Sentence examples for engineering for generating from inspiring English sources

Gene engineering for generating targeted mouse mutants is a key technology for biomedical research.

Recent advancement in technologies such as TALEN and CRISPR/Cas9 facilitates precise genetic engineering for generating mutant or correcting mutant cells.

Together, this sericin hydrogel is a promising tissue engineering scaffold for generating artificial cartilage in vivo towards effective, minimal invasive cartilage repair.

This work establishes a simple rational engineering methodology for generating fully human antibody therapeutics from murine mAbs produced from standard hybridoma technology.

The significance of the study is to provide a better understanding of mechanisms for the specific detoxification and degradation of ATR residues in rice growing in environmentally relevant ATR-contaminated soils and may hold a potential engineering perspective for generating ATR-resistant rice that helps to minimize ATR residues in crops.

In order to ensure an effective infusion of creativity among students in the Mechanical Engineering and Manufacturing Engineering Programmes, it is proposed that the students are exposed to effective creativity techniques combined with the standard engineering design methods for generating ideas.

Therefore, tissue engineering may be advantageous for generating urethral grafts.

Nanotechnology is defined as molecular engineering of functional systems for generating high performance technologies for both research and industry [1, 2].

Genetic engineering provides the means for generating recombinant antibodies exhibiting extremely high specificity for even small molecular mass compounds.

Protein engineering constitutes a powerful tool for generating novel proteins that serve as catalysts to induce selective chemical and biological transformations that would not otherwise be possible.

Antibodies may be regarded as the products of a protein engineering system developed by nature for generating a virtually unlimited repertoire of complementary molecular surfaces and, as such, constitute an excellent model for elucidating the principles governing macromolecular recognition.