Sentence examples for methods for enzyme from inspiring English sources

According to Heller (Heller et al. 1997), freezing at −20 °C or −80 °C are the most common methods for enzyme cold storage.

Although many enzymes have been sequenced, and their primary and tertiary structures determined, experimental methods for enzyme functional characterization lag behind.

Modern methods for enzyme discovery as well as protein engineering tools enable us to expand the biocatalytic toolbox, for instance, with decarboxylases yielding terminal alkenes from fatty acids, and to adjust enzymes for large-scale processing.

In this article we will first introduce the two different forms of enzymes (free enzymes and immobilized enzymes) widely used in enzyme reactors; particularly, we will introduce different methods for enzyme immobilization including adsorption, covalent binding, entrapment, and membrane confinement.

Although there is still a paucity of general methods for enzyme library screening, in recent years a number of promising strategies have emerged and are increasingly being used to explore challenging issues in protein engineering.

One of the numerous methods for enzyme immobilization is microemulsion based organogels (MBGs).

As discussed earlier, various methods for enzyme-antibody couplings exist.

There are many immobilized methods for enzymes and the commonly used methods are physical adsorption, entrapment, cross-linkage, and covalent attachment [ 24].

A simple method for enzyme immobilization in electrochemical biosensors for monosodium glutamate (MSG) was developed.

Successive cycles of adsorption-washing-elution were performed and the results showed the reversibility of the process and the usefulness of the method for enzyme purification and separation.

Precipitation by the addition of salts, organic solvents or nonionic polymers to the enzyme solutions, is a commonly used method for enzyme purification [32].