Reversible covalent binding of boronic acids with polyols and Lewis bases has facilitated
the development of robust chemosensors for many biologically important species under …

Boron organometallic compounds are mainly known for their great value in organic
synthesis to construct biaryls in Suzuki couplings, for arylations of olefins, for C–S, C–O, and …

This Perspective highlights the advances of optical methods for asymmetric reaction
discovery. Optical analysis allows for the determination of absolute configuration …

Chiral epoxides are important intermediates in chemistry and biology. The high-throughput
screening of asymmetric epoxidation conditions requires fast determination of the absolute …

The comprehensive determination of the absolute configuration, enantiomeric ratio, and total
amount of standard amino acids by optical methods adaptable to high-throughput screening …

Enantioselective recognition in water remains an ongoing challenge in supramolecular
chemistry but is routine in nature. Herein, we report the first enantiopure pair of biomimetic …

Long-standing impracticalities with optical chiral compound sensing have limited the
potential and acceptance of high-throughput experimentation technology despite the …

Enantiomeric excess (ee) determination is crucial in many aspects of science, from synthesis
to materials. Within this subject, coupling molecular sensors with chiroptical techniques is a …

Two achiral aromatic carboxylic acids that included the 1, 8-naphthalimide group and an
imidazolium cation were synthesized and exploited as chiroptical sensors. These …

Determining enantiomeric excess (ee) in chiral compounds is key to development of chiral
catalyst auxiliaries and chiral drugs. Here we describe a sensitive and robust fluorescence …