Sentence examples for synthesis open from inspiring English sources

Open image in new window Fig. 1 TAP mediated Zn-TAP NPs synthesis Open image in new window Fig. 2 Schematic diagram of Zn-TAP NPs synthesis.

Open image in new window Scheme 1 Stepwise reaction mechanism of MCT-β-CD synthesis Open image in new window Scheme 2 Mode of MCT-β-CD attachment with cotton.

Open image in new window Fig. 6 Cube of SNP radius (r3) plotted against growth time for Xa-mediated synthesis Open image in new window Fig. 7 Cube of SNP radius (r3) plotted against growth time for Pg-mediated synthesis.

The results for the two synthesis approaches are summarized in Figure 3. Figure 3 The benzylthiol-capped gold nanoparticle diameter versus the Au/S molar ratio ( r ) as prepared by the one-phase synthesis (open circles) and the modified two-phase synthesis (filled squares).

Open image in new window Scheme1 Stepwise reaction mechanism of β-CD CA synthesis Open image in new window Fig. 1 a Comparative FTIR of citric acid, β-CD and β-CD CA b TGA of β-CD CA c 1H-NMR of β-CD CA. The substitution of native β-CD had increased its solubility in both water and ethanol due to extreme high solubility of CA itself in both media even at very low temperatures.

Our synthesis opens up the possibility, in principle, to substitute all positions at the ring system with any desired substituent.

The coordination of cells and cell products for shell synthesis opens a new realm of cellular control not previously explored in shell formation.

The combination of a low cost source of Biofine's levulinic acid with available way of valeric acid synthesis opens up new opportunities for valeric acid as a promising bio-derived source for synthesis of valuable compounds for transportation sector.

This versatile methodology has the potential to have a transformational impact on 18F radiotracer synthesis, opening the door for rapid screening of novel-labeled peptide tracers, both on the cellular (optical) as well as whole-body (PET) level.

Additionally, solid-phase organic synthesis permits automation and parallel synthesis, opening a gateway for the rapid generation of combinatorial libraries.

Chemical synthesis opens the door for the production of compounds specifically designed to maximize effectiveness and improve bioavailability.