Enzymes are very promising biocatalysts, due to their high activity under mild conditions, high specificity and selectivity. However, due to their biological origin, enzymes have some drawbacks when used as industrial biocatalyst. They are water soluble molecules difficult to separate and recover in many instances, unstable under conditions far from the physiological ones, the high activity, selectivity and specificity refers to their physiological substrate, etc.Peer Reviewe
Enzymes are versatile catalysts in the laboratory and on an industrial scale. To broaden their appli...
Chemical modification of enzymes and immobilization used to be considered as separate ways to improv...
The main objective of the immobilization of enzymes is to enhance the economics of biocatalytic proc...
In this chapter, as a general introduction, we summarize our personal point of view on immobilizatio...
The primary means of immobilizing enzymes are to boost the enzyme productivity and operational stabi...
The main objective of the immobilization of enzymes is to enhance the economics of biocatalytic proc...
Protocols for simple immobilization of unstable enzymes are plenty, but the vast majority of them, u...
Enzyme Immobilization has attracted much attention in recent years with proposed applications beside...
Compared to free enzymes in solution, immobilized enzymes are more robust and more resistant to envi...
Immobilization of enzymes may produce alterations in their observed activity, specificity or selecti...
With the increasing demands of world biotechnology industries there is a need to enhance the product...
The use of enzymes as biological catalysts has gained increasing importance in industries. Although ...
Strategies based on the enzyme application are increasingly replacing the conventional chemical proc...
Enzymes as industrial biocatalysts offer numerous advantages over traditional chemical processes wit...
In this tutorial review, an overview of the why, what and how of enzyme immobilisation for use in bi...
Enzymes are versatile catalysts in the laboratory and on an industrial scale. To broaden their appli...
Chemical modification of enzymes and immobilization used to be considered as separate ways to improv...
The main objective of the immobilization of enzymes is to enhance the economics of biocatalytic proc...
In this chapter, as a general introduction, we summarize our personal point of view on immobilizatio...
The primary means of immobilizing enzymes are to boost the enzyme productivity and operational stabi...
The main objective of the immobilization of enzymes is to enhance the economics of biocatalytic proc...
Protocols for simple immobilization of unstable enzymes are plenty, but the vast majority of them, u...
Enzyme Immobilization has attracted much attention in recent years with proposed applications beside...
Compared to free enzymes in solution, immobilized enzymes are more robust and more resistant to envi...
Immobilization of enzymes may produce alterations in their observed activity, specificity or selecti...
With the increasing demands of world biotechnology industries there is a need to enhance the product...
The use of enzymes as biological catalysts has gained increasing importance in industries. Although ...
Strategies based on the enzyme application are increasingly replacing the conventional chemical proc...
Enzymes as industrial biocatalysts offer numerous advantages over traditional chemical processes wit...
In this tutorial review, an overview of the why, what and how of enzyme immobilisation for use in bi...
Enzymes are versatile catalysts in the laboratory and on an industrial scale. To broaden their appli...
Chemical modification of enzymes and immobilization used to be considered as separate ways to improv...
The main objective of the immobilization of enzymes is to enhance the economics of biocatalytic proc...