Sentence examples for fabrication of engineered from inspiring English sources

While conventional muscle tissue engineering that is based on cell culture techniques for fabrication of engineered muscle constructs has been demonstrated both preclinically and clinically, the cell-based approach requires donor tissue biopsy and in vitro cell manipulation.

The Kerator is a computer controlled bioreactor for the automated culture and harvest of keratinocytes that can reduce labor and materials involved in the fabrication of engineered skin substitutes (ESS).

Here, we developed a novel, highly sensitive Hall-Effect based force sensor that is capable of measuring mechanical properties of biological materials over wide force ranges (μN to N), allowing its use at all steps in layer-by-layer fabrication of engineered tissues.

In the first application, fabrication of engineered thin films consisting of periodic arrays of silicon (Si) nanocrystallites in an amorphous Si H (a-Si H) host ma-Si Hhostbeen guided by a growth evolution diagramatrixloped by RTSE for radio-frequency plasma-enhasced chemical vapor deposition (PECVD) using SiH4+H2 mixtures.

This review considers the roles of shape, loading and motion in synovial joint mechanobiology and their incorporation into the design, fabrication, and testing of engineered partial or whole joints.

Our faculty members are world leaders in their respective fields of research which range from theoretical modeling of the machinery of the cell to the fabrication and implantation of engineered tissues in humans.

This paper will present some salient advances of bio-CAD modeling and application in computer-aided tissue engineering, including biomimetic design, analysis, simulation and freeform fabrication of tissue engineered substitutes.

The fabrication of such engineered products has some precedence but the concept is largely novel.

Encapsulation of cells within hydrogel matrices, in particular alginate, is widely used for fabrication of tissue engineered constructs.

In addition, fabrication of tissue engineered blood vessels benefitted from progress in biomaterials technologies as well as controlled release and localization of growth factors for vascular development.

We also examine the possibility of utilizing these constitutive functions in the design and fabrication of an engineered blood vessel with optimal mechanical properties.