Sentence examples for most complete annotation from inspiring English sources

Considering that L. major is the species with the best assembled genome to date and presents the most complete annotation of non-coding RNAs, we also performed alignments of L. major annotated non-coding RNAs with the LdBPK and LbrM reference genomes, in order to identify non-annotated, non-coding RNA loci in our target genomes.

We used the RefSeq annotations [ 22] of a representative species from each group and the human genome (chosen because it has the most complete annotation) as common reference.

The most complete annotation was produced using dog reference sequence, with 356,263 (68.16% of total assembled) total annotated sequences in 24,570 transcript families (Table  2).

We chose S.cere., H. sapiens, and A. thaliana as the reference species for yeast, animals and plants respectively, because they have the most complete annotation.

The availability of clinical parameter data for each sample was highly variable; therefore, we focused on those parameters that had the most complete annotation among the largest number of samples.

Arabidopsis was selected as the starting point of the analyses because it has the genome with the most complete annotation of genes, especially regarding the putative function of the encoded enzymes.

For example, the A. thaliana FBX superfamily increased from 694 [12] to 897 loci, the O. sativa superfamily increased from 779 [15] to 971 loci, and the P. trichocarpa superfamily increased from 337 [15] to 425 loci, as compared to the previous most complete annotations.

We integrated Uniprot [ 92] and GO terms, and filtered putative target pairs by those with the most complete annotations and supporting information.

In short, and as supported by all reference data sets (fig. 7), P a. guttatus, T. elegans, C. ocellatus and C hr. picta data sets have the most complete annotations, whereas S. punctatus and P. molurus exhibit substantially less complete annotations.

WaspAtlas also functions as an analysis platform for performing common analyses with Nasonia genes using the latest and most complete functional annotation available.

The human, mouse, and rat genomes were used for this analysis because they offered the most complete genomic annotations.