Sentence examples for therapeutic engineering from inspiring English sources

Additionally, we discuss how these systems have been applied in therapeutic, engineering, and research settings.

Further, the use of atomic interaction networks to examine protein structure and protein protein interfaces can complement existing structure-based computational approaches for therapeutic engineering.

This rapid pace of development is facilitated by the identification of novel targets, development of new ways of inhibiting older and more familiar targets and some very innovative therapeutic engineering that allows us to inhibit multiple targets simultaneously.

However since only one of three constructs was successful in providing neutralisation in vivo certain issues still needs to be addressed for therapeutic engineering of lactobacilli for antibody expression.

The chapter further describes microfluidic systems which are a part of life science technology and diagnostic and therapeutic biomedical engineering.

These new findings will improve our strategies in therapeutic antibody engineering and rational vaccine design.

Therapeutic protein engineering combines genetic, biochemical, and functional information to improve existing proteins or invent new protein technologies.

Research with embryonic stem cells has enabled investigators to make substantial gains in developmental biology, therapeutic tissue engineering, and reproductive cloning.

Furthermore the qualities of LCR-driven gene expression, including spatiotemporal specificity and "integration site-independence" would be highly desirable to incorporate into vectors used in therapeutic genetic engineering.

Genome editing in human cells with targeted nucleases now enables diverse experimental and therapeutic genome engineering applications, but extension to primary human B cells remains limited.

The capacity to support tissue cells while in situ delivering drug molecules makes the current scaffolds potentially useful for therapeutic tissue engineering.