RSC Advances · 2018 · 83 citations · 54 references
Life SciencesBiochemistryBiotechnologyBiocatalysisBiomaterialsEnzymologyCatalytic MechanismsEnzyme ImmobilizationEnzyme StabilityEnzyme StabilizationImmobilized EnzymesThermostable EnzymesCatalytic ActivityCatalytic Activity EnhancementEnzyme Ph StabilityEnzyme ThermostabilityMagnetic NanoparticlesNanoparticle-based ImmobilizationPh StabilityThermostability
-chitosan particles increased by about 3-fold in the weak magnetic field at certain frequencies and flux density compared with that of free l-ASNase. Considering these excellent attributes, the magnetic-propelled mechanism in the transporting and activation of l-ASNase can be used by enhancing the catalytic activity, stability, and efficiency in vital implications for medicinal biotechnology.
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