Sentence examples for diversification over time from inspiring English sources
We combine that approach with the hyperbolic neighborhood of Ritter (Proceedings of PKDD-01, Springer, Berlin, 2001, pp. 338 349), in order to account for the representation of possibly exponentially increasing sequence diversification over time.
Their conservation should not be overlooked, especially as they are important for speciation and can be significant drivers of diversification over time.
Importantly, if macrophages are a continued reservoir for the generation of HIV-1 intra-patient recombinant sequences in vivo, then they are also source of continued viral evolution and diversification over time.
Subsequent shuffling and recombination of genes in the same or in different plasmids could explain diversification over time.
Genetic diversification over time finally resulted in a meroclone, complex-17, of highly related genotypes, fully adapted as a nosocomial pathogen, that has spread globally.
The strains studied were isolated between 2003 and 2009 and contain conserved fHbp, porA and nadA genes, suggesting little antigenic diversification over time.
While many phylogenies are characterized by a decreasing rate of diversification (logistic growth or impact of extinctions [ 62]), a γ = 3.22 suggests a diversification rate that is highly increasing over time.
Therefore, a core prediction based on the above scenario is that adaptively radiating lineages will show early bursts of rapid diversification followed by asymptotic decreases in diversification rates over time [ 2, 8– 10].
Because antiques and fine art are less liquid than, say, bonds, stocks, real estate, and currencies, they offer a level of diversification that, over time, may provide not only financial growth to the current generation, but aesthetic value and financial appreciation that can be passed down within a family.
General Additive Models (GAM) were used to explore the net change in diversification rates over time in more detail (Figure 4) [45].
In addition, the γ test [ 34] reduces the information available in a molecular phylogeny to a single number, which provides insight into whether the net rate of diversification decreased over time.
