Sentence examples for the faithful replication from inspiring English sources

The faithful replication of a 40-year-old sound can seem dull and dusty in places.

Accurate transmission of the genome from one generation to the next requires the faithful replication of the DNA.

DOI: http://dx.doi.org/10.7554/eLife.02001.002 Species survival depends on the faithful replication of genetic information which is monitored and maintained by a number of complex and interacting DNA repair pathways (Modrich, 2006; Cannavo et al., 2007; Cortázar et al., 2007; Hsieh and Yamane, 2008; Kunz et al., 2009; Robertson, 2009; Liu et al., 2010; Jacobs and Schar, 2012; Jiricny, 2013).

The precise control of the DNA synthesis (S) phase of each cell division cycle warrants the faithful replication of the entire genome and at the same time establishes the epigenetic state that defines the differentiation identity of individual cells (McNairn and Gilbert, 2003; Nordman and Orr-Weaver, 2012).

Oxidative damage to DNA constitutes a major threat to the faithful replication of DNA in all organisms and it is therefore important to understand the various mechanisms that are responsible for repair of such damage and the consequences of unrepaired damage.

Experimental evidences indicate that specific DNA-helicases (Ribeyre et al, 2009; Paeschke et al, 2011, 2013), telomere-binding proteins (Sfeir et al, 2009), and telomerase itself (Paeschke et al, 2008) are required for the opening of telomere tertiary structures and for the faithful replication of these structures (for review see Gunes & Rudolph, 2013).

In addition, Pluronic F127 plays an important role in the synthesis for maintaining the foam-like mesostructure of the silica templates and faithful replication of the spherical morphology.

The maintenance of the DDR is essential for faithful replication of the genome, and so is critical for cellular survival.

Fitness is defined as the rate of faithful replication (QiiAi).

Among the most relevant we find the variability of the environment, the effect that mutations have on fitness, the metabolic costs of having more faithful replication machinery, the population size, and the replication rate [49].

These six-nucleotide repeats constitute the telomere and allow faithful replication of DNA at the chromosomal ends.