Sentence examples for chance of replication from inspiring English sources

M i is either zero (if the enzymatically active metabolic replicator set within the metabolic neighbourhood of site i is incomplete), or it is greater than or equal to 1. Obviously, M i = 0 implies C i = 0 (Eq. 3) and, consequently, no chance of replication for the replicator at site i.

We sought to determine if characteristics of the genomic loci associated with a trait could be used to identify initial associations with a higher chance of replication in a second cohort.

In this case, M has a greater chance of replication.

This in turn implies no local monomer production and therefore no chance of replication for the focal molecule f.

Interestingly, high numbers of repeated units increase local sequence homology and thereby the chance of replication slippage and unequal crossover (Ellegren 2004).

Therefore, the chance of replication is almost equal between P and M. Secondly, let us suppose that the time scale of diffusion (τΔ = Δ-1) is much longer than that of replication (τ a = a-1); i.e. Δ ≪ a.

In addition, because this study provides data from "real world" settings and implementation, the chances of replication of proven-effective interventions are enhanced.

These results bring the number of strongly confirmed associated loci to 13. Replication in independent studies is indispensable for considering a genetic factor in this category, although the common use of multiple case control sets inside the same study or of large sample collections has increased the chances of replication [ 2].

In addition, confounding factors, such as population stratification, genetic heterogeneity, environmental factors, and interactions between genetic and environmental factors (which may vary with different populations and environments), may reduce the chance of GWA replication.

Because the rDNA contains ∼100 tandem 9.1 kb repeats, each with its own potential origin of replication, the chance that one of these repeats would load Mcm2-7 and initiate DNA replication is extremely high, compared to the 11 46 origins present in the single-copy regions of each chromosome.

An individual (genotype ACAGATATA) produces offspring with a chance of error during DNA replication (mutation) at each generation, showing that random changes in ancestral genotypes may reflect on descendant phenotypes.