Sentence examples for the dynamic hypothesis from inspiring English sources

This is a key factor in our model as an innate defense mechanism that involves draining non-replicating bacilli towards the alveolar spaces in large mammals and also as a source of the bacilli which induce the constant endogenous reinfection process that forms the basis of the "dynamic hypothesis" proposed to explain LTBI in large mammals[51].

As this dissemination still exists, albeit at a low level, these findings also support the Dynamic Hypothesis, which postulates that maintenance of an LTBI requires a constant endogenous reinfection [33], and might explain the success of humans in controlling TB infections and the low progression towards active TB.

The results suggest a significant role for the reinfection process, thereby supporting the "dynamic hypothesis" and enabling us to better understand the reality of scenarios with a high prevalence of active TB patients where there is a very high probability of constant exogenous reinfection.

The main dynamic hypothesis is that non-ETS DH systems will be the first ones from this sector to shift to the fourth generation system, which is characterized by its high renewable energy share, low-temperature networks, and low specific heat consumption at end users.

By contrast, the developmentally dynamic hypothesis predicts that new genetic influences on AAD symptoms "come on line" at a particular age.

The model presented below emerged from that process as the most parsimonious dynamic hypothesis that adequately captured the historic patterns.

The description of the model is a dynamic hypothesis of the stroke care process.

In this respect, the multifactorial aspects of cognitive impairment may be incorporated into the dynamic polygon hypothesis, which takes into account the contribution of strokes of all sizes, as well as white matter hyperintensities, in parallel to those of plaques and tangles [12].

In the third scenario, we adhere to the dynamic equilibrium hypothesis: life years spent with one or more chronic diseases increase, whereas the number of life years spent with severe disability remains constant.

These changes in the architecture of the limb in relation to size support the dynamic similarity hypothesis proposed by Rubin and Lanyon [ 80], which predicts changes in limb structure in order to maintain safety factors [ 86].

Finally, the dynamic equilibrium hypothesis assumes a tradeoff between increasing prevalence and decreasing severity of chronic diseases, resulting in a constant proportion of life spent in poor health [ 19].