Nanotechnology is expected to open some new ways to fight and prevent diseases using atomic scale tailoring of materials [7].
As demonstrated in the present study, our approach of controlling secondary structure formation of proteins by solvent vapor treatment and monitoring real-time conformational changes may be useful for the design and tailoring of materials for biomedical applications.
Indeed a modern chemical engineering can be summarized by four main objectives: (1) Increase productivity and selectivity through intensification of intelligent operations and a multiscale approach to processes control: nano and micro-tailoring of materials with controlled structure.
These developments will further open the pathway for exploration and tailoring of desired material functionalities based on better information.
This dramatically increases the design space and allows a more effective tailoring of the material properties to minimize the weight and increase structural performance.
The intervention demonstrated a reduction of depressed mood by at least 50percentt as compared to usual care; however, there was little cultural tailoring of the materials, i.e., the "matching of study intervention goals and materials to the needs and sensitivities of specific populations".
To support improvement or tailoring of existing materials, as well as assessing feasibility of synthesis or processing of new materials, a systems approach is essential that embeds material processing/supply, manufacturing, computational materials science, experimental characterization, and systems engineering and design.
Shape tailoring of active materials could alter the performance of supercapacitors.
These results highlight important design considerations in the tailoring of these materials for cardiovascular tissue engineering applications.
With a certain range of this parameter, it can be used as a good indicator for the preliminary screening of MOFs and the tailoring of new materials.
