Sentence examples for both organization and replication from inspiring English sources
Because both organization and replication origins of minichromosomes were not conserved, we proposed an association between the evolution of extrachromosomal replicons and origin variation.
In Haloarcula species, we demonstrated that both the organization and replication origins of the minichromosome are variable, but pHH400 and its origin are stable.
Here, we demonstrate that ORCA associates with multiple H3K9 KMTs, binds to methylated H3K9, and regulates both the organization and replication of repressed chromatin marked with H3K9me2 and H3K9me3.
As expected, newborn babies seem to have almost five-fold lower heart mtDNA copy numbers than adults and the copy number steadily increased concomitantly with the changes in mtDNA organization and replication.
In general, unlike in many other bacteria, rickettsial genes, including those responsible for genomic organization and replication, exist dispersed in the genome as a result of frequent recombination, making the clusters of functional pseudogenes that much more unusual [26].
We are currently addressing the functional relevance of ORCA and Suv420H1/2 interaction in heterochromatin organization and replication progression.
Thus, we proposed a model of the evolutionary association between organization and replication origins of extrachromosomal replicons.
To do that, we selected two plant hosts infected with viruses very different in genome organization and replication strategy.
The cells were then allowed to progress through S-phase and chromatin organization and replication were examined at different time points during S-phase.
We chose two cucurbit species infected with two viruses very different in genome organization and replication strategy; Melon necrotic spot virus (MNSV) and Prunus necrotic ringspot virus (PNRSV).
It was reported that these flaviviruses share a similar genomic organization and replication strategy although they cause a range of distinct clinical diseases in humans [ 6].
