Food Additive Enzyme Galactosidase Powder Alpha Galactosidase

Product Details
Customization: Available
Powder: Yes
Customized: Customized
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  • Food Additive Enzyme Galactosidase Powder Alpha Galactosidase
  • Food Additive Enzyme Galactosidase Powder Alpha Galactosidase
  • Food Additive Enzyme Galactosidase Powder Alpha Galactosidase
  • Food Additive Enzyme Galactosidase Powder Alpha Galactosidase
  • Food Additive Enzyme Galactosidase Powder Alpha Galactosidase
  • Food Additive Enzyme Galactosidase Powder Alpha Galactosidase
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  • Overview
  • Product Description
  • Product Details
  • Application&Function
  • Specification
Overview

Basic Info.

Model NO.
D-Sung Galactosidase
Certification
GMP, HSE, ISO 9001, USP, BP
Suitable for
Elderly, Children, Adult
State
Powder
Purity
>99%
Product Name
Galactosidase
Name
Galactosidase Powder
Assay
HPLC 99%
Appearance
White Powder
Color
White
CAS No.
9025-35-8
Test Method
HPLC
Shelf Life
2 Years
Stored Temperatu
2-8 C
Grade
Food Grade
Application
Food Additives
Specific
COA
Store
Cool and Dry
Form
Buffer Aqueous Solution
Einecs Number
232-792-0
Transport Package
Negotiable
Specification
99%
Trademark
D-Sung
Origin
Xi′an Shaanxi
Production Capacity
1000kg/Month

Product Description

Food Additive Enzyme Galactosidase Powder Alpha Galactosidase
Food Additive Enzyme galactosidase Powder Alpha Galactosidase
Product Description

Food Additive Enzyme Galactosidase Powder Alpha GalactosidaseFood Additive Enzyme Galactosidase Powder Alpha Galactosidase

Product Details

Food Additive Enzyme Galactosidase Powder Alpha Galactosidase

Product Name Galactosidase 
Appearance White Powder
CAS No. 9025-35-8
Shelf Life 2 Years
Application Food Additives
Alpha galactosidase (α - gal, EC 3.2.1.22) is an exoglycosidase that catalyzes the hydrolysis of α - galactosidic bonds. It is also known as melibiose because it can break down honey disaccharides. It can catalyze the hydrolysis of α - galactosidic bonds. This feature makes it suitable for improving and eliminating anti nutritional components in feed and soy based foods. In addition, it has played an important role in achieving B → O blood type conversion, preparing universal blood, and enzyme replacement therapy for Fabry disease in the medical field. Alpha galactosidase can also act on complex polysaccharides, glycoproteins, and glycosides containing alpha galactoside bonds. Some α - galactosidase enzymes also exhibit transgalactosylation in highly enriched substrate concentrations, which can be utilized for the synthesis of oligosaccharides and the preparation of cyclodextrin derivatives. Developing neutral or pH stable alpha galactosidase and searching for microorganisms or plants with high enzyme yields has become a research hotspot in recent years. Many heat-resistant α - galactosidase enzymes have gradually aroused widespread interest among scientists due to their special properties, hoping to use their thermal stability to exert greater value in industry and show broader application prospects in technology, processes, and medicine
Application&Function

Food Additive Enzyme Galactosidase Powder Alpha GalactosidaseThe application of β - galactosidase in food processing mainly includes the following aspects:
Addressing the issue of dairy consumption in lactose intolerant patients
On average, about 70% to 90% of adults in the world (especially in Asia and Africa) develop lactose intolerance after drinking milk due to a lack of β - galactosidase, which cannot degrade the large amount of lactose in milk. The incidence of lactose intolerance in China is about 90%. Using β - galactosidase to hydrolyze lactose in milk can reduce lactose content by 70% to 80%, solving the dairy consumption problem of lactose intolerant patients.
2. Used to enhance the sweetness of dairy products
The sweetness of lactose is relatively low, only 20% of sucrose. After hydrolysis, one molecule of lactose produces one molecule of glucose and one molecule of galactose, which can significantly increase the sweetness of dairy products and reduce the amount of sweeteners used.
3. Prevent crystallization of dairy products during freezing
Lactose has low solubility and is prone to crystallization and precipitation during the production of frozen dairy products, which affects product quality. Adding 25% to 30% lactose hydrolyzed milk during processing can prevent the occurrence of such problems.
4. Production of galactooligosaccharides
Oligogalactose is produced by catalyzing β - galactosidase from lactose in milk or whey. The sweetness of galactooligosaccharides is 20% to 40% of sucrose, and it has good thermal stability, even under acidic conditions. It can be used for bifidobacteria, promoting calcium absorption and organic acid production, reducing intestinal pH, inhibiting exogenous bacterial growth, and improving lipid metabolism.
5 applications for fermented dairy products
Using β - galactose enzyme to hydrolyze milk to produce yogurt can shorten the milk coagulation time by about 15% to 20% compared to using regular skim milk to prepare yogurt, and save the amount of sucrose used, which can improve the flavor and taste of yogurt. In addition, due to the fast growth and large number of lactic acid bacteria, it can also extend the delivery time of yogurt.
6. Applied to whey processing
Whey contains nutrients such as whey protein, lactose, minerals, and vitamins, among which whey protein is a complete protein. The world's annual production of whey is about 9 × 107 tons, of which 50% is discharged as wastewater, which not only causes waste but also pollutes the environment. Using β - galactosidase to hydrolyze lactose in whey can remove the inconvenience caused by lactose crystallization during whey concentration and processing. In addition, this hydrolysate can also be used to produce whey beverages, syrups, and food additives.
7 Analysis of lactose content in dairy products
By combining refined β - galactosidase with other enzymes such as peroxidase and glucose oxidase, the lactose content in dairy products such as ice cream and cheese can be analyzed. This method is simple, fast, and cost-effective, and can be used without removing protein from the sample, making it suitable for application in the food industry.
8. Promote softening and ripening of fruits and vegetables
β - galactosidase is widely present in various plants, and its content generally increases during plant maturity. It can degrade cell wall polysaccharides containing galactose and release free galactose. Soluble galactose can promote pepper ripening and accelerate tomato ethylene production and ripening. β - galactosidase has been applied to soften pears, apples, potatoes, Chinese millet, and promote ripening in tomatoes, peppers, melons, cherries, stone fruits, avocados, and other crops.Food Additive Enzyme Galactosidase Powder Alpha Galactosidase

Specification

Food Additive Enzyme Galactosidase Powder Alpha GalactosidaseFood Additive Enzyme Galactosidase Powder Alpha Galactosidase
Food Additive Enzyme Galactosidase Powder Alpha GalactosidaseFood Additive Enzyme Galactosidase Powder Alpha GalactosidaseFood Additive Enzyme Galactosidase Powder Alpha GalactosidaseFood Additive Enzyme Galactosidase Powder Alpha GalactosidaseFood Additive Enzyme Galactosidase Powder Alpha Galactosidase

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