A Short Review on Recent Development of Laccase Immobilization on Different Support Materials

Norsyafiqah Amalina Ahmad Jafri, Roshanida A. Rahman, N. Ali
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引用次数: 1

Abstract

Laccase is a bio catalytic agent and multi-copper enzyme containing oxidases that are potentially great for oxidizing large number of phenolic and non-phenolic compounds. However, drawbacks do arise when laccase use in large scale; low in stability, high production cost, non-reusability, sensitive towards denaturing and poor storage ability of free enzymes. These problems lead to the progress in laccase immobilization in order to facilitate the efficient recovery and re-use of the enzyme, thus enabling cost-effective in continuous processes. Apart from discussing on different methods in laccase immobilization such as entrapment, encapsulation and cross-linking in general, we have reviewed a recent development in laccase immobilization on different supports or carriers binding (natural and synthetic). Future works are recommended to focus on innovative strategies on the modified supports to improve the enzyme immobilization as well as sensible entrapment techniques for industrial applications.
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不同载体上漆酶固定化研究进展综述
漆酶是一种生物催化剂和含多铜酶的氧化酶,具有氧化大量酚类和非酚类化合物的潜力。然而,漆酶在大规模使用时确实会出现弊端;稳定性低,生产成本高,不可重复使用,易变性,游离酶储存能力差。这些问题导致了漆酶固定化技术的进步,以促进酶的有效回收和再利用,从而在连续过程中实现成本效益。除了讨论了漆酶固定的不同方法,如包埋、包封和交联等,本文还综述了不同载体(天然的和合成的)上漆酶固定的最新进展。建议今后的工作重点放在改良载体的创新策略上,以改善酶固定化,并为工业应用提供合理的包埋技术。
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