Amino acid chelated calcium, Magnesium, Zinc, Boron, Mo foliar fertilizer

Amino acid chelated Calcium, Magnesium, Zinc, Boron, Mo foliar fertilizer can participate in the integration of carbon and nitrogen metabolism

In plants, amino acid chelated macro-elements play an important role in the integration and regulation of carbon and nitrogen metabolism. Taking nitrogen as an example, it can directly participate in the anabolism of amino acids after chelated nitrogen enters plant cells, thereby affecting the synthesis rate and type of proteins. At the same time, these metabolic processes are closely related to the carbon metabolism produced by photosynthesis. On the one hand, they provide nitrogen-containing intermediates (such as glutamine, glutamate, etc.) for carbon metabolism, promote the synthesis and activity regulation of key enzymes in the Calvin cycle (such as phosphoenolpyruvate carboxylase, ribulose-1,5-bisphosphate carboxylase/oxygenase, etc.), and improve photosynthetic efficiency; on the other hand, photosynthetic products (such as sugars) provide the required carbon skeleton and energy for the further synthesis of amino acids and nitrogen-containing compounds, forming a mutually promoting and coordinated carbon and nitrogen metabolic network, so that plants can more reasonably allocate and utilize nutrients and maintain a good growth state.

Amino acid chelated macro-elements fertilizer can regulate enzyme activity

The macronutrients and amino acid components in this fertilizer can act as coenzymes, cofactors or activators to affect the activity of many enzymes in plants. For example, some chelated metal ions (macronutrient-related ions) are metal cofactor components of some oxidoreductases (such as peroxidase, catalase, etc.), participating in the enzyme-catalyzed electron transfer process, maintaining the normal activity of the enzyme, enhancing the antioxidant defense ability of the plant, and resisting the damage of active oxygen caused by adverse stress. Amino acids can regulate the activity of some key metabolic enzymes (such as sucrose synthase, nitrate reductase, etc.) through covalent modification, and regulate the synthesis and decomposition direction and rate of substances such as sugars and nitrogen-containing compounds, thereby finely regulating the growth and development rhythm of plants and the accumulation of substances.

Amino acid macronutrient fertilizers can directly stimulate root cell proliferation and elongation

The amino acid components in amino acid chelated macro-elements fertilizers have similar effects to plant growth hormones, which can stimulate the division and elongation of plant root cells. Some studies have shown that specific amino acids (such as arginine, lysine, etc.) can promote the active division of root meristem cells, increase the number of cells, and regulate the ductility of cell walls, so that root cells can continue to elongate, thereby allowing the root system to continue to grow, and indicators such as root length, root surface area, and root volume are all improved, creating conditions for plants to better absorb water and other nutrients from the soil.