Sentence examples for infected equation from inspiring English sources

In all simulations the Wolbachia infection rapidly spreads through the population to the level determined by the transmission efficiency and the cost of being infected (equation 6).

Parasite transmission also causes loss of susceptibles (equation (2.1); terms with β) and gain of infecteds (equation (2.2)).

Moreover, we can estimate the reproductive number for each infected farm via equation (3), and the mean reproduction number for any subset of infected farms.

This system of equations represents the evolution of the mosquito population (total, infected, and infective) over time.

The final infection rate predicted by a simple susceptible-infected-removed (SIR) differential equation model assuming uniform [26] is included for comparison (red).

We populated each region with differential equations describing infected epithelial cells (I), which produced cell-associated HSV-2 (Vi) at a rate p. Cell-associated HSV-2 was infectious to susceptible epithelial cells (S) according to an infectivity parameter βI.

Note that the equations of the infected components in system (11) can be written as E ′ E D ′ P ′ M ′ = [ F − V ] E E D P M − β [ 1 − S N ] 0 0 1 θ 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 E E D ′ P M Open image in new window.

Equation 1b states that the infected population increases as susceptibles become infected (first term in the equation) and decreases as they recover from the disease or die.

Equations 6– 9 describe the transitions between newly infected cells (n N), infected cells (n I), exhausted infected donor cells (n XI), and phages (n P).

Step 3. We prove that there is no imaginary root for the characteristic equation evaluated at the infected steady state of system (3) when (tau>0).

At the infected steady state (E^) the characteristic equation of model (4) is given by P zeta)=zeta^{2}+bigl(d+beta I^bigr) zeta + beta^{2} S^I^-Bbeta^{2} I^e^{-beta I^tau}{ int^{0}_{-tau }}e^{zetasigma},dsigma=0.