Layered double hydroxides (LDHs) are a type of inorganic layered material that has
garnered significant attention due to their exceptional anion exchange properties and the …

The combined technology of molecular imprinting and immobilization is a promising strategy
for improving biocatalytic performance. In this work, a dual-functional cellulose-based …

Enzyme immobilization enables the fabrication of flexible and powerful biocatalytic systems
that can meet the needs of green and efficient development in various fields. However …

In this study, phytic acid-doped polyaniline (PPA) was loaded on the surface of carbon
spheres, resulting in a classical CNP flame retardant system, that has a beneficial function …

The development of a suitable mimetic scaffolds for maintaining high activity and stability of
co-immobilized multi-enzymes is a key challenge in biotechnology. Herein, we achieved the …

The efficient recovery of uranium (U) from seawater is crucial for sustainable development of
nuclear energy. In this work, we avail the weak interlayer force of layered double hydroxide …

The discharge of industrial wastewater and frequent oil spills have caused serious harm to
the environment, and in order to achieve sustainable development of the environment …

Magnetic biochar (MBC) is a popular choice for enzyme immobilization, due to its large
surface area and compatibility with a range of substances. Nonetheless, its small particle …

Immobilized enzymes have been widely used for their efficiency, economy, and environment
friendly. In this case, a simpler and effective immobilization method has been developed. In …

Biocatalytic performance of immobilized ficin onto silica-coated iron oxide magnetic
nanoparticles (MNPs) was examined. FTIR study indicated the successful immobilization of …