Sentence examples for signal adaptation from inspiring English sources

Depending on the application, a minimal remaining error energy can be desired (signal adaptation), but also the correct knowledge of the parameters w may be desired (system adaptation).

A lack of impact may signal adaptation and that in the long run the level of diversity in the area becomes not relevant to life satisfaction (Powdthavee and Stutzer 2014).

We identified plants as myrmecochorous if their seeds had elaiosomes, the signal adaptation for seed dispersal by ants [26].

The signal adaptation for myrmecochory is the elaiosome, a lipid-rich, N-poor appendage of the seed (Fig. 1A).

There are a few types of computational models which can account for adaptation to force perturbations, which include signal adaptation [20] [21] or more elaborate internal models [3] [5].

Collaboration between human and animal health sectors for surveillance, case investigation, virus sharing and risk assessment is essential to understand and reduce the risk of virus transmission at the interface between domestic poultry and humans and to quickly recognize changes that may occur in the virus or in the epidemiology of its spread to humans that signal adaptation to humans.

To combat this problem, the body has developed a regulatory system specifically designed at mediating the systemic response to obesity, utilizing free fatty acids (FFAs) and their metabolites as nutrient messengers to signal adaptations from peripheral tissues.

If one considers analgesic tolerance, opioid dependence, and opioid addiction together as adaptive regulations to continued opioid exposure, a treatment that prevents MOR's signaling adaptation of switching its G protein partner may logically attenuate these seemingly divergent behavioral consequences of chronic opioid exposure.

However, ROS are not entirely toxic, and research evidence indicates important healthy roles for oxidants, including cell signaling, adaptation, and inducing an environment conducive to synthesis of proteins containing disulphide bonds.

Hence, these results suggest that Bax and Bcl2 heterogeneities impact mitochondrial (and hence cellular) activity at different stages of signaling adaptation, and the emergence of sub-populations help explain the observed extensive cell-to-cell variability even under conditions of constitutively-active LIR and high AV content.

Moreover, blockage of the pathway from the outset may just allow other intracellular signalling adaptations to occur over time.