Active Peptide Enzyme (APE+) Ushers in Intelligent Crop Growth Era

Healthy Forever, Enzyme Excellent Future

″The future of agriculture is not simply about increasing input, nor blindly reducing input, but about intelligently stimulating the potential of crop themselves″! Dr. Mahmoud Salah told us, the CEO of Alexam (Egypt) Co., Ltd. 

Enzymes are everywhere in our lives, whether it's humans, animals, plants, microorganisms, or even bacteria and viruses, they all need enzymes to promote metabolism. It can be said that 'No enzyme, No life'!，Enzymes are widely used in medicine, food, animal husbandry, daily chemical, and industrial fields abroad，The application in the field of agriculture has broad development space, especially in the areas of "adversity management, replanting obstacles, fertilizer efficiency improvement, disease resistance and yield increase, improving pesticides efficiency, reducing chemical’s damage, and reducing pesticides residues", with great opportunities and unlimited  business prospects.

We are entering an era of 'enzyme excellent future', witnessing a significant transformation in agricultural production methods and establishing a greener, healthier, organic, and more efficient agricultural ecosystem. APE+ is like a "magical key" that unlocks the "gene expression code" and stimulates crop growth potential. APE+ Embark on the growth era of "crop intelligence" and create a promising future for agricultural development. 

Reducing fertilizers and pesticides usage is urgent

China is an agricultural country with 7% of the world's arable land, but it consumes 33% of the world's total fertilizer production. In the past 60 years, our grain production has increased by about 4 times, but the amount of fertilizer used has increased by 100 times. China's farmland is facing severe challenges. With the increasing use of chemical fertilizers and pesticides, the phenomenon of "excessive use of fertilizers and pesticides" has become more and more serious, leading to soil acidification, salinization, and increasingly prominent crop diseases, resulting in crop root death, seedling rot, premature aging, and yellowing. However, farmers believe that this is a deficiency in nutrients and continue to use fertilizers and pesticides to treat it, but the result is contrary to their wishes. The "secondary salt damage" to soil and crops has become increasingly severe, resulting in "fed barren soil", weakened crop metabolic capacity, and even many "cancers" of crops, such as; Banana Panama Disease, Citrus Yellow Dragon Disease, Cotton Wilt, Fragrant Pear Branch Wilt, etc.

Increasing yield increase for food security

The Chinese government has vigorously implemented the "double reduction" project of Fertilizers and pesticides reduction in recent years，In 2024, the Ministry of Agriculture and Rural Affairs will take the lead in proposing to increase the yield of grain and oil crops per unit area. How should NPK fertilizer and pesticide companies face issues such as overcapacity, homogeneous competition, price competition, soil health, crop fertilizer and pesticide damage, and yield increase? It is an urgent problem that needs to be solved urgently, as well as a business opportunity for transformation and upgrading, and improving new quality productivity. 

In response to the severe problems faced by crops and soil, APE+ solves them through the following approaches:

1. Improve crop photosynthesis efficiency:

The photosynthetic protease in APE+ can accelerate the process of photosynthesis, providing plants with a "super engine" to promote the production of more photosynthetic products, stimulate crop yield potential, promote early flowering, early fruiting, early color transformation, and early maturity.

2. Open the vascular bundles channel of crops：

Small molecule peptidases open the vascular bundles channel of crops, just like how patients with heart or cerebral infarction unblock blood clots.The excessive use of fertilizers leads to an increasing EC value in the soil, causing the roots to "suck up" water and nutrients from crops, hindering crop growth and delaying development. Small molecule peptidases can directly open the vascular bundles channel of crops, enhancing transpiration and improving the ability of roots to absorb water and nutrients, thereby ensuring healthy crop growth.

3. Improving crop stress resistance:

Extreme enzymes can improve the resistance of crops to stress. Just like COVID-19, it is difficult to eliminate the source of the virus and the transmission route. It can only improve the human body's immune ability to reduce the incidence rate. Under the multiple influences of adverse weather conditions, harsh soil conditions, and human factors, the improvement of crop resilience is particularly crucial, especially in extreme environments such as high temperature, drought, and high salinity, where survival rates are significantly increased.

4.Reduce pesticide damage and minimize pesticide residues：

The use of oxidoreductases can improve pesticide’s efficacy, reduce pesticide residues caused by blind overdose, promote healthier crop growth, and make agricultural products safer to consume.

Crop stress management - business opportunities！

Alexam，Enzyme Excellent Future！