Sentence examples for with tailored functionalities from inspiring English sources

Nevertheless, research need to be identified to fabricate these multifunctional nanomaterials with tailored functionalities by linking nanoscale structures to macroscopic functional properties to withstand the extreme operating conditions.

Sophisticated applications for PEO have increased the demand for PEO oligomers with tailored functionalities, and heterobifunctional PEOs are often needed.

In order to reduce the need for revision surgeries, light weight implants with tailored functionalities need to be developed.

Whereas these studies proved the capability of this method for nanofabrication on macroscopic areas, the introduction of noble metal nanoparticles represents a crucial step towards surfaces with tailored functionalities.

The chapter concludes with a discussion of recent applications of computational methods to the rational design of biomaterials, including the creation of surfaces with tailored functionality, computational modeling of the attachment function of fibronectin, and model-based design of tunable nanocarriers for drug delivery.

The chapter concludes with a discussion of recent applications of computational methods to the rational design of biomaterials, including the creation of surfaces with tailored functionality and computational modeling of the attachment function of fibronectin.

Colloidal assembly is a major route to fabricate materials with tailored functionality resulting from the organization of the particles1,2,3.

Design/fabrication of advanced electrodes with tailored functionality is critical for the development of advanced electrochemical devices.

Here, we combine magnetically aligned collagen with peptidoglycans, biosynthetic molecules that mimic proteoglycan activity but lack core proteins susceptible to proteases, to develop cartilage scaffold analogs with tailored functionality.

In addition, computer design allows endless opportunities to create suitable geometries with tailored functionality and different levels of complexity to control the release properties of one or multiple drug substances.

While physical factors (e.g. applied mechanical strain) can accelerate regeneration, and knowledge of tissue properties often guide the design of custom materials with tailored functionality, the distribution of mechanical quantities (e.g. strain) throughout native and repair tissues is largely unknown.