Sentence examples for both sets of sequences from inspiring English sources

Results showed that both sets of sequences (Figure 1B and C) elicit an ERAN.

For both sets of sequences, the background free dN/dS ratios are lower than 1 and the branch specific dN/dS ratios significantly vary from branch to branch (P<0.002 and P<0.005 χ2 test).

In both sets of sequences (Set A and Set B), the pitch images of the final DDs correlated even higher than those of final tonic chords with the pitch images established by the preceding chords.

In both sets of sequences, irregular DDs elicited an ERAN that was maximal over fronto-midline electrodes, and that had slightly larger amplitude values over right than over left-hemisphere electrode sites (see difference waves of Figure 3B).

Both sets of sequences were of ca. 600 bp in length.

Both sets of sequences gave similar results, but the less conserved C-terminal part of the protein induced a higher uncertainty reflected by lower bootstrap values.

Topologies inferred from both sets of sequence data were consistent with one another, and both indicate the genus Wolbachia shared a common ancestor most recently with Ehrlichia.

BLASTx vs. SwissProt gave similar results for most of the strong homology matches with both sets of contig sequences.

Therefore, we compared the N- and C-termini of the two training sets A and P to identify a possible distinctive property or amino acid motif that could be used to differentiate both sets of protein sequences.

Our phylogenetic analyses of both sets of Wnt sequences found good support for the thirteen metazoan Wnt gene subfamilies and twelve protostome Wnt subfamilies, which corroborates the findings of several previous studies [ 17- 19, 21].

To determine which of these two possibilities was true, we first filtered reads matching toxins for each species and then aligned 10 million of the filtered reads from each species against both sets of annotated nontoxin sequences.