Sentence examples for bacteria chromosomes from inspiring English sources

In bacteria, chromosomes are circular and DNA seems to be organized into independent topological domains (Delius and Worcel, 1974; Sinden and Pettijohn, 1981; Postow et al, 2004), in which different levels of helical tension can be modulated.

In an eukaryotic cellular environment in which bacteria, chromosomes, NCLDV viruses and non-NCLDVs (such as baculoviruses) intimately cohabit temporarily or permanently, recombination-primed replication is able to allow reciprocal passive lateral transfers between viral genomes, host chromosomes, and bacterial DNA.

In bacteria, chromosome replication initiates at a single chromosome locus, called the replication origin (oriC), from which replication proceeds bidirectionally to the terminus.

The primers from the former work were applied to amplify the candidate promoters from bacterium chromosomes or plasmids [ 18].

These studies include high-density genetic map and bacteria artificial chromosomes (BACs) or yeast artificial chromosomes (YACs -based phYACs -based

While bacteria and chromosomes remain fascinating objects for me, I'm also excited to explore the infinite other possibilities that MCO has to offer.

bacteria artificial chromosomes.

In the bacteria, homologous chromosomes recombination with genes could increase light stability of mark bacteria and could enhance gene expression.

Thus, as in bacteria, eukaryotic chromosomes appear to be organised into structural loops, overlaid with both large (100 kb) supercoiling domains and smaller supercoiling foci at transcription start sites.

DNA replication makes up a significant proportion of the bacterial cell cycle, especially in fast-growing bacteria where chromosomes undergo multiple rounds of replication in order to compensate for a short generation time [ 1].

When the first high-quality plant genomic sequences were achieved using bacteria artificial chromosome (BAC -based approaches coupled with Sanger sequencing technology8, it was limited to a few small diploid species, such as AraBAC -basednd rice, due to the lapproachessive and expensive protocoupledith project costs in the tens to hundreds of millions of dollars for a single genome.