Effective mineral nutrition is one of the foundations of success in growing crops. High and stable yields are impossible without a balanced system.  ​

  A plant organism cannot function normally in conditions of deficiency or lack of nutrients. They cover all areas and directions of plant development: they participate in the formation of organic compounds that regulate the growth of vegetative mass, take part in the processes of photosynthesis and chlorophyll synthesis, activate the growth of the root system, accelerate the course of all processes, increase winter hardiness, as well as resistance to diseases, pests or stressful living conditions, contribute to the regulation of water balance, provide transport of sugars in the plant, affect redox processes, activate enzymes and enzymatic processes, enhance metabolism, they strengthen the cell walls involved in nitrogen and protein metabolism, which are part of amino acids, vitamins and vegetable oils, regulate the processes of respiration and biosynthesis.   And these are just the most significant and well-known tasks of batteries.  ​  

  For the normal growth and development of agricultural crops, it is not enough only to meet their basic needs for nitrogen, phosphorus, potassium, calcium, magnesium and sulfur. Trace elements in plant nutrition play an equally important role than all of the above basic elements of nutrition. The main importance of trace elements, represented in the vast majority of drugs common until recently, such as iron, molybdenum, copper, manganese, zinc, boron, as well as potassium, magnesium and cobalt, is to increase the activity of enzymes. Enzymes are biological catalysts that accelerate chemical processes in the body, increase the overall tone of the plant, and positively affect the dynamics of growth and development. ​

 Using the latest physical methods, it was possible to include such elements as La, Ni, V, Ti, Se, Ge, I, S, Al, Ag, Bi, Si and Ce along with the above-mentioned trace elements in the preparations of the AgroBAD line. Such a wide range of trace elements, coupled with such a key factor as an organic carrier agent, allows our preparations to perform a wider range of tasks, including stimulating plant absorption of nitrogen, phosphorus, potassium from macro fertilizers, antibacterial, antifungal and antiparasitic functions. It has become possible to fine-tune the functions of the drug for specific tasks and cultures by adjusting the concentration ratios of a wide range of trace elements.  ​  

 As you know, one of the most expensive items of agricultural producers' expenses is the purchase of macro fertilizers, which tend to rise in price. The ability of AgroBAD to increase the digestibility of nitrogen, potassium and phosphorus, according to conservative estimates, by 15-35%, while being cheap, makes it very promising and in demand from an economic, environmental and, ultimately, social point of view, since food products are also enriched with essential trace elements.  

Microelements in plant nutrition make it possible to make better use of water, light and primary nutrients (nitrogen, phosphorus, potassium), which in turn leads to an increase in the quantitative and qualitative characteristics of the crop. Microelements and their enzymes contribute to better tissue repair, and significantly reduce the risk of plant diseases. Another significant factor in the benefits of trace elements follows from the previous one - they increase the overall immunity of the plant, prevent the occurrence of stressful or depressive situations that are harbingers of diseases. ​  

However, none of the trace elements is capable of independently ensuring the normal course of all important processes. At the same time, the exclusion of at least one trace element from the overall complex will lead to the "subsidence" of one or another vital process for the plant, and, as a result, will damage yields.

  Microelement feeding systems have been developed individually for each crop, taking into account the peculiarities of biological processes occurring at each stage of their development.