Sentence examples for well-defined engineering from inspiring English sources

Tailor-made membranes are designed according to well-defined engineering criteria, taking into account the chemical composition and the physicochemical, morphological, and transport properties.

In software engineering, a well-defined shared vernacular is defined by a "standard".

As complex as an open-source project may be, it is also based on a single, well-defined outcome, and an engineering task that is generally free of concepts like fairness and justice, about which people can debate endlessly.

Our results provide new insights into engineering well-defined molecular recognition event on cell membrane to meet the demands of specific applications.

A novel biologically benign technique was developed to produce three-dimensional tissue engineering scaffolds with well-defined structure.

Establishing the vasculogenic lineage tree, along with identification of stage- and lineage-specific markers, provides a platform for interrogating the molecular mechanisms that regulate vasculogenic cell specification and diversification and manufacturing well-defined mural cell populations for vascular engineering and cellular therapies from hPSCs.

PLS modelling is used in tandem with classical metabolic flux analysis to establish a link between an estimated metabolic state and system productivity, therefore providing a predictive in silico platform to assist genetic/environmental metabolic engineering when a well-defined stoichiometric description of product formation is not available.

Bone tissue engineering often requires a well-defined scaffold that is highly porous.

However, this federation is achieved through closed or static engineering approaches targeted toward well-defined application scenarios.

Accordingly, considerable research has been undertaken to mimic three-dimensional (3D) ECM for tissue engineering scaffolds by generating well-defined architectures including porosity, surface topography and chemistry for optimizing cell and tissue growth [1 3].

Currently, bottom-up self-assembly based on biomolecular interactions of small and well-defined components, is an attractive approach to biomolecular engineering and biomaterial design.