Recent progress in nanotechnology has provided high-performance nanomaterials for
enzyme immobilization. Nanobiocatalysts combining enzymes and nanocarriers are …

Nanomaterials with controllable chemical compositions and structures, large surface-to-
volume ratios, various surface properties, and functionalities offer many opportunities for …

Enzyme immobilization in nanoparticles is of interest for boosting their catalytic applications,
yet rational approaches to designs achieving both high enzyme loading and activation …

Nanogels, cross-linked networks of> 1 μm in size, are attractive drug-delivery systems, as
they not only possess the potential advantages of nanoscale formulations, but also the …

In this review, we emphasized the importance of enzymatic processes in organic media,
summarized recent advances of nanobiocatalysts with high activities in organic media, and …

Nanogels are hydrophilic polymers made up of crosslinked nano‐sized particles. These
nanogels have large surface area that offers several functional groups as reserves for …

酶催化具有化学, 区位和立体选择性, 这使得其成为绿色合成化学品的理想催化剂. 然而,
天然酶常因其在工业催化条件下的活性和稳定性较低而难以使用. 纳米技术为构建高效酶催化剂 …

Nanogels are crosslinked spherical hydrogel particles with dimensions typically in the 20–
250nm scale. 1 Nanogels play a pivotal role in diverse biomedical applications ranging from …

Gels are dispersions of a discontinuous liquid phase molecule in a continuous solid phase,
or, they are dilute cross-linked systems with three dimensional networks within an extending …

The naturally evolved properties of enzyme catalysis in terms of chemo-, regio-, and stereo-
selectivity make enzymes ideal catalysts for green synthesis of chemicals. However and …