Sentence examples for creation and engineered from inspiring English sources

Dredged materials can also be used for other purposes such as environmental enhancement, for example, wetland creation and engineered uses as in beach nourishment.

The applications range from tissue-on-chip systems for drug screening, characterization of normal and pathologic processes, and creation and characterization of engineered tissues for organ repair.

This chapter will focus on fundamental principles that biomaterials and scaffold design must fulfill for bone tissue engineering and the approaches to the creation of tissue engineered bone and the distinctly different segments necessary to produce a final product.

These new myocardial tissue constructs should be useful for future applications in physiological studies and pharmacological screening, and present a possible core technology for the creation of engineered tissues capable of independent cardiac assistance.

Porosity had a profound influence on the bulk modulus, and the choice of appropriate processing conditions enables the creation of an engineered porosity and bulk modulus primarily by varying the sintering temperature and the size of the TiH2-powder particles.

In the creation of engineered tissue constructs, the successful transport of nutrients and oxygen to the contained cells is a significant challenge.

Thus, the interplay between the pericellular environment and bioactive molecules provides an underutilized knowledge base in the design and creation of tissue engineered constructs.

Design and fabrication of scaffolds using appropriate biomaterials are a key step for the creation of functionally engineered tissues and their clinical applications.

The creation of engineered replacements for damaged tissues is of critical importance to the future of medicine.

This strategy, however, would require a Pt-specific transporter that is unable to transport Pi. Figure 1: Creation of engineered dependency on Pt/HPt.

Based on these results, tTGase-mediated CGS cultures are expected to become a fundamental technology for the creation of engineered liver tissues.