Sentence examples for be efficiently converted into from inspiring English sources

As shown in Fig. 3, the results showed that almost all types of raw biomass could be efficiently converted into C5 sugars.

A wide variety of substrates, such as aromatic, heteroaromatic, aliphatic, and cyclic carbonyl compounds, can be efficiently converted into the corresponding cyano-O-ethoxycarbonylation products.

This is due to the fact that 73.3% of the incident flux is within the cell's relatively high spectral response range, which can be efficiently converted into electricity.

However, 4k could be efficiently converted into 5k in the presence of Ni(COD)2 (Supplementary Fig. 10, eq2), which indicates that 4k′ serves as an intermediate for the defluorosilylation of 4k.

The short miRNA can be efficiently converted into long poly-thymine (polyT) sequences, which function as template for in situ formation of fluorescence copper nanoparticles (CuNPs) as nano-dye for detecting miRNA.

We found that the 3'-end of RNA can be efficiently converted into DNA (∼50% conversion) by polymerization of dATP using yeast PaP, and the short DNA strand appended to the end of the RNA by PaP acts as the initiator for the TdT-catalyzed polymerization of longer DNA strands from a mixture of natural and fluorescent dNTPs that contain up to ∼45 Cy3 fluorophores per 1 kb DNA.

The expanding magnetic loop collides with ambient field lines and induces magnetic reconnection in which the magnetic energy is efficiently converted into the thermal energy of the plasmas.

A wide range of π-extended fluoroarenes (1a 1l), fluorophenyls (1m 1w), fluoropyridines (1×, 1aa), and polyfluoroarenes (1aa 1cc) were efficiently converted into the corresponding aryl silanes (3a 3cc) using silylborane 2 as the coupling partner.

The prototype system has been tested under typical summer conditions in Kyoto, Japan; It was found that CO2 is efficiently converted into high-temperature supercritical state, of while electricity and hot water can be generated.

CO2 is efficiently converted into supercritical state in the collector, the CO2 temperature reaches about 190 °C in summer days, and even in winter days it can reach about 80 °C.

Its industrial relevance combined with its high genetic similarity with Saccharomyces cerevisiae together promoted the accumulation of fundamental knowledge that has been efficiently converted into a significant molecular and in silico toolbox for its genetic engineering.