Suggestions(2)
Exact(1)
The numerical results suggest that the most effective methods of reducing both the basic reproductive number and the chronic infection CD4+ T-cell and virus populations are the following: (1) to increase the efficacy of the antiretroviral treatments and (2) to increase virus clearance rate, decrease infection rate, or decrease viral reproduction rate.
Similar(58)
In practice, however, we are limited by requiring a good understanding of both the transmission distribution and the basic reproductive number of sources, as provided for foot-and-mouth in the UK by the 2001 outbreak.
The basic reproductive numbers (R_{0}) with both treatment of latently infected individuals and infectious individuals are determined.
As predicted by Equation 10 and illustrated in Figure 2b, increasing p reduces the basic reproductive ratio (R 0 ) of both wild-type and mutant virus.
The probability of infection per contact is adjusted so that the basic reproductive number (R0) is the same in both simulations.
It implies that both the treatment of latently infected individuals and for infectious individuals can lead to a decrease of the basic reproductive number.
It is tied to what is known as the basic reproductive number, Ro.
Figure 4 The basic reproductive number (pmb{R_{1}}).
By computing we obtain the basic reproductive rate (Re_{0}=frac{85}{100d_{2}+1}).
In addition, the basic reproductive number (R_{1}) without treatment, and the basic reproductive number (R_{2}) with treatment of infectious individuals are determined, respectively.
For an epidemic model, there is an important parameter, namely, the basic reproductive number (R_{0}).
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