Sentence examples for transformations for the synthesis of from inspiring English sources
During the last decade, FAEs have gained increased attention in the area of biocatalytic transformations for the synthesis of hydroxycinnamic acid esters with medicinal and nutritional applications.
We have established a highly efficient multi-enzyme multi-step transformation for the synthesis of the rare and also expensive UDP-Xyl from the well available and comparably expedient substrate UDP-Glc.
Figure 9a illustrates the self-template transformation process for the synthesis of anisotropic Co3O4 porous and hollow nanocapsules from CoCO3 precursors.
A two-step method involving this transformation was developed for the synthesis of ketomacrolactones 174, which are scaffolds present in several natural products.
These transformations offer exciting potential for the synthesis of complex benzenoids of the type found in natural products and functional materials, with some exceptional examples of atom-economic cascade processes having already been demonstrated.
A similar transformation has been applied for the synthesis of cyclopentapyridinones.
The application of these systems for the control of biocatalytic transformations, for amplified biosensing, and for the synthesis of metallic nanostructures are addressed, and future prospects for these systems are highlighted.
This knowledge has been applied by transformations with isopentenyl transferase, important for the synthesis of many cytokinins, under the control of senescence-associated promoter PSAG12.
Microbial transformation of steroids has been extensively used for the synthesis of steroidal drugs, that often yield novel analogues, not easy to obtain by chemical synthesis.
Microbial transformation of steroids has been extensively employed for the synthesis of steroidal drugs, both at laboratory and industrial levels [1 7].
This transformation provides a notable alternative to the Cope rearrangement for the synthesis of chiral 1,5-dienes, particularly because there are no enantioselective examples of Cope rearrangements of unfunctionalized substrates (such as those required to produce 465).
