Candida Antarctica Lipase Cas 9001-62-1

Candida antarctica lipase Details

Chemical Name:Candida antarctica lipase; immobilized lipase

CAS No.: 9001-62-1

Appearance: white beads

Molecular Formula: C11H9N3NaO2

Molecular Weight: 238.19783

Molecular Structure:

Candida antarctica lipase Typical Properties

Items	Result
Appearance	White to slightly yellow beads
Activity(PLU/g)	≥10000
pH Optimum	5.0-9.0
Temp Optimum	30-60℃
Carrier	Acrylic resin
Particle	300-700um
Recycle times	5-10times
Moisture	＜5%

Can completely replace Novozymes 435

Lipases are one of the most commonly used classes of enzymes in biocatalysis. Lipases can be used in the water phase or organic phase catalytic hydrolysis, alcoholysis, esterification ester exchange reaction, which are widely used in oil processing, food, medicine, daily chemical and other industries.

Advantages of Immobilized Lipases

Lipases are fixed to an elaborately designed solid phase carrier; so that it would gain superior performance than the original enzyme:

•Better performance in the non-aqueous phases

•All-round stability improvement. Catalytic reactions can be carried out under relatively harsh conditions

•Will not deteriorate or decline rapidly in application effect caused by storage problems or the multiple use

•Easy to separate from reaction system, and to avoid protein pollution

•Recycling and reuse of catalyst and thereby decreases the cost of enzyme

•The protection of solid carrier makes the operation more secure

Candida antarctica lipase cas 9001-62-1 Usage

can be used in the resolution of racemic alcohols, amines, and acids, in the preparation of optically active compounds from meso substrates, and in selective acylation of different carbohydrates.

Candida antarctica lipase cas 9001-62-1 Advantages

• Mild reaction conditions

•Selectively function on multifunctional substrates

•Active both for bulk liquid substances and in presence of organic co-solvents

•Suitable for both continuous fixed bed reactor and batch mixing tank

•Can be recycled many times without big activity loss

•Suitable for large-scale industrial production

•No residual in final product nor protein pollution

Can be used together with metal cataly

Enzymes are proteins with biological catalytic function, compared to traditional

•Higher catalytic efficiency

•Mild reaction condition

•Strong selectivity

•No side effects

Therefore, biocatalysis has become an increasingly important tool in the field of food, medicine, synthesis, etc.

Lipases are one of the most commonly used classes of enzymes in biocatalysis. Lipases can be used in the water phase or organic phase catalytic hydrolysis, alcoholysis, esterification ester exchange reaction, which are widely used in oil processing, food, medicine, daily chemical and other industries.

Lipases are fixed to an elaborately designed solid phase carrier; so that it would gain superior performance than the original enzyme:

•Better performance in the non-aqueous phases

•All-round stability improvement. Catalytic reactions can be carried out under relatively harsh conditions

•Will not deteriorate or decline rapidly in application effect caused by storage problems or the multiple use

•Easy to separate from reaction system, and to avoid protein pollution

•Recycling and reuse of catalyst and thereby decreases the cost of enzyme

•The protection of solid carrier makes the operation more secure

Candida antarctica lipase cas 9001-62-1 Packaging and Shipping

Packing: 25kg/bag；500g/bag

Candida antarctica lipase cas 9001-62-1 Storage

It is recommended to store at 4-8 degrees