We demonstrate that a tripodal hexaurea receptor can selectively bind PO43− anions via 12
hydrogen bonds with up to 3.8× 106 M− 1 binding affinity in DMSO, which is 38-fold stronger …

Bacterial infections have emerged as the leading causes of mortality and morbidity
worldwide. Herein, we developed a dual‐channel fluorescence “turn‐on” sensor array …

Chemical tongues are emerging powerful bioanalytical tools that mimic the mechanism of
the human taste system to recognize the comprehensive characteristics of complex …

A synergistic combination of cationic styrylpyridinium dyes and water-soluble deep cavitand
hosts can recognize phosphorylated peptides with both site-and state-selectivity. Two …

The detection of physiological phosphates (PPs) is of great importance due to their essential
roles in numerous biological processes, but the efficient detection of different PPs …

The simultaneous detection of multiple bioanalytes with similar structures has been a long-
standing challenge for biological research and disease diagnosis. Bioreceptor-inspired …

Calix [4] pyrroles (CPs) and polyammonium azacrowns (ACs) are well-known receptors for
anions. CPs bind anions by directional hydrogen bonds that do not always work well for …

The importance of phosphates has sparked researchers' considerable interest in the
electrochemical detection of phosphates within aqueous solutions in recent years. In this …

Dual-mode sensing strategy reveals greatly improved accuracy with intuitionistic cross-
confirmation, satisfying the strict requirement of trace sensing in complex environments …

While a plenty of macrocyclic hosts have been developed in supramolecular chemistry,
those that combine chiral luminescent properties and host‐guest recognition abilities are still …