Using the achievements of modern science and technology, it becomes possible to create the activation technologies of all the main types of mineral fertilizers by increasing the productivity of the management of chemicals and processes.

When interaction with fertilizers gained activators significantly increase their consumer properties (for instance it increases yield capacity and agriculture quality, hastens ripening, reduces the rate of fertilizing usage, enhances plant resistance to stress during periods of drought and frost)

Since 1994, for 20 years both field and in greenhouses activators tests have been successfully carried out on base of various research institutions, such as Academy of the Ministry of Agriculture. K.A. Timiryazeva Department of Biotechnology (Moscow), Institute of Plant. N.I. Vavilov Seed Laboratory (St. Petersburg), Institute of Biological Plant Protection (Krasnodar), the Australian Cotton Research Institute (Narrabri, Australia), Institute of Soil Science and Agricultural Chemistry (Minsk, Belarus).

Activators efficiency was tested on different crops: winter wheat, winter rape, spring barley, oats, sugar beets, corn, flax, cotton, rice, potato, meadow grasses.

Nowadays, on base of the above mentioned developments, it is created the drug under the working title “KREBSAKTIV” that succesfully passes the stages of state registration tests.

The preparation consists of several components, one of which is succinic acid, that contains the structural group, providing cell energy increase (through photosynthesis) and the intensification of metabolic processes. Through this the preparation promotes selective increase of cell membrane permeability, which facilitates the penetration of nutrients into the cell and accelerates plant respiration. As a result development of the root system accelerates, and  the accessibility of nutrients for plants connected with organic and mineral parts of the soil and organic and mineral fertilizers increases.

More powerful root system absorbs more nutrients from the soil, and the extanded leaf surface enhances the photosynthesis of organic compounds. Thus, the root system and aboveground part of the plant stimulates the growth of each other. Increase in the flow of nutrients from the soil enhances root growth, that causes growth of leaf area, which, in turn, stimulates root development.

At the same time the chlorophyll synthesis, sugars, vitamins, necessary amino acids are accelerated, thus increasing the content of the crops nutrients to maximize, inherent in the genetic program of the plant without changing its genome.