Sentence examples for divergence of close from inspiring English sources

D. rerio surely presents a useful model system with which to investigate the functional divergence of close paralogues [ 41].

The determinism is related to the predictability of the system (as the length of diagonal lines in the recurrence plot indicates how long neighbouring points remain close) and to Lyapunov exponents (time constants of exponential divergence of close trajectories of a chaotic system [ 31]).

It is known that maximum Lyapunov exponents quantify the exponential divergence of initially close state-space trajectories and frequently are employed to identify chaotic behavior.

The fully probabilistic design (FPD) uses probabilistic description of the desired closed loop and minimizes Kullback Leibler divergence of the closed-loop description to the desired one.

Though they did not sample multiple ruminant taxa, they date the origin of Cetruminantia (ruminants plus hippos and whales) to a minimum divergence of 50 Ma, close to Meredith et al.'s 55 ± 2 Ma, and significantly younger than Hassanin et al.'s estimates of 69.7 ± 9.4 Ma.

For the third constraint we used a previous molecular time estimate (2.56 Ga) for the divergence of cyanobacteria from closest living relatives among eubacteria, and fixed the minimum (2.04 Ga) and maximum (3.08 Ga) values to the 95% confidence limits of that time estimate [ 30].

Observed divergences, however, seemed compatible with cross-species transmission events, particularly in the case of study participant Pau009 (divergence to closest STLV-1, 0% in LTR and 0.2% in env) (Table 1).

Chaotic systems exhibit an erratic behavior reflected by a strong divergence of trajectories with arbitrarily close initial condition.

Our results support the early divergence of Schizosaccharomyces and a close relationship between the Pezizomycotina and Saccharomycotina.

Phylogeny analysis of the melon NBS-LRR gene cluster in the refined sequence and comparison with its syntenic counterparts in other cucurbit species allow us to conclude that new resistance genes have essentially been produced by sequence duplication in adjacent genome locations since the divergence of cucurbits from other close families, and through speciation processes within the family.

Intriguingly, our estimated time of divergence is strikingly close to estimates of the time when the height of Mt. Etna was first approaching the altitude above which S. aethnensis occurs today, alluding to the possibility that the volcano's rapid emergence as a mountain of over 3000 MAMSL could have been responsible for the species' divergence.