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In most cases, the subcellular localization predicted on the basis of sequences corresponded to the subcellular localization reported in the literature.
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None of the sequences corresponded to any known protein domain.
Most of these sequences corresponded to 5′- or 3′-truncated sequences in GenBank.
None of the peptide sequences corresponded to any protein sequences in the databank before inclusion of our bacteriophage sequence data.
A total of 652 unique sequences corresponded to previously published grapevine sequences (Table S1).
Of them, numerous sequences corresponded to genes participating in photosynthesis.
The combined peptide sequences corresponded to 8.2% of the predicted PEG11 amino acid sequence (Fig. 5).
Of the 914 orthologous sequence set, 844 sequences corresponded to known feline sequences and 70 corresponded to novel sequences (see Figure 1).
He found that the sequences corresponded instead to satellites, stretches of repetitive DNA that are transcribed into RNA but never translated into proteins.
Some of these sequences correspond to intronless retrocopies of mkrn1.
Preliminary analyses confirmed with complete support that all new sequences corresponded to Pseudotrichonympha, and a more detailed analysis focused exclusively on sequences from this genus and outgroups, resulting in a final alignment of 28 taxa and 1,388 positions.
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