Efficient chiral discrimination with a convenient method remains a challenge in pharmaceutical and biotechnology. Our aim with this paper was to develop a dual-signaling enantioselective sensing strategy based on the...
An arrayed combination of water-soluble deep cavitands and cationic dyes has been shown to optically sense insect pheromones at micromolar concentration in water. Machine learning approaches were used to optimize...
Artificial chiral structures have possible applications in the field of enantioselective signal sensing. Advanced nanofabrication methods enable a large diversity in geometric structures and broad selectivity of materials, which can...
A pair of temperature-controlled chiral compounds, d- and l-[Cu(en)2(H2O)]2{[Cu(en)(H2O)2][SiCuW11O39]}·5H2O (en = ethanediamine) are isolated by hydrothermal method, having a good application prospect in sensing d-/l-tartaric acid.
Application of temperature-controlled chiral hybrid structures constructed from copper(ii)-monosubstituted Keggin polyoxoanions and copper(ii)-organoamine complexes in enantioselective sensing of tartaric acid