Nitrilase Preparation

What is a nitrilase preparation

nitrilase is an enzyme that can accelerate the hydrolysis reaction of organic nitriles in water. It can decompose nitrile compounds and convert them into corresponding acids and formamides, which can play various roles in pollution removal, environmental protection, and catalytic synthesis.

application area

nitrilase is an enzyme preparation product commonly used in technical applications in fields such as pharmaceuticals, chemicals, and food.

It can promote the process of chemical reactions, reduce reaction temperature and dosage, improve the efficiency of chemical reactions, and reduce pollution and resource consumption.

In the pharmaceutical industry, it is widely used in chemical synthesis, production of pre synthetic drug intermediates, and drug purification;

In the chemical industry, it can be used for the synthesis of chemical products and the preparation of organic synthesis catalysts;

In the food industry, it is used to produce condiments, fruit juices, and other aspects.

In addition, nitrilase can also be applied in the field of environmental protection. For example, it can be used to remove nitrile compounds from wastewater, thereby reducing the environmental quality of the wastewater.

Mechanism of action

The mechanism of action of nitrilase is mainly to cause hydrolysis reactions of nitrile compounds and convert them into corresponding acids and formamides. This is achieved by combining enzymes with substrates to induce chemical reactions, thereby increasing the rate and efficiency of chemical reactions.

Specifically, the process of initiating hydrolysis reaction by nitrilaseinvolves introducing water molecules into the carbonyl region of the substrate, resulting in hydrolysis reaction.

In this reaction process, the enzyme binds to each other through the affinity between the active carbonyl group and hydroxyl water radical of the substrate, enabling the substrate conditions to achieve ideal hydrolysis reaction conditions, thereby achieving the goal of substrate degradation.

In summary, nnitrilase, as an enzyme preparation product, has broad application prospects and development space. It can not only help chemical reactions achieve ideal results, but also reduce environmental pollution and resource waste, becoming an important trend in future development.

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