Hollow covalent organic framework microsphere (H-COF-OMe) using TAPB and DMTP with
enriched interfacial defects was fabricated via emulsion interfacial polymerization and in turn …

d-Tagatose is one of the several healthy sweeteners that can be a substitute for sucrose and
fructose in our daily life. Whole cell-catalyzed phosphorylation and dephosphorylation …

The preparation of immobilized enzyme with excellent performance is one of the difficulties
that restrict the application of enzyme catalysis technology. Here, Candida rugosa lipase …

We report a biocatalytic, buoyancy-propelled metal–organic framework (MOF) nanomotor
system with boosted removal efficiency for both inorganic heavy metal ions and organic per …

The intrinsic hypoxic tumor microenvironment and limited accumulation of photosensitizers
(PSs) result in unsatisfied efficiency of photodynamic therapy (PDT). To enhance the PDT …

Inspired by the unique biological microenvironments of eukaryotic cells, hollow capsules are
promising to immobilize enzymes due to their advantages for physical protection and …

The precise control of timely and spatially defined enzymatic reactions is of considerable
interest in biology, biomedical engineering, and bio-catalysis. In this study, we report a …

Herein, a glucose oxidase@ ZIF-8 composite (3-MPBA/GOx@ ZIF-8) with enhanced
enrichment was enabled the rapid encapsulation of glucose oxidase (GOx) into microporous …

The catalytic efficiency and unrivaled selectivity with which enzymes convert substrates to
products have been tapped for widespread chemical transformations within biomedical …

Ultrathin polydopamine microcapsules with hierarchical structure and porosity were
prepared for the immobilization of multienzymes using metal-organic framework (MOF) as …