Sentence examples for most extensively sequenced from inspiring English sources

It is unclear to what extent these empirical models are generalizable to a very different organism, such as HIV-1 the HIV-1 thensively sequenced organismost extensively

As the most extensively sequenced other bird species, all available zebra finch genes were compared with the chicken genome.

The staghorn coral Acropora millepora (Ehrenberg, 1834) has emerged as the most extensively sequenced scleractinian coral, with ~10,000 ESTs and ~14,000 shotgun genome sequences publicly available at NCBI.

Thus, subtelomeric regions have not been fully sequenced even among the most extensively sequenced eukaryotic genomes using the traditional clone-by-clone based sequenclone-by-clone basedo et al. 2006; Riethman et al. 2005).

The pooled-tissue library was the most extensively sequenced with 82% of the total sequencing effort (88 704 reads) as this library was not focused on a particular biological function, and thus of broad interest for a vast community of physiologists.

Little or nothing is known about most of these pseudoenzymes, the widespread existence of which has only become apparent as genomes have been extensively sequenced.

Second, we have extensively sequenced all the constructs presented here.

The most widely used and most extensively validated sequences for T1 mapping are MOLLI-based sequences [10, 42, 47].

COI, from which the DNA barcode is derived [15], [16] and the nuclear gene elongation factor-1 alpha (EF1a), have been sequenced most extensively for Lepidoptera and are recommended by the consortium as the first gene regions to sequence in any new study.

The genome sequence of the zebrafish (Danio rerio) is perhaps the most extensively studied of all fishes; consequently, its corresponding transcriptome sequence data should be the most complete for a fish and thus provide an appropriate evolutionary model for comparative characterization of the white shark transcriptome.

p53 is the most extensively studied tumour-suppressor gene, encoding a sequence-specific transcriptional regulator that controls a plethora of biological functions, including cell-cycle progression, senescence, differentiation, DNA repair, and apoptosis (Vogelstein et al, 2000; Oren, 2001, 2003).