Sentence examples for uninfected equilibrium from inspiring English sources

Stability analyses of the uninfected equilibrium and the infected equilibrium are given.

Therefore, the uninfected equilibrium (E_{0}) is unstable when (mathcal{R}_{0}>1).

According to Lemma 2.1, the uninfected equilibrium E ∗ is locally asymptotically stable.

Therefore, the uninfected equilibrium (E_{0}) is locally asymptotically stable if (mathcal{R}_{0}<1).

The uninfected equilibrium point is neutrally stable at (N=N_{mathrm{crit}}^{alpha}).

When (mu_{V}^{alpha}=mu_{mathrm{crit}}^{alpha}), the uninfected equilibrium point is neutrally stable.

The basic rate of increase of a feminising parasite with vertical and horizontal transmission (R1) is derived as (13) R 1 = β (X m + X f ) + a ε (θ + g - θ g ) b 0 + s H + α + γ and it can invade a population of uninfected hosts at equilibrium if R1 > 1.

As a consequence, the costly mutation persists at a new equilibrium of infected and uninfected mutants.

Figure 3b shows a typical example of a cost-free mutation's dynamics: The original equilibrium between infected and uninfected individuals is left and the prevalence of Wolbachia covaries with the mutation's rise in frequency until a new equilibrium between infected and uninfected mutants is reached.

After the model of uninfected tick populations was run until equilibrium, an initial infection rate of 10% was introduced into the red deer population, leaving the model running for 50 additional tick generations.

However, the sum of the infected subpopulations at equilibrium, as well as the equilibrium levels of uninfected cells and free virus, are the same as in model (1) in the absence of coinfection.