Sentence examples for be engineered to serve from inspiring English sources

Conclusion: These findings show that the composites of bone and cartilage can be engineered to serve as condylar substitutes.

Yeast cells such as Pichia pastoris may provide much faster and cheaper ways of production (Çelik and Çalık 2012); while this yeast can be engineered to serve as a suitable hosts, highly complex proteins such as antibodies can be difficult to express efficiently in this system (Nielsen 2013).

Nanomaterials can be engineered to serve as targeted molecular imaging contrast agents and antitumor drug delivery vehicles [ 76].

Arrays can be engineered to serve as components in chips for a virtually inexhaustible list of applications ranging from disease diagnosis to ultra-high-density data storage.

Interestingly, MSCs not only possess the ability to home to cancer cells, but they can also be engineered to serve as therapeutic delivery vehicles These collective abilities make MSCs an attractive potential treatment option for not only brain cancer, but a wide variety of other neurological diseases including stroke, Parkinson's disease, and multiple sclerosis.

Materials were engineered to serve as a model system of instant soup-based rice noodles available in the market.

Movie theatre seats, airline seats, fun ride seats, restaurant seating, public transport, clothing sizes, gym equipment, and online dating, to name a few, are engineered to serve thin people, in spite of the fact that a large percentage of the population of any given country is not thin.

But as Mr. Morales asserts control over federal bureaucracies, which he and his supporters say were long engineered to serve the interests of the elite, his opponents fear those same institutions are being stacked against them.

Several species have been engineered to replicate in yeast and thus serve as an excellent model system to study replication, RNA recombination, cis- and trans-replication factors, host replication factors, as well as translation.

It is engineered "to lock in hydration".

Building upon modular domain design and by expanding peptide functionality, a variety of protein biomaterials have been engineered which serve as versatile platforms for studying and addressing various challenges in regenerative medicine.