Sentence examples for much larger genomes from inspiring English sources

Our comparison of genomic features among Verrucomicrobia also fit this pattern, showing much larger genomes and more proteins in species that are host-associated but not obligate mutualists, such as A. muciniphilia (in human colon), Diplosphaera colitermitum (in termite gut), and Verrucomicrobiae bacterium DG (dinoflagellate-associated).

Rice is also expected to serve as a genetic model for other crops like wheat and corn, which have much larger genomes that defy easy sequencing.

That will be a boon to a wide variety of plant biologists, who expect that the rice genome will help them understand the much larger genomes of corn, wheat, and other cereals and who can now request to use the Monsanto data while waiting for the completed genome.

T4 phages have much larger genomes with 300 putative genes, only 62 of these have been found to be 'essential' under laboratory conditions [ 14].

Much larger genomes, up to 10,000 genes, are not generally favoured, except in cells that have complex internal membranes, such as cyanobacteria and nitrifying bacteria.

Because of this higher accuracy, and in agreement with Eigen's ideas, DNA viruses and DNA based organisms have very much larger genomes.

Overall, our comparative genomics analysis showed that N. bombycis possesses a much larger genome size than other two Nosema species (Table  1).

Wheat has a much larger genome than we do," Lunter said.

It has therefore become a reference for sequencing of other cereal crops with much larger genome sizes such as maize (Schnable et al. 2009), sorghum (Paterson et al. 2009), soybean (Schmutz et al. 2010), barley (International Barley Genome Sequencing Consortium 2012), and wheat (International Wheat Genome Sequencing Consortium 2014).

Despite their much larger genome size, the genome length is divisible by six and reverse genetics studies confirmed that NiV does obey the "rule of six", i.e. the genome length must be a multiple of six to replicate efficiently [11].

The same approach is applicable to organisms of much larger genome sizes (see Table 2).