It is of enormous scientific and practical significance to develop nanozymes, ie, enzyme-
mimicking nanomaterials, to overcome the instability, difficult storage, and high cost of …

Nanomaterials as artificial enzymes (nanozymes) have aroused extensive research interest
owing to their highly stable, long storage period, and low-cost alternatives to enzymes …

Bioinspired artificial nanochannels have emerged as promising candidates for developing
smart nanofluidic sensors due to their highly controllable size and surface functionality …

The exploration of novel nanozymes with a high catalytic efficiency is crucial for their
biosensing applications. Intricate hollow nanostructures possess distinct hierarchical open …

A lower rim dansyl appended calix [4] arene, DanC4A has been synthesized and
characterized. DanC4A is a promising sensor for selective detection of toxic metal ions …

Anderson-type polyoxometalate containing Fe3+ and Mo6+,(NH4) 3 [H6Fe (III)
Mo6O24](FeMo6), was found to work as an oxidase-mimicking nanoenzyme for the first time …

A series of porous MOF materials, viz., Pd x@ IRMOF-9 (x= 2, 5, and 10%) were synthesized
by loading varying concentrations of Pd (II) on IRMOF-9. The synthesized MOF materials …

Red light-activatable transition metal complexes have recently emerged as viable materials
for use in photodynamic/photochemotherapeutic applications. Ideal photosensitizers or …

In this line of work, we reported the sensing of Dopamine (DA) with the existence of Ascorbic
acid (AA) and Uric acid (UA) by CuO/MgO nanocomposite fabricated to carbon paste …

In this work, chitosan was cross-linked with dialdehyde chitosan to stabilize it and also
provide aldehyde segments for the further functionalization with bovine serum albumin …