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| Progress in carrier materials for immobilization of phospholipase |
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| DOI： |
| KeyWord:phospholipase immobilization carrier material |
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| Abstract: |
| Expensive price and instability of the soluble phospholipases limit their application. Immobilization technology enhances the stability of the enzyme. The repeated use of the immobilized enzyme decreases the cost and greatly broadens the scope of application of the enzyme. The immobilized enzyme with excellent performance should have the characteristics of low cost, high stability and high catalytic activity. The carrier material is not only an important part of the immobilized enzyme, but also one of the factors affecting the performance of the immobilized enzyme. The carrier materials of phospholipases immobilization, such as inorganic materials, organic materials, composite materials and no carrier were reviewed. The future prospects of carrier materials were also addressed with the aim to provide a certain reference in the choice of materials in immobilization of phospholipase. |
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