that most sequences from LH soil sample were affiliated to WS/DGAT sequences of bacteria recently considered as "possible oleaginous" such as Microthrix parvicella strain RN1, which exhibited a high redundancy of ws/dgat sequences, containing at least 10 putative genes (McIlroy et al. 2013).
Sequence alignments of this OLP with other clades demonstrated that while relatively conserved in clade A1, a seven amino acid stretch is absent in most sequences from clades B and D, and is substantially different in clade C (not shown).
Most sequences from the SCS, both in coastal and deep-sea sediments, were affiliated to Nitrosospira.
Hammock removed the most sequences from dataset (304), while achieving the highest KLD.
Most sequences recognized from this subtracted library encoded different genes with homology of genes from 13 known and 2 unknown species.
It is interesting to note that at this e-value threshold PLldR from P. aeruginosa XMG is also in a different cluster; the most sequences is from Pseudomonas, implying the functional divergence of Pseudomonas LldRs and ELldR.
In feeding experiments, most sequences range from 300 to 520 bp49.
Most sequences obtained from clone libraries were closely related to already published sequences (< 80% homology on amino acid level), which may be related to the conserved character of the amplified region of pepN.
Most sequences amplified from LH soil sample fall into clusters containing WS/DGAT sequences of bacteria recently considered as "possible oleaginous" based on the information of their complete genome sequencing.
