Sentence examples for infectious vectors from inspiring English sources

Infectious vectors die due to disease at a rate (delta_{2}).

Figure 2 shows the number of susceptible vectors, exposed vectors, and infectious vectors from the optimality system without control and optimality system with control.

Populations living in poverty, without adequate sanitation and in close contact with infectious vectors such as livestock are most affected by these communicable illnesses, which prevail in tropical conditions.

From Figures 2b-2c, it can be seen that the system with (u_{1}) and (u_{3}), and the system with three controls give the best result with the lowest number of exposed and infectious vectors.

The term ((1-lambda h)^{n}) represents the probability that a susceptible node cannot be infected by his (her) infectious neighbors, and the term (1-gamma_{1} h V t)) represents the probability that a susceptible node cannot be infected by infectious vectors.

The total number of infectious hosts remains constant, as does the number of infectious vectors.

However, carry-over of infectious vector particles has been described to occur upon ex vivo transduction of target cells.

The infectious vector, it turns out, is the speech of children.

At the same time, the vector's usual activities are in a limited range, and the vector population size is large enough such that at any time t a number of the infectious vector population in the vicinity of the infected nodes with degree k ((k=m, m+1,ldots, n)) at any time t is simply proportional to the number of the infected nodes with degree k.

More than 50% of cortical neurons exposed to 8×105 infectious vector particles per well are transduced (Figure 9B, right).

This functional complementation occurred without any gross rearrangements in the vector structure, and the co-infected cells produced as many as 104 infectious vector particles per milliliter of culture medium.