In a first stage, models based on standardized structure-functional diagram are computed.[2] In a second stage, these diagrams as inputs are transformed through a model-driven engineering process, involving a library of ecological graphical representations and an interface background.
This characteristic has previously been exploited to significantly increase ethanol tolerance in yeast, in a method called global transcription machinery engineering (gTME), where a library of random mutagenized transcription factors is screened for their phenotypic effects [ 41].
Here we aimed for the first time to design a fully synthetic core promoter and 5′ UTR for P. pastoris and to employ such artificial sequences for p AOX1 core promoter engineering to obtain a library of sequence-diversified promoters with different properties.
This strategy merges evolutionary tinkering with rational engineering - nature generates a library of mutants, from which man selects the ones that work and can provide us with desired substances.
The roles of the reusable components interfaces are analysed in the design of a library of reusable components specifically oriented towards agent-oriented software engineering.
Our analysis provided a library of peptide motifs that is potentially useful for different protein engineering studies.
By a chemical engineering approach, involving the screening of a library of structurally related compounds towards defined amyloid targets, insights regarding the optimal design of such ligands can be achieved.
To this end, they developed a method termed 'global transcription machinery engineering' (gTME), which is based on creating a library of randomly mutated versions of a global transcription factor or associated factor.
Phage display can be used as a protein engineering tool to select proteins with desirable binding properties from a library of randomly constructed mutants.
The "real focus of this discussion," Nolan and Bushkin-Bediant added, should be on a library of 447 peer-reviewed studies created by Anthony Ingraffea, a professor of civil and environmental engineering at Cornell University, and the non-profit Physicians Scientists & Engineers for Healthy Energy.
