Sentence examples for using a dna barcode from inspiring English sources

There is some debate regarding monophyly in this genus [51] [53] that cannot be addressed using a DNA barcode.

A total of 3 green algae, 1 diatom and 4 cyanobacteria were successfully established as unialgal cultures, and the majority assigned a species identification using a DNA barcoding approach.

To estimate the reliability of species identification using a DNA barcoding technique, two methods (BLAST1 and the nearest genetic distance) were used [12].

OncoMap performance was assessed after determining the "ground-truth" mutational status at KRAS codon 12 using a DNA barcoding and massively parallel sequencing-by-synthesis strategy (see Methods S1) applied to 91 frozen and 93 FFPE-derived tumor DNAs.

Our approach has been to focus on short, standardized DNA sequences that can be compared using a DNA barcoding approach [ 5] while complementing these with sequences of longer markers that are commonly used to elucidate phylogenetic patterns in particular algal lineages.

They use a DNA barcoding technique to identify the species of fish for commercial and private interests [ 7].

We used a DNA barcoding approach on a subset of the collected slugs to obtain a better understanding of the exact species, which harbored the different Caenorhabditis species.

The results were blasted for similarity search against non-redundant sequence database showing high degree of similarity (99 100%) with the corresponding sequences of Blackbuck both in BOLD and GenBank database, confirmed the successful amplification and could be used as a DNA barcode for species identification (Johnson et al. 2008; Dalton & Kotze 2011).

In summary, the ITS2 sequence can be used as a DNA barcode for identifying Flos Lonicerae Japonicae and its closely related species.

Regardless of the source, ITS2 heterogeneity has been deemed a liability for its use as a DNA barcode for the land plants [15], [103].

Most researchers agree that the mitochondrial gene encoding cytochrome c oxidase subunit 1 is a favorable region for use as a DNA barcode in most animal species and even in some fungal species, including those of the groups Ascomycota, Basidiomycota and Chytridiomycota.