The green synthesis of AgNPs can be efficiently applied for future engineering and medical concerns.
It would be promising for future engineering application.
Engineering of process conditions, and of the whole-cell biocatalyst for increased specific activity, and increased space-time yield is the target for future engineering work.
These results provide a valuable insight for future engineering efforts to enhance the product specificity of CGTases.
Results obtained here may set up a preliminary foundation for the future dynamic response research of EAST VV and PFCs which will provide a theoretical basis for the future engineering design of tokamak devices.
An understanding of these processes can form the basis for future metabolic engineering of this yeast and further its development as an industrial workhorse.
Modeling calculations provided possible explanations for the observed enantioselectivity of the enzyme that rationalize available experimental data and could be the basis for future protein engineering efforts.
The table provides a framework for understanding possibilities in and limits on coiled-coil structures and a basis for future prediction, engineering and design studies.
The genomic analyses presented in this work will aid in the identification of potential bottlenecks for neutral lipid synthesis and provide the basis for future genetic engineering strategies.
