This is even more surprising as the few papers that apply the approach show that its theoretical advantages also carry over into practical applications and yield economically significant results.
However, there are significant remaining barriers to practical application, such as low yields and production rates, and we discuss several methods, including two stage processes and metabolic engineering, that are aimed at overcoming these barriers.
However, at present its practical application is prevented by the low yields obtained.
Considering the C2 yield and the potential practical application, SiO2 is indeed the best support material for this catalyst.
Moreover, the sorting yields were compatible with the practical application of these reproductive biotechnologies.
In practical application, we use the first-60-months average yield of one of the stock replacements E rm).
Practical application of the knowledge model system in comparative field experiments produced yield gains of 2.4% to 16.5%.
These technologies enable the biotechnological use of whole plants or plant cell cultures grown in bioreactors to synthesise pesticides, antibiotics or other pharmaceuticals, as well as the practical application of genetically modified crops designed for traits such as improved yield.
As proof of concept for the practical application, we resurrected an extinct pathway from an endophytic fungus with an initial yield of >800 mg L 1, leading to the practical synthesis of a selective antituberculosis agent.
Improvements in yield and reaction setup will turn this concept into a more practical application, but this reaction still fulfills the requirements of a sustainable, safe, and economic Mitsunobu reaction for process chemistry and manufacturing.
From the practical application point of view, the use of gasoline as fuel in fuel cells needs high H2 yield with very low amount of CO (<2 ppm).
