Sentence examples for more sequences become from inspiring English sources

As more sequences become available and are annotated, the under-represented groups will become better represented and thus BLASTN will come to perform better than it does currently.

Although ELIs and ELLs have been described in Phytophthora and Pythium [49], [60], it is likely that the number of oomycete species in which these proteins are expressed will expand as more sequences become available.

Thus, we have to exclude any potential correlation with the longevity of the species until more sequences become available.

Indeed, the exact placement of many of the non-orthologous arsC genes was difficult and poor bootstrap support for some nodes suggests that refinement of arsC phylogeny as more sequences become available should be an ongoing process.

Previously, only RVFV strains identified in Kenya were embedded in the Kenya-2 sublineage; however, as more sequences become available, this sublineage clearly has also become widely geographically distributed (25, 26 ).

If the clustering of these fungi within plant pathogenic taxa remains stable when more sequences become available through GenBank (which is not certain given the considerable distances to their currently known closest relatives), the most probable explanation for their occurrence inside the ants is that they are passengers and food in the gut, originating from harvested plant material.

Improving the number and distribution of eutherian samples meant, there was the expected basic consilience between nuclear and mitochondrial sequences and that has been maintained as more and more sequences became available.

It will be interesting to see at what point these gene families first appeared as more sequence becomes available.

Although the evolution of these plasmids may be restricted to the two organizational groups, it is most probable that additional clades will emerge as more sequence becomes available.

As more and more genome sequences become available, the number and types of TEs will grow.

As more and more genome sequences become available, therefore, several programs have been developed for MITE identification [ 8, 19, 20].