Sentence examples for evolutionary temperature from inspiring English sources

As a result, we found that the evolutionary dynamics is described in a mathematical framework similar to thermodynamics: the "evolution constant" kE and "evolutionary temperature" Tevo play key roles similar to the Boltzmann constant kB and thermodynamic temperature Tthe, respectively.

In addition to the fitness W, we introduced the following quantities analogous to thermodynamical concepts: "free fitness" G(W ≡W+T×S(W), where T is the "evolutionary temperature" T∝d/ln N and S W) is the entropy as a function of W, and the "evolutionary force" X≡d(G(W /T /dW, that is caused by the mutation and selection pressure.

However, there is circumstantial evidence suggesting that developmental and evolutionary temperature-related cell size divergence have contrasting effects on wing shape.

The results showed that the evolved cells demonstrated highly recovered growth fitness at their corresponding evolutionary temperatures (Fig.  1b), consistent with our previous report [ 5].

This study provides a new perspective on the evolutionary significance of temperature sex determination.

Correlations between microbial community evolutionary divergence and temperature and pH invited deeper exploration of the extensive physical and geochemical data available for some of these metagenomes, in particular a subset of twenty-two metagenomesequenceded as part of several studies of YNP hydrothermal ecosystems (Additional file 2: Table S2) [ 24, 27- 29, 25].

In evolutionary terms, environmental temperature, but not 37°C, appears as the ancient signal for the expression of many genes involved in pathogenicity, confirming the idea that the biological function of many virulence factors has been evolved during the association of bacteria with poikilothermic organisms (see below).

Their growth rates were examined at both the regular (_r) and evolutionary high (_e) temperatures.

Further elucidation of the putative cold-shock hormone [ 37, 38] is expected to clarify the whole physiological and evolutionary picture of temperature-induced color-pattern changes in butterflies.

To assess the contribution of our model in the study of the evolutionary significance of temperature-dependent sex determination, it should be tested in sea turtles by measuring sex ratios and incubation success of natural nests.

From an evolutionary perspective, such similar temperature dependencies allow cells to adapt more rapidly to temperature changes, because they result in minimal perturbations of intracellular metabolite levels, thus circumventing the need for extensive modification of enzyme levels.