Sentence examples for behaviour of a biological from inspiring English sources

The latter is particularly useful as it is often unattainable using in vitro or in vivo experimentation and it allows the identification of key parameters that play a central role in defining the overall behaviour of a biological system and it can lead to new and more informative experiments [1], [4], [5].

Therefore, cellular metabolomics is capable of providing an understanding of the global biochemical behaviour of a biological system.

Such software would guide the improvement of the behaviour of a biological system in silico by optimizing design parameters targeting a selected objective function.

In order to simulate and predict the behaviour of a biological system the bio-model has to be implemented in a computer code.

Understanding the behaviour of a biological system, whether it is natural or engineered, requires models that integrate the various interactions that occur at different spatial and temporal scales.

Mathematical models differ also in the way they use experimental data, some being more theoretical, trying to explain the general behaviour of a biological system, and others aiming to fit specific data sets.

The flow behaviour of xanthan, a biological polyelectrolyte, has widely been reported to be complex, and unlike that of synthetic polyelectrolytes.

An integrative systems biology approach is needed to understand the behaviour of all biological components in a system, particularly their mechanistic interactions.

The present work is aimed to use the "relaxation time approach" in order to ascertain the main parameters affecting the steady state behaviour of a Rotating Biological Contactor (RBC).

This novel paradigm implies that the study of biological systems should be integrative resulting in quantitative and predictive models of nanomaterial behaviour in a biological system.

We call a computational model of a biological system a bio-model if it allows for an explanation of the mechanism behind the observed behaviour of the biological system.