Sentence examples for replication again from inspiring English sources
Replicated genomes can undergo replication again or be encapsidated in the presence of the smaller Rep proteins [7].
Moreover, if a study came to a particular conclusion about the role of race in politics, it would be emphasized that all studies are flawed, can be improved and need replication (again, no matter what the findings were).
Furthermore, various host factors interacting with CA have been implicated in the early phase of HIV-1 replication, again arguing for a functional contribution of CA at this stage (reviewed in Matreyek and Engelman (2013); Ambrose and Aiken (2014); Hilditch and Towers (2014)).
Context dependent codon choice reduces the probability to acquire a frame-shift mutation in a mononucleotide repeat in a protein-coding gene by a factor of 20 to about 0.15% per replication (again with the parameter values that we regarded as most plausible, see Methods and Additional File 2).
In this regard, one certainly may "hope" that the threshold is (considerably?) below the level of complexity associated with a coupled system of translation and replication (again, see Fig. 1 ) but so far there is no strong evidence or even a compelling model of biological evolution occurring at this stage.
Despite the limited size of the patient population and the fact that we only studied the blood compartment, our study is important since we had the opportunity to investigate Tregs when viral replication starts again after a long period of viral control under effective cART.
Mechanisms that control recombination and other DNA repair processes during replication are again distinguished by the action of several helicases.
mtDNA replication starts again during oogenesis, with the development of primary oocytes: In terms of copy number, mtDNA expansion continues until oocyte maturation.
In this case, cohesin acetylation close to the replication fork will again have a high probability to stabilize links between newly replicated DNA strands.
Again, replication in Tat-SF1 depleted cells was comparable to control cells (Figure 2C).
However, in this replication cohort we again found a strong association between SNP rs12483205 in DYRK1A and in vitro HIV-1 replication in macrophages (p = 0.0034) (Figure 2, Table S2), also after correction for cell number and normalization (p = 0.0081; n = 28, information on cell number was missing for 3 donors) (data not shown, Table S2).
