Sentence examples for be easily engineered for from inspiring English sources

These unique but ordinary features of PylRS as an aminoacyl-tRNA synthetase allow the Pyl incorporation machinery to be easily engineered for the genetic incorporation of more than 100 non-canonical amino acids (NCAAs) or α-hydroxy acids into proteins at amber codon and the reassignment of other codons such as ochre UAA, opal UGA, and four-base AGGA codons to code NCAAs.

Antibody-variable region fragments, obtained by recombinant DNA technology among which phage display methodology (Winter et al, 1994), have attracted considerable attention, since these products can be easily engineered for specific purposes such as therapy of cancer (Nilsson et al (2000) for a review).

Clay minerals are not only abundant in nature but can be easily engineered to make highly efficient materials for disinfection of water.

The results show not only that properly functionalized ZnO materials are promising candidates for sensing application in liquid systems, but also that this cost-effective and customized solution can be easily engineered and integrated into more complicated electronic devices.

In this system, emulsification and demulsification process could be easily engineered through tuning the pH values.

For the purpose of expressing an HPV-16 L1-based scaffold in plants that can be easily engineered to carry foreign epitopes, we constructed a synthetic L1ΔC22 gene.

Furthermore, bacteria can be relatively easily engineered for resistance to antibiotic drugs.

Her Samaritans emails feel tweaked for comic effect, her conclusion a mite too easily engineered for uplift – but this remains a compelling hour, as Parris fronts up about feelings on which women are usually obliged to put a brave face.

Since its particular genetic origin, the scFvH5 can be easily genetically engineered to construct a whole human antibody with a predefined IgG subclass, for selective removal of mAb-yCD conjugate from the circulation, without interfering with the enzyme function.

CMPs have attracted research attention owing to their porosity and π-conjugation which can easily be engineered for a wide range of applications.

Based on the complex nature of VCF policies, special attention should be paid on selecting actors with diverse academic/research interests, in order to gain insight in many different dimensions of the problem and, through this interdisciplinary approach, reveal aspects that would not be easily perceived if for instance only transportation engineers took part in the analysis.