Synthetic molecular probes, chemosensors, and nanosensors used in combination with
innovative assay protocols hold great potential for the development of robust, low-cost, and …

Insufficient binding selectivity of chemosensors often renders biorelevant metabolites
indistinguishable by the widely used indicator displacement assay. Array-based …

Chemiluminescence-based detection methods offer a superior signal-to-noise ratio and are
commonly adopted for biosensors. This work presents the design and implementation of a …

Electrochemical detection methods are attractive for developing miniaturized, disposable,
and portable sensors for molecular diagnostics. In this article, we present a cucurbit [7] uril …

The patterned immobilization of chemosensors into nano/microarrays has often boosted
utilization in diagnostics and environmental sensing applications. While this is a standard …

The cross-reactivity to many analytes is one major limitation of most synthetic receptors
(SRs) known so far. Herein, we show that through time-resolved competitive binding assays …

Typical AIE luminogens with extensive π-electron conjugation are limited in use on account
of their complex synthesis, high cost and environmental concerns. To this end, we report …

The ability to mediate the kinetic properties and dissociation activation energies (Ea) of
bound guests by controlling the characteristics of “supramolecular lids” in host–guest …

In the spirit of pursuing collaborative research at the interface of chemistry and materials
science for engineering cyclophane‐based functional systems, the journey from molecules …

The development of supramolecular cucurbit [7] uril-based chemosensors for the detection
of bioanalytes in biofluids such as untreated human serum and inside cells is a challenging …