The study analyzes the influence of growth regulators on the development of seedlings triticale sufficed Fusarium. The triticale is a valuable crop as the grain and green mass is used for feeding of farm animals. For the study the species of Fusarium fungi were used, which are often occurs found on the crops of our region, they are: F. culmorum, F. sporotrichioides, F. oxysporum and F. avenaceum. The research was focused on their correlation with different concentrations of growth regulators dissolved in nutrient medium. These drugs are environmentally friendly, which is very important when using triticale for human nutrition and animal feed. The experiments showed that concentrations in some medications could have an inhibitory effect on the development of the fungi and inhibit the development of Fusarium. First culture for triticale it is shown that in seedlings, cultivated in vitro, increases the total content of soluble phenolic compounds in response to infectious stress when used as the drug “Immunocytophite” and arachidonic acid of plant origin. It is established that the phenolic compounds varies depending on the concentration of the drug and the studied accessions.

The study analyzes the influence of growth regulators on the development of seedlings triticale sufficed Fusarium. The triticale is a valuable crop as the grain and green mass is used for feeding of farm animals. For the study the species of Fusarium fungi were used, which are often occurs found on the crops of our region, they are: F. culmorum, F. sporotrichioides, F. oxysporum and F. avenaceum. The research was focused on their correlation with different concentrations of growth regulators dissolved in nutrient medium. These drugs are environmentally friendly, which is very important when using triticale for human nutrition and animal feed. The experiments showed that concentrations in some medications could have an inhibitory effect on the development of the fungi and inhibit the development of Fusarium. First culture for triticale it is shown that in seedlings, cultivated in vitro, increases the total content of soluble phenolic compounds in response to infectious stress when used as the drug “Immunocytophite” and arachidonic acid of plant origin. It is established that the phenolic compounds varies depending on the concentration of the drug and the studied accessions.