Sentence examples for vital dynamics from inspiring English sources

Our model is specifically tailored to well represent the Ae. albopictus vital dynamics and CHIKV transmission in Italy, where this mosquito is the only competent vector for transmission of the infection.

In other words the time scale of the epidemic dynamics of algal system is much faster than that of vital dynamics.

It should be noted that the dynamics of an epidemic here is assumed to be much faster than the dynamics of natural birth and death (vital dynamics), therefore, birth and death are omitted in the model.

It should be emphasized that system (1) has no vital dynamics (births and deaths) because it was usually used to describe the transmission dynamics of disease within a short outbreak period.

It should be emphasized that system (1) has no vital dynamics (births and deaths) because it was usually used to describe the transmission dynamics of a disease within a short outbreak period.

Ortega combined his idea of human life with an emphasis on history as constituting the vital dynamics of its expression, and this viewpoint carried him closer to the humanistic side of the Naturwissenschaften-Geisteswissenschaften distinction made by the Southwest German or Baden School and Wilhelm Dilthey than to Cohen's Neo-Kantianism.

"Uncovering Clinical Significance of Vital Sign Dynamics in Critical Care," Li-wei H. Lehman, Shamim Nemati, George Moody, Thomas Heldt, and Roger G. Mark, Proceedings of the Computing in Cardiology, Boston, September 2014.

Vital-sign dynamics during these events were compared with data from stable periods, using order statistics and covariance analysis.

The present paper discusses some mathematical models designed to describe A. aegypti's vital and dispersal dynamics, aiming to highlight practical procedures for the minimization of its impact as a dengue vector.

In order to investigate how transient time-dependent vital rates affect dynamics of an age-structured population, we use the same model as Chipot in [1].

Targeted monitoring of I. confusus populations to estimate vital rates, population dynamics and source populations may allow delineating high outbreak risk areas, and detect population thresholds that dictate outbreaks.