Sentence examples for of the interlinkage from inspiring English sources

This MBA enrichment on the surface of the particles contributed to the formation of the interlinkage between the particles.

A systematic method, by which possible interlinkages can be found, is presented and a case study of the interlinkage of two learning factories in Bayreuth and Augsburg is given.

In the following insertion, an example for the interlinkage of flexible gas consumption according to a flexible energy output of the plant and the operation of upstream components as gas storage capacity and gas production rate resulting directly from the biological process is given.

In addition, despite the theoretical justifications for interlinking insurance with credit (Farrin and Miranda 2015), there is lack of empirical evidence illustrating reductions in loan interest rates or insurance premiums due to the interlinkage.

The switch from "strategic depth," which has largely been accomplished in the last decade, to a "democratic depth" that focuses on the interlinkages between domestic and foreign challenges ahead that start with a new Turkish constitution are critical for both Ankara and Washington.

Its focus was primarily on the interlinkages between human and animal health and more recently on how these link to and impinge on the environment.

Tables 1 and 2 provide the key life cycle pathways and components as well as key points for the interlinkages of this conceptual framework.

IF-based P1b could either provide a scaffolding platform for proteins that establish and/or maintain mitochondrial morphology on the surface of the organelle (such as Mfn-2), or the interlinkage of mitochondria and IFs mediated by P1b may play a mechanical role in shaping the organelle.

The interlinkage of enzymes into metabolic reactions allows catabolic and anabolic processes to provide organisms with energy and the building blocks of cell functions [ 1].

We conclude that the interlinkage of serpins is dependent not only on strand sequences but also requires a conformational flexibility - as induced by thermal (50 °C) stress or as occurs spontaneously, at 37 °C, with the unstable variants associated with disease.

The interlinkage of redundant sub-networks found in this system supports the hypothesis that interconnection among feed-back loops or small nonlinear systems confers robustness to biological networks and may constitute an important trait in network evolution [ 49].