Sentence examples for genus information from inspiring English sources

When the OTUs were annotated with genus information, abundance profiles revealed that Gluconobacter exhibited the greatest difference when larvae were feeding in the guava; abundance of the bacterium was larger as the flies developed and fruit began to rot (ANOVA: F = 777.392, df = 11, P < 0.001; Fig. 2b, c).

Species or genus information is marked to the left of the tree.

Enormous variance in antibiotic susceptibility exists between some genera in the family Enterobacteriaceae, but clarification of genus information enables suspension of unnecessary antibiotics, such as suspending use of vancomycin for patients showing methicillin-resistant Staphylococcus aureus.

Next, a structured BLAST database was created by incorporating genus and species information into the label of each context genomic sequence.

It is becoming recognized that a single sequence does not discriminate accurately among species of a genus, so sequence information from several different regions are now becoming widely accepted as markers for taxonomic classification in plants.

For the variety of reasons described above, these data are nevertheless inadequate for either barcoding purposes or for revealing evolutionary relationships across the entire genus [see Supporting Information— Figs S1 and S2 ].

For example, in the case of the Aplysia genus, despite abundant information on the genome, transcriptome (Moroz et al. 2006) and proteome (Monje et al. 2012), no canonical Ig-like-containing FGFRs have been identified thus far, to the best of our knowledge.

Using a genomic similarity score (GSS) [ 37] which depicts the overall similarity of the pairwise shared orthologs for selected genomes of the Pseudomonas genus, and the information of all the pairwise shared genes across all the isolates of Pseudomonas sp. completed genome sequences, we were able to build a dendrogram showing the overall genomic similarity.

In the absence of data (or sources that we could not access) for a particular species, we sometimes assumed similar values based on within-genus trends and information available from closely allied taxa (if experts agreed).

To do so, we used the relatively unreliable genus-level taxonomic information to examine how similar environments were by the genera they contained.

Aims of this study were to identify whether differences in drought tolerance exist within the Fraxinus genus and thereby provide information as to their usefulness for planting in urban landscapes where water stress poses a threat to transplant survival.