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A complete collection of 1 kinds of enzyme formulas, enzyme rice planting techniques
as an expert in the field of enzyme preparation application, we have carefully collected 1 kinds of enzyme formulas for your reference when producing or using enzyme preparations.

Enzyme is a natural biocatalyst, which is widely used in food, medicine, chemical industry, textile, leather, environmental protection and other fields. The function of enzyme is mainly reflected in the aspects of catalyst accelerating reaction, selective catalysis, high efficiency and gentleness of reaction, easy control of reaction, environmental protection, high purity of product and so on. Enzyme preparation is an enzyme combined according to a specific formula, which can be used in various production and processing processes in industry.

The following are 1 kinds of enzyme formulas that we have prepared for you, including amylase, protease, lipase, cellulase, Raman enzyme and other types of enzyme preparations. Among them, not only the formula of single enzyme, but also the formula of mixed enzymes to meet the needs of different production.

some enzyme formulations are as follows:

1. amylase+cell wall enzyme+caffeinase

2. protease+prolidase+dieldrin lipase

3. lipase+cellulase+picrate enzyme

4. orotate enzyme+mannitol enzyme+myristate enzyme

5. amylase+. > 8. Abalone sauce enzyme+neuraminidase+glutaminase

9. Amylase+Glucanase+Fucoidase

1. Lipase+Wheat Branase+Maltase

...

Enzymatic rice planting technology came into being under the new idea of improving agricultural production efficiency, protecting environment and increasing farmers' income. This technology can reduce agricultural production costs, improve yield and quality, eliminate chemical fertilizer pollution and other effects, and is widely used by farmers.

Enzymatic rice planting technology is to use microorganisms to degrade organic fertilizers and convert these fertilizers into the form of energy absorption by plants, so as to improve the effectiveness of rice growth and development. This technology pays attention to the organic, ecological and economic trinity, and is characterized by pollution-free, pollution-free and residue-free. At the same time, this technology can also promote the growth of soil microorganisms and the survival of insects, which has many ecological benefits.

The following points should be paid attention to in the implementation of enzyme rice planting technology:

1. Selecting suitable land

Enzyme rice planting technology should choose suitable land. Because enzyme rice planting technology costs more than other technologies, we should be cautious in land selection. We should choose fertile land, and pay attention to the salt content in the soil and the prevention and control of plant diseases and insect pests.

2. Selecting high-quality enzymes

The main feature of enzyme rice planting technology is to use enzymes for feed fermentation and pharmacy. Therefore, when implementing this technology, we should choose efficient and high-quality enzyme agents.

3. Control the amount and time of fertilizer application

Enzyme rice planting technology needs to control the amount and time of fertilizer application. Proper fertilization can ensure the smooth process of seed, grafting and growth period. However, excessive fertilization may lead to soil acidification, which will affect the growth and development of rice and even damage the root system.

4. Pay attention to the requirements of temperature, humidity and light during rice growth

The implementation of enzyme rice planting technology also needs to determine the appropriate temperature, humidity and light requirements according to the growth and development of rice. In the growth and development period, especially in the mature period, it is necessary to control the humidity and reduce the breeding of germs.

In short, the technology of enzyme rice planting is a scientific agricultural production technology, which is more and more favored by people because of its green, environmental protection and high efficiency. In the future, more farmers will adopt this technology and make greater contributions to the improvement of agricultural production quality and efficiency.