The Chinese civilization has lasted for five thousand years. How have the social classes changed over time? The farmers have always been the main force in this process. Although mechanized operations have begun to enter agricultural production now, due to the complex terrain and subsequent environment in our country, some remote areas still work barefoot in the fields. So, what is the function of agricultural chlorinated choline?
Through investigation, it is found that the function of agricultural chlorinated choline by agrochemical suppliers mainly lies in two aspects: animal husbandry and agriculture.
1. Animal husbandry. As a feed additive, chlorinated choline has the following physiological functions: it can prevent the accumulation of fat in the liver and kidneys and their tissue degeneration; it can promote the recombination of amino acids; it can increase the utilization rate of amino acids, especially the essential amino acid methionine, in the body. In Japan, 98% of chlorinated choline is used as a feed additive for animals such as chickens, pigs, beef cattle, and fish and shrimp.
2. Agriculture. Chlorinated choline, by an agrochemical supplier, is a plant photosynthesis promoter and has a significant effect on increasing yield. Spraying it on wheat and rice during the anthesis period can promote the differentiation of florets and increase the number of ears and grains. Spraying it during the filling period can accelerate the filling speed, make the grains plump, and increase the weight of a thousand grains by 2-5 grams. It can also be used for increasing yield in corn, sugarcane, sweet potatoes, potatoes, radishes, onions, cotton, tobacco, vegetables, grapes, mangoes, etc., and the effect is stable under different climates and ecological environments.
2.1Suppress excessive growth and reduce plant height
This is the most classic and widely known effect of choline by agrochemical supplier chloride, especially in crops such as sweet potatoes, potatoes, and peanuts. 
Mechanism of action: It can inhibit the synthesis of gibberellin in plants. Gibberellin is a hormone that promotes cell elongation and causes plants to grow taller. By inhibiting it, choline chloride effectively controls the excessive growth (excessive growth) of stems and leaves, making the plants grow shorter and stronger. 
Benefits: It prevents nutrients from being consumed by unnecessary stems and leaves, allowing more photosynthetic products (nutrients) to be transported and accumulated towards the underground parts such as roots, tubers, or fruits, laying the foundation for increased yield. 
2.2. Promote the enlargement of tubers and rhizomes, resulting in a significant yield increase
This is the primary purpose for which farmers use it. 
Mechanism of action: Choline chloride, by an agrochemical supplier, is a photosynthetic product enhancer. It can enhance the efficiency of photosynthesis in leaves and also improve the transport capacity of sieve tubes, just like a "traffic controller", directing nutrients from the "source" (leaves) to the "storage" (the underground fruits or seeds) more efficiently. 
Application crops: It has extremely significant effects on underground root and tuber crops such as sweet potatoes, potatoes, yams, ginger, radishes, and carrots. It can also be used for peanuts and soybeans, promoting the fullness of pods. 
2.3. Enhance the resilience of crops
Choline chloride, by an agrochemical supplier, can help crops better cope with adverse environments. 
Drought resistance: It enables plants to close some of their stomata, reducing water evaporation and thus retaining more water in drought conditions. 
Waterlogging resistance: It can improve the oxygen-deficient environment of the root system, enhance the vitality of the roots, and prevent root rot under waterlogged conditions. 
Cold and frost resistance: By enhancing the permeability and stability of the cell membrane, it strengthens the cell's osmotic regulation ability, helping crops withstand low-temperature frost damage. 
2.4. Improve fruit quality
In addition to increasing yield, it can also enhance the appearance and intrinsic quality of agricultural products. 
Make the shapes of the tubers and rhizomes more regular and the skin smoother. 
Increase the accumulation of dry substances such as starch and sugar, resulting in a better taste and improved storage and transportation stability.
From the above content, we can understand that agricultural chlorinated choline by an agrochemical supplier has a great effect on both animal husbandry and agriculture. However, since the objects it targets are different, the dosage used also varies. Otherwise, excessive dosage can easily cause poisoning incidents, especially for those engaged in animal husbandry. Severe cases may even lead to death.