Sentence examples for engineering of appropriate from inspiring English sources

The efficient production of quality biological products is based on the selection, optimization, and engineering of appropriate biological mechanisms.

The engineering of appropriate tags into the proteins of choice yields "molecular handles" through which multi-component complexes can be immunoprecipitated and highly purified.

Yet the engineering of functionally appropriate human-device interfaces represents an intractable challenge in the field.

In liver tissue engineering, the development of appropriate extracellular matrix (ECM) is important because hepatocytes are anchorage-dependent cells and they rapidly lose liver-specific functions and viability in vitro.

The particular area of solid-state research has led pharmaceutical scientists into the areas of crystal engineering and assembly of appropriate supramolecular synthons, with particular emphasis on understanding the origins of the molecular self-assembly that takes place in the formation of Cocrystal systems.

One of the challenges in micro engineering is the development of economical micro systems that are flexible, functional and made of appropriate engineering materials.

Ligament engineering necessitates the use of appropriate source cells and a growth matrix to support cell proliferation and collagen synthesis.

For engineering applications, the selection of appropriate rheology and the determination of relevant key parameters associated with the failure mechanisms and runout mechanics are highlighted.

Although we previously developed bioengineered myocardium using cell sheet-based tissue engineering technologies, the issue of appropriate cell sources remained unresolved.

One of the major goals of bone tissue engineering is the development of appropriate porous biomaterials (scaffolds) that can stimulate the body's own regenerative mechanism, to induce tissue healing and self-repair.

One of the means to ensure success in restoring habitats in an urban area is to use a sound ecosystem-based approach to guide the selection of restoration sites and the application of appropriate engineering and management methodologies.