Sentence examples for most complex genome from inspiring English sources

It is assigned to the most complex genome classification based upon genome features such as repeats, prophage, nine copies of the rRNA gene operons.

Among the crops, hexaploid bread wheat (T. aestivum, 2n = 6x = 42, AABBDD) contains the largest and most complex genome with a size of roughly 17 Gb [ 6].

Its genome has a 31.1% GC content and contains repeats, prophage, and nine copies of the rRNA gene operons, so it is classified as a Class III genome, the most complex genome classification in terms of repeat content and repeat type [7].

Our results show that, as in most complex genomes, TEs have made an important contribution to grapevine genome evolution and variation today.

Barley has one of the largest and most complex genomes of all economically important food crops.

Bread wheat (T. aestivum) is arguably the most important of these species, but has one of the largest and most complex genomes.

The ability to perform sequencing and de novo assembly of genomes has been greatly facilitated in recent years thanks to the advent of second-generation sequencing technologies, and as such is becoming relatively routine for genome analysis of all but the largest and most complex genomes.

Moreover, TALENs have in practice very few restrictions with regard to potential sequence targeting applications, and the use of two 14+ base TALE recognition sites plus a spacer ranging from 13 to 20 bp provides single site recognition potential in even the most complex genomes.

These features make the C. mesostigmatica nucleomorph genome the most complex nucleomorph genome studied to date, exhibiting features more characteristic of its presumed free-living red algal relatives.

At 702.9 Kbp in size, the C. mesostigmatica nucleomorph genome is the largest and the most complex nucleomorph genome sequenced to date.

Because of its size (17000 Mb), allohexaploid nature (A, B and D-genomes) and high repeat content (>80%) [ 10], the bread wheat (Triticum aestivum L). genome is among the largest and most complex plant genomes and has always been considered too complex for molecular analyses.