Sentence examples for of their interconnections from inspiring English sources

Exhaustive knowledge of the various stress response systems, and of their interconnections, is important for different applications, from the prevention and counteraction of bacterial infectious diseases to the engineering of robust cell factories.

Our particular motivation is an extension of the elapsed time neural population model, a partial differential equation structured by "age" studied in [15 17], and which gives a new approach to the understanding of synchronization/desynchronization of neural assemblies with respect to the strength of their interconnections.

ENS is composed of two major nerve plexuses, the myenteric and the submucosal and of their interconnections.

To successfully complete this technique, a knowledge of the anatomical distribution of the lymphatic and superficial ganglions and of their interconnections is necessary.

Clearly, depending on how far the pendulum swings toward the poles of these two discourses, one encounters a range of epistemic nuances, from the mutually exclusive attempts to replace the genome with the epigenome (or indeed vice versa) as explanatory resources, to the mutually reinforcing attempts to probe them in the increasingly visible circularity of their interconnections.

This phenomenon leads to the formation of independent conducting filaments between electrodes instead of their interconnection network.

The correlative tendency in Fig. 6b is an example both of a local installation on the grain boundaries for processes which induce the ML phenomenon, and of their interconnection with general charge distribution in the surface layers.

Due to the inconsistent nature of the wave impedance for various power apparatuses and the reflection and refraction characteristics of their interconnection points, the fault transients contain abundant information about the fault location and type.

In process systems, the selection of suitable sets of manipulated and controlled variables and the design of their interconnection, known as the control structure selection problem, is an important structural optimisation problem.

In order to ensure a successful exploitation of the computational power offered by multicomputers it is essential to obtain a clear understanding of the performance capabilities of their interconnection networks under various system configurations.

A systems engineering approach to synthetic biology advocates a separation of the design into two distinct layers: the design of individual components or modules to create the desired functionality, and the design of their interconnection structure and communication mechanisms.