An ab initio based kinetic Monte Carlo simulation scheme was developed and used to engineer Pd/Au alloys in order to improve the activity for vinyl acetate synthesis by about a factor of 2 and the selectivity by about 5%.
A two stage cultivation regime comprising an exponential growth phase and a 2MC production phase was developed and applied to both engineered strains for optimum production of 2MC.
Mathematical models to describe extracellular matrix (ECM) deposition and scaffold degradation in cell polymer constructs for the design of engineered cartilage were developed and validated.
The demonstration that xi-IgA1-9F4 retains a fairly high level of neutralizing activity, which is ∼10-fold lower than the corresponding xi-IgG1 isotype, suggests that this MAb could be further developed and engineered for intranasal administration.
However, as for conventional products, the profit generation and the market success of PSSs critically depend on the decisions taken during the initial lifecycle stages, when PSSs are conceptualized, designed, developed and engineered.
As for conventional products, the profit generation and the market success of Product Service Systems (PSS) critically depend on the decisions taken during the initial lifecycle stages, when PSSs are conceptualized, designed, developed and engineered.
Two main biomolecular approaches, rational design and directed evolution, have been developed to engineer enhanced microorganisms and enzymes for the biodegradation of POPs.
Consequently, a large number of powerful genetic tools have been developed to engineer yeast and improve its utility.
To achieve superior performance for some specific cases, various strategies have been developed to engineer the chemical, physical, and electronic properties of 2D TMDs [1, 4, 5].
Several techniques have been developed to engineer (e.g. boost or selectively erase) memories from a person's mind.
