What is the role of complex enzymes and what is complex enzymes

It is a mixture of enzymes that are used to complete a series of catalytic reactions. Rich in protease, amylase, pectinase, cellulase, xylanase, -glucanase, etc

1 Dress-up Banquet Slide.

2 Instructions for medicines.

Another name for a complex enzyme.

Indications of foreign names.

Dosage and usage. Specifications fù hé méi

502;Complex enzymes, complex phosphatases.

Phosphoesterases Complex is used as an adjunct to persistent hepatitis, chronic hepatitis, early cirrhosis, coronary heart disease, scleroderma, pediatric intractable psoriasis, aplastic anemia, leukopenia, etc.

The usual dosage is 100 150mg each time, taken after meals, 3 times a day, 1 2 months for 1 course of treatment.

The role and efficacy of enzymes and coenzymes is to soften their cardiovascular and cerebrovascular vessels, so that they will not feel particularly headache and dizziness during thinking or normal work and study. Enzymes and coenzymes also play an indispensable role in the maintenance and health of the elderly group, all the middle-aged and elderly people are prone to insomnia and dreams in the process of sleeping at night, and will often be awakened in the morning, which is caused by insufficient coenzyme storage and lack of immunity. This is the question of what is the role of enzymes and coenzymes, and coenzymes are also active substance ingredients that can bring certain physiological improvements to the body.

In the process of trying new foods, the human body will not cause the feeling of inability to absorb and gastrointestinal pain, because coenzymes may break down and absorb these macromolecular nutrients. Only by paying attention to the role of enzymes and coenzymes can we make our lives more stable and healthy.

Compound digestive enzyme is a common drug, this drug is mainly for Zen knowledge of lack of appetite and indigestion**, if we have abdominal discomfort, or early satiety and bloating and nausea after meals, as well as excessive gas and fatty stools, then we can use this drug **. At the same time, compound digestive enzymes can also be used for ** cholecystitis and gallstones, as well as patients with symptoms of dyspepsia after gallbladder removal. When taking this medicine, there will be a few things to pay attention to, first of all, children must be under the guidance of a professional doctor when taking the drug, and we can not chew the pills when taking it, so as not to affect the efficacy of the drug, and people who are allergic must be cautious before taking it.

What is the role and efficacy of compound digestive enzymes? The above is the introduction to this problem, and it is not difficult to see that this drug has the best effect on a variety of stomach symptoms such as indigestion, nausea and vomiting.

Summary. Feed compound enzyme is determined by complex factors such as the nature, structure, and age of animal feed, and the same compound enzyme is often used in feed, and its effect is completely different. Therefore, there are different theories on how to measure and evaluate the servo complex enzymes.

Mr. Fan Zhiheng, an expert in China's serving enzymes, proposed that three aspects of evaluation should be comprehensively considered, which can be used for everyone's reference and evaluation. (1) The complexity of the physical structure of feed raw materialsThe cell wall of plant feed raw materials is composed of cellulose, hemicellulose, pectin and lignin. Cellulose is the main component of the cell wall, mostly in crystalline form, which encapsulates intracellular nutrients.

Hemicellulose is composed of xylan, dextran and mannan, which are closely bound to cellulose microfibers and connected to each other to form a hard cell wall. Lignin forms a fibrous scaffold that strengthens the supporting cell wall. These substances are connected to each other and form a hard physical barrier that hinders the digestion and absorption of nutrients.

2) Diversity of substratesPlant feed raw materials not only have a hard cell wall with a physical structure, but also have a variety of non-starch polysaccharides in the composition of anti-nutrient factors, and the substrates are non-starch polysaccharides.

Feed compound enzyme is determined by complex factors such as the nature, structure, and age of animal feed, and the same compound enzyme is often used in feed, and its effect is completely different. Therefore, there are different theories on how to measure and evaluate the servo complex enzymes. Mr. Fan Zhiheng, an expert in China's food enzymes, proposed that three aspects should be comprehensively considered for the evaluation of failed sales, which can be used for everyone's reference and evaluation.

(1) The complexity of the physical structure of feed raw materialsThe cell wall of plant feed raw materials is composed of cellulose, hemicellulose, pectin and lignin. Cellulose is the main component of the cell wall, mostly in crystalline form, which encapsulates intracellular nutrients. Hemicellulose is composed of xylan, dextran and mannan, which are closely bound to cellulose microfibers and connected to each other to form a hard cell wall.

Lignin forms a fibrous scaffold that strengthens the supporting cell wall. These substances are connected to each other to form a hard physical barrier, hindering the digestion and absorption of nutrients. (2) The diversity of the bottom of the dispersal comma plant feed raw materials not only have a hard cell wall with a physical structure, but also have a variety of anti-nutrient factors and non-starch polysaccharides, and the substrate is not starch polysaccharides.

Why is it said that compound enzyme preparations have a better effect than monomeric enzyme preparations?

The compound enzyme preparation is composed of one or several single enzyme preparations of Huai liquor as the main body, plus the mixture of other single enzyme preparations, which simultaneously degrades a variety of anti-nutritional factors that need to be degraded in food or feed and multi-bridge Minggao cultivation sensitive ruler, which maximizes the nutritional value of food.

Summary. According to their chemical composition, enzymes can be divided into simple enzymes and conjugate enzymes. Some enzymes like urease, pepsin, lipase, etc.

Its activity is determined only by its protein structure. This type of enzyme is a simple enzyme (simple protein). Other enzymes, such as lactase dehydrogenase, cytochrome oxidase, etc., require non-protein small molecules in addition to protein to have catalytic activity.

This type of enzyme belongs to the category of conjugating enzymes (binding proteins). The proteins in the binding enzyme are called enzyme proteins; Non-protein small molecule substances are called cofactors. The complex formed by the binding of enzyme proteins to cofactors is called "holoenzyme".

Holoenzyme = enzyme protein + cofactor, only holoenzyme has catalytic activity. There was no catalytic effect after separating the enzyme protein and the cofactor.

Why complex enzymes are better than monomeric enzymes.

According to their chemical composition, enzymes can be divided into simple enzymes and conjugate enzymes. Some enzymes like urease, pepsin, lipase, etc. Its activity is determined only by its protein structure.

This type of enzyme is a simple enzyme (simple protein). Other enzymes, such as lactase dehydrogenase, cytochrome oxidase, etc., require non-protein small molecules in addition to protein to have catalytic activity. This type of enzyme belongs to the category of conjugating enzymes (binding proteins).

The proteins in the binding enzyme are called enzyme proteins; Non-protein small molecule substances are called cofactors. The complex formed by the binding of enzyme proteins to cofactors is called "holoenzyme". Holoenzyme = enzyme protein + cofactor, only holoenzyme has catalytic activity.

There was no catalytic effect after separating the enzyme protein and the cofactor.

Why is it said that compound enzyme preparations have a better effect than monomeric enzyme preparations?

Because complex enzyme = enzyme protein + cofactor.

It comes with it.

However, the monomeric enzyme involved in translation needs to find a small molecule substance that is not protein.