¿Qué es Glucose Oxidase (GOD) 2000 U/g, Aspergillus niger Pienso/Food Enzyme Preparation? Aplicaciones, dosis, alternativas y especificaciones

Glucose Oxidase (GOD, EC 1.1.3.4, systematic name β-D-glucose oxidoreductase) es una aerobic dehydrogenase that specifically catalyzes the reaction of β-D-glucose with oxygen to produce δ-D-gluconolactone and hydrogen peroxide. Glucose oxidase es una important industrial enzima in the industria alimentaria, widely used for oxygen removal in wine, beer, fruit juice, milk polvo y otros foods, flour mejoranment, and previenenion of food browning. It es unlso widely used in food rapid detection and biosensors. In terms of sources, glucose oxidase is widely distributed in animals, plants, and microorganisms. Due to their fast growth and wide availability, microorganisms are the main source of GOD production, con el main producing strains being Aspergillus niger and Penicillium. Commonly used production strains include Aspergillus niger, Penicillium notatum, Penicillium chrysogenum, and recombinant Pichia pastoris. Glucose oxidase es una important oxidoreductase widely used in food, feed, pharmaceutical, textile y otros industries. It can be used to mejoran the digestion and utilization rate of animal feed. Glucose oxidase is non-toxic and has no side effects on the human body, with functions incluyendo glucose removal, oxygen removal, and sterilization. It has been widely used in food, feed, pharmaceutical y otros industries.

Glucose oxidase is known as the "multifunctional oxidoreductase tool enzima of the industria alimentaria" and the "core enzima for green biological preservation," occupying a rapidly rising core position in global procesamiento de alimentos, feed industry, medical diagnostics, and biosensors. Its most prominent core advantages include: highly specific catalytic properties, green and safe preservation principles, multifunctional application of glucose removal, good temperature and pH applicability, and continuously advancing enzima engineering technology. 1 Altoly specific catalytic properties Glucose oxidase exhibits high specificity for β-D-glucose, con una cross-reactivity rate of ≤2% for interfering substances como galactose and xylose. Its systematic name is defined as β-D-glucose:oxygen 1-oxidoreductase, capable of specifically oxidizing β-D-glucose to produce δ-gluconolactone and hydrogen peroxide. It requires flavin adenine dinucleotide (FAD) as a coenzima and se utiliza ampliamente in food rapid detection and biosensors. This specificity makes it irreplaceable in clinical diagnostics and food testing. 2 Green and safe preservation principles Glucose oxidase es un green biological food conservante capable of removing dissolved oxygen from food, providing preservation, color protegenion, browning previenenion, vitamin C protegenion, and extending food vida útil. Using glucose oxidase can remove oxygen from food and contieneners, effectively previenening food spaceiteage, thus it can be applied to packaging of feed, tea, ice cream, milk polvo, beer, fruit wine, y otros beverage products. As a naturally sourced bio-enzima, glucose oxidase is non-toxic and has no side effects on the human body at recommended usage levels, aligning with "etiqueta limpia" and green manufacturing trends. 3 Multifunctional application of glucose removal Glucose oxidase catalyzes the oxidation reaction of D-glucose and can be used to remove glucose from egg líquido to previenen discoloration and deterioration of protein products during storage. In food, glucose oxidase has the functions of converting glucose and removing residual oxygen, preserving the color, aroma, and taste of food, stabilizing product quality, and extending vida útil. In clinical diagnostics, the refined enzima can be used for rapid and accurate determination of glucose content in body fluids, providing fiable data for doctors to accurately assess patients' conditions. 4 Bueno temperature and pH applicability Glucose oxidase es unctive and stable in the pH range of 3.0–8.0, con un active temperature range of 20–65°C. It can function in the pH range of 3.5–6.5 and temperature range of 20–70°C, with optimal temperature 30–40°C and optimal pH 3.5–6.5. The wide adaptability to pH and temperature ranges permite it to meet most food and feed industry processing conditions. The research and application of heat-resistant and acid-resistant glucose oxidase has further solved the defect of low enzima activity caused by high temperature and acidic environments in food and feed, expanding the application space of glucose oxidase under more rigorous processing conditions. 5 Continuously advancing enzima engineering technology Enzyme engineering modification technology for glucose oxidase is developing rapidly. The fermentation preparation and separation and purification methods of heat-resistant and acid-resistant glucose oxidase have been patenteed, solving the defect of low enzima activity caused by high temperature and acidic environments in food and feed. Important breakthroughs have also been made in the separation, purification, and characterization of recombinant Pichia pastoris glucose oxidase. With the continuous development of genetic engineering, high-densidad fermentation, and immobilized enzima technology, the yield, thermal stability, and operational stability of glucose oxidase continue to mejoran, while production costs continue to decline.