Researchers isolated magnetotactic bacteria from Indian soils and functionalized their magnetic nanoparticles with enzymes, demonstrating controlled movement in microfluidic systems ...
A new hierarchical protein-material system uses amyloid-guided self-assembly to create magnetically recyclable enzymatic nanofibers that effectively reduce biogenic amines in ...
Researchers review how immobilizing degradation enzymes on nanomaterial scaffolds and continuous flow platforms can overcome the slow timelines and analytical ...
A new open-access review finds that microbial biotransformation, using whole cells and isolated enzymes, can make antibiotic manufacturing greener by ...
Researchers immobilized the alkane-degrading enzyme LadA on a polymeric support, boosting its thermal and pH stability and enabling reuse across ...
A new review argues that enzymatic biosensor progress is stalled less by materials than by inconsistent reporting of apparent kinetics, ...
Researchers engineered a dual-layer alginate composite around magnetic nanoparticles and enzymes, preserving full activity below 80 °C and retaining over ...
Researchers in India have created a magnetically recyclable nanobiocatalyst that co-immobilizes laccase and glucose oxidase to restore fouled polypropylene membranes, ...
Researchers immobilized horseradish peroxidase on the zirconium metal–organic framework UiO-66-NH2, creating a reusable biocatalyst that degraded up to 99.7 percent ...
Researchers immobilized a thermostable tagatose 4-epimerase on amino-functionalized macroporous resin, extending its thermal half-life nearly fivefold and enabling reusable continuous-flow ...
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