Sentence examples for more unique genome from inspiring English sources

It is hypothesized that this chelonian PMV has a more unique genome sequence as neither HN nor U gene parts could be amplified using newly designed consensus nested PCRs.

Therefore it is very likely that when the full mitochondrial genomes are sequenced from more members of this clade, more unique gene orders will be found and possibly more reversals to ancestral states will also be identified.

Comparing a previous study [ 18] using 454 sequencing of DOP-PCR amplified human chromosome arms which yielded similar 80 bp average reads, we obtained approximately 30,000× more reads and 10,000× more unique hits to genome.

The reference pan-genome was found to be 283,622 bp in length, and describes a core-genome found in the majority of prophages, as well as an accessory genome more unique to individual prophages.

In a pan-genome study, people check a "core-genome" with genes present in all strains, a "dispensable genome" with genes present in two or more genomes and a "unique genome" with genes unique to each strain.

A faster rate of evolution of the B genome due to greater polymorphism and duplication events, in addition to greater genetic diversity brought about by cross pollination were cited [ 48- 50] as possible explanations for findings of a greater number of ESTs associated with more unique loci on the B genome when compared to the A and D genomes.

Indeed, it has been shown that the number of unique COGs increases with the addition of new organisms to the pan-genome [ 35, 36], so well-sequenced taxa have more unique genes in their pan-genomes.

Ley et al. (2006) estimated that the approximately 500 1,000 species residing in the human gut encode 100-fold more unique genes than the human genome.

The human gut harbors up to 100 trillion microbes, equivalent to 10 10 cells/g colonic content with a biomass of >1 kg [ 1, 2], which encode 100-fold more unique genes than the human genome [ 3].

Therefore, metatranscriptomics and metaproteomics profiling are warranted in the future to elucidate the role of arsenic exposure in altering the functions of the gut microbiome, which encodes 100-fold more unique genes than the human genome and profoundly modulates host metabolism (Ley et al. 2006).

Our resulting modified genomes have several times more unique restriction sites and reduce the maximum gap between adjacent sites by three to nine-fold.