Sentence examples for characterised systems from inspiring English sources

Specifically they can be used to analyse the robustness of metabolic networks, to generate flux maps that reveal the relationship between genotype and metabolic phenotype, to predict metabolic fluxes in well characterised systems, and to analyse the relationship between substrates, enzymes and fluxes.

This observation demonstrates the feasibility of observing lipids whilst bound to non-annular binding sites in other, potentially less well characterised systems, providing an alternative biophysical technique to study how lipids and other lipophilic molecules may interact with these sites and the role this plays in regulating the function of integral membrane proteins.

This strongly suggests that predicted TFBSs are a highly suitable feature for inclusion in integrated operon prediction strategies, not only in well characterised systems but also in other poorly-annotated but sequenced prokaryotes, where good quality TFBS predictions can be obtained ab initio with the protocol described here.

The side-blotched lizard is one of the best genetically and behaviourally characterised systems of maintenance of behavioural variation due to intransitive success due to IGEs [8].

Importantly, what a well characterised system offers is confidence in the exposure set-up and experimental conditions that such testing requires.

An example of an experimentally characterised system showing such complexity is the CbbRRS phosphorelay of Rhodopseudomonas palustris, which comprises a TR hybrid kinase (CbbSR), a PR protein (CbbRR1) and a further RR (CbbRR2) [ 46].

Power-law distributions are wild distributions that seem to characterise systems with very non-linear dynamics, or with stochastic multiplicative amplification effects (Sornette, 2006).

Patient safety leaders have called for increasing involvement of HFE in helping to characterise system factors that contribute to patient safety and to inform system design interventions. 3 73 74 This paper has described examples of HFE contributions to specific patient safety problems.

By the time he settled in the US, in 1965, he was an established artist working within a broad field that had recently been characterised as "systems art", a system being, he once said, "a grouping of elements subject to a common plan and purpose that interact so as to arrive at a joint goal".

Particular focus is given on how such constructions are adapted to the data from experimentally characterised pore systems.

At low concentrations of surfactants, the radius of gyration characterising systems study starts to rise at a slow pace.