Sentence examples for near replication from inspiring English sources
In a near replication of the Raptors' Feb. 15 dismantling of the Knicks, Toronto separated itself from a puzzled group of New York starters in the third quarter.
One gallery, contrasting the museum's domestic interior with the dramatic hues of the artist, is a near replication of the Simultaneous Boutique, which opened in conjunction with the 1925 Paris Decorative Arts Exposition.
Human UNG2 is a multifunctional glycosylase that removes uracil near replication forks and in non-replicating DNA, and is important for affinity maturation of antibodies in B cells.
In the closely related Sulfolobus species S. solfataricus and S. acidocaldarius, highly expressed regions were concentrated near replication origins and expression declined in regions replicated later.
In support, sister chromatid junctions have been observed near replication origins in S. solfataricus [ 34].
When replication origins and termination sites were analyzed, no evidence for an enrichment of large tandem repeats near replication origins or termination sites was found.
As cultures adapted to reaeration and neared replication, there was a progressive increase in the proportion of reaeration-induced genes that are originally hypoxia-repressed (Figure 2A).
The latter of these, steadily building in number as MTB nears replication, includes genes involved in transcription, translation, oxidative phosphorylation and fatty acid synthesis (Table S1).
The results demonstrate that the Sulfolobus chromosome is organised in a highly replication-biased manner, such that levels of gene expression, as well as genome sequence-derived parameters, are correlated with distance to nearest replication origin.
The significant variation among genome blocks either proximate or distant from replication origins prompted us to conduct a regression of substitution rates (d N and d S) on the proximity of each ortholog to its nearest replication origin (fig. 3).
We then used a third algorithm that accurately predicts expression relatively from base composition, MELP (Supek and Vlahovicek 2005), to test for variation in expression as a function of ortholog distance from the nearest replication origin.
